9.3.40 Version Software Release Notes Cisco WAN Switching System Software

The 9.3.40 software release supports the Cisco WAN switching products: BPX 8600 series and IGX 8400 series. This release does not support the IPX switch.

Throughout this document, unless otherwise stated, all references to the BXM also include the BXM-E, and references to the UXM also include the UXM-E.

Phased Release Strategy

The rollout plan for the 9.3 release is based upon a series of incremental feature releases. This phased feature release strategy is designed to allow the earliest customer availability of key new features, consistent with maintaining high product quality. For the latest status of each 9.3 feature, see the following information.

Definitions

Generally Available (GA)	Feature is ready for wide deployment with no restrictions. Customers deploying GA features are supported by the Technical Assistance Center (TAC).
First Customer Ship (FCS)	Feature is available for controlled introduction to selected customers. To trial an FCS feature, please contact your account representative. Customers selected for controlled introduction receive assistance with the test plan review and special support from the New Product Team (NPT) in addition to the normal Technical Assistance Center (TAC) support.

The minimum release version noted in the table represents the minimum switch software version required for each feature. It is recommended that customers use the most current maintenance releases.

Product	Feature Name	FCS/GA Status	Minimum Release
BPX	Virtual Trunk Bandwidth Oversubscription	FCS	9.3.40
BPX	Feeder VCI Restriction Removal	FCS	9.3.40
BPX/IGX	Display Connection Counts	FCS	9.3.40
BPX/IGX	VC Merge	FCS	9.3.40
IGX	NTM Subrate Trunk Encryptor Synchronization	FCS	9.3.40
IGX	UXM Trunk and Line Loopback	FCS	9.3.40
BPX/IGX	Single-Ended FCES and Policing	FCS	9.3.40
BPX/IGX	Line and Port Alarm Masking	FCS	9.3.40
BPX/IGX	Trunk VC Shaping	FCS	9.3.40
IGX	URM BC-2FE Back Card	GA	9.3.30
IGX	URM VSI Support	GA	9.3.30
IGX	URM Remote Router Configuration	GA	9.3.30
IGX	CRC-4 Error Detection	GA	9.3.30
BPX/IGX	AIS OAM Recognition	GA	9.3.30
BPX/IGX	800 Part Number Support	GA	9.3.30
BPX	Automatic Routing Management to PNNI Migration	GA	9.3.30
BPX	Network to Endpoint Connectivity Verification	GA	9.3.30
BPX	Deferred Connection Alarm Generation	GA	9.3.30
BPX	Enhanced NNI - End-to-end OAM across BPX-MGX Networks	GA	9.3.30
BPX	Provisioning of end-to-end AR - PNNI PVCs (XPVC) across BPX - MGX Networks	GA	9.3.30
BPX	LMI/ILMI on Virtual Ports	GA	9.3.30
BPX/IGX	TFTP Configuration Save and Restore	GA	9.3.30
BPX	F4 - F5 Mapping	GA	9.3.30
BPX/IGX	Virtual Trunk Clock Source Synchronization	GA	9.3.30
BPX	60K Channel support for VSI	GA	9.3.30
BPX/IGX	Trunk Incremental Cell Delay Variance (CDV)	GA	9.3.30
BPX/IGX	Concurrent Routing	GA	9.3.30
IGX	URM Router Functionality	GA	9.3.20
BPX	Dynamic Partitioning	GA	9.3.10
BPX/IGX	Qbin Statistics	GA	9.3.10
IGX	ILMI 4.0	GA	9.3.10
BPX/IGX	ILMI/ELMI Neighbor Discovery	GA	9.3.10
IGX	ELMI for UFMs	GA	9.3.10
IGX	VSI/MPLS	GA	9.3.10
BPX	Virtual Ports	GA	9.3.05
BPX	Hitless Connection Density Upgrade for BXM	GA	9.3.00
BPX	Support for 3 VSI Partitions	GA	9.3.00
BPX	VSI MIB Support	GA	9.3.00
BPX/IGX	800 Board-Level Revision Number	GA	9.3.00
BPX/IGX	Priority Bumping	GA	9.3.00
BPX/IGX	SCR and PCR Policing at Less Than 50 CPS on BXM/BXM-E and UXM/UXM-E	GA	9.3.00
BPX/IGX	Separate Abort Stack	GA	9.3.00
BPX/IGX	Upgrades Protection	GA	9.3.00
BPX/IGX	Control Traffic Shaping	GA	9.3.00
IGX	2000 VC Bandwidth Parameters	GA	9.3.00
IGX	UXM/UXM-E ATM Forum IMA-Compliant Ports	GA	9.3.00

For information about these features, refer to the corresponding release notes at the following URLs:

Software Release 9.3.40 Files

This maintenance release includes all features supported up to Release 9.3.40.

Table 1 Release 9.3.40 BPX Files

File Name(s)	File Size
9340B.000-9340B.024	65536
9340B.025	57834
9340B.img	784

Table 2 Release 9.3.40 IGX Files

File Name	File Size
9340G.000-9340G.027	65536
9340G.028	62711
9340G.img	784

New Features

This section describes the following new features included in Release 9.3.40:

Virtual Trunk Bandwidth Oversubscription

Virtual trunking defines multiple trunks within a single physical trunk interface. Virtual trunking allows the user to allocate as much bandwidth as needed instead of the full T3, E3, OC3, or OC12 bandwidths. Virtual trunking bandwidth refers to the service rate.

Prior to Release 9.3.40, the bandwidth of a virtual trunk (VT) is limited by its allocated portion of the total physical bandwidth at the interface. If a VT on a single interface is not utilizing its allocated share of bandwidth, other VTs cannot use this available bandwidth when their traffic exceeds the configured level. Each of the VTs on a physical interface has a fixed bandwidth which leads to inefficient use of the total bandwidth.

In Release 9.3.40 the purpose of oversubscribing is to allow a VT to utilize up to a maximum configured bandwidth on the physical interface. The sum of individual maximum bandwidths of the VTs on a single physical interface can exceed the actual physical bandwidth available on that interface. If a VT is not utilizing its share of bandwidth, another VT can use the bandwidth.

VT bandwidth oversubscription is applicable to AutoRoute (AR) and PNNI. This feature is available on the BPX switch with the BXM-E card. This feature is not supported on any other BPX card or on the IGX switch.

Functionality

The VTs on a physical interface can be configured with minimum and maximum service rates. The maximum service rate can be oversubscribed. If some connections on one VT burst traffic, they are allowed through on the oversubscribed VT up to the maximum service rate.

By default oversubscription on a VT is disabled, and the minimum and maximum service rates are set to the same value. Whenever the minimum and maximum values are changed by the user to be not equal, oversubscription is implicitly enabled.

By default the minimum and maximum service rates on a VT are set to 3000 cps or to the maximum bandwidth available on the physical interface, whichever is smaller.

VT oversubscription is disabled by making both the minimum and maximum service rates equal.

Configuration Requirements

The trunk on which this feature is to be enabled must be up. The remote end can be a BPX or IGX.

The following restrictions apply to VT oversubscription:

Minimum service rate is less than or equal to the maximum service rate for each VT.
Sum of the minimum service rates of all VTs on a physical interface is less than or equal to the total bandwidth of that physical interface.
Maximum service rate is less than or equal to the total bandwidth of the physical interface for each VT on that physical interface.

The sum of the maximum service rates of all VTs on a physical interface can be greater than the total bandwidth of that physical interface.

AutoRoute Connections

When routing connections over a VT, AutoRoute (AR) searches for the VT which has maximum available bandwidth and routes the connection over that VT. When a connection is routed over an oversubscribed VT, AR uses the minimum service rate to check for available bandwidth.

VSI Partitions

A VSI partition on a VT can be oversubscribed since the VSI partition shares the same virtual interface (VI) as that of the VT on which VSI partition is configured. The VI now has a minimum and a maximum service rate. Thus, connections on a VSI partition can burst up to the maximum VI rate with enough bandwidth on the interface. This maximum VI rate is configured through the cnftrk CLI command.

CLI Additions and Modifications

This section contains the commands that have been modified to support VT bandwidth oversubscription.

cnftrk

The cnftrk command has been modified to allow configuration of minimum and maximum service rates.

Example 1 cnftrk Command

node TN    Cisco           BPX 8620  9.3.40    June 15 2001 13:04 GMT 

TRK 10.1.1 Config   E3      [1962  cps]    BXM slot:     10                     

Transmit Rate[Min/Max]:1962/3000           VPC Conns disabled:    --           

Protocol By The Card:  --                  Line framing:          --           

VC Shaping:            No                       coding:           --           

Hdr Type NNI:          No                       recv impedance:   --           

Statistical Reserve:   1000    cps              cable type:       --           

Idle code:             7F hex                         length:     0-225 ft.    

Connection Channels:   256                 Pass sync:             No           

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR   Loop clock:            No           

Restrict CC traffic:   Yes                 HCS Masking:           Yes          

Link type:             Terrestrial         Payload Scramble:      Yes          

Routing Cost:          10                  Frame Scramble:        --           

F4 AIS Detection:      No                  Vtrk Type / VPI:       CBR / 10     

                                           Incremental CDV:       0            

                                           Deroute delay time:    0 seconds    

Last Command: cnftrk 10.1.1

Next Command:

dsptrk

The dsptrk command shows the minimum and maximum service rate values. This display is the same as Example 1.

dspcmi

The dspcmi debug command shows whether the card supports VT oversubscription.

Example 2 dspcmi Command

node TN    Cisco           BPX 8620  9.3.40    June 15 2001 13:04 GMT 

qbdata :0x00001F40  qbdatb :0x00001F40  qcbr   :0x00000190  qvbr   :0x00001388

qabr   :0x00002710  qsig   :0x00000280  multicast:0         Ext Fmt:0

Ext2 Fmt:0          bti_e1:0            Card Sync:0         imacomp:0

RAS Loopback:1      RAS Lpbk Enabled:0  Traffic Gen:1       ics   :0

vsi   :3            vsi_mpart:1         Mlvl Stat:1         Stat Lvl:1

VerifyFc:0          SchdChns:16384      IlmiChan:16322      CdRed Chan:16321

pcrmin supp:1       VSI ILMI  :1        VSI NbrDisc :1      VSI SigQBN:1

Virtual Ln:0        Internal Port:0     Ios Router:0        Ios window :0

Vsi Ctrlr:0         Inhibit Trunk:0     Inhibit Yred:0      F4 AIS F4-F5:1

CRC-4 Config:0      cd upgd supp:1      E/ILMI NbrDisc :1   ILMI support :0

ILMI version :0     X-LMI :1            Total LCN  :16320   VC Merge supp: 0

oamping supp: 0     Vtrk ovrsub supp:1

This Command: dspcmi P 10

dspcd

The dspcd command shows whether the card supports VT oversubscription.

Example 3 dspcd Command

node TN    Cisco           BPX 8620  9.3.40   June 15 2001 13:04 GMT 

Detailed Card Display for BXM-E3 in slot 10

Status:          Active

Revision:        JD16             Backcard Installed          

Serial Number:   692539             Type:          LM-BXM

Top Asm Number:  28221802           Revision:      BA

Queue Size:      228300             Serial Number: 650886

Supp:12 Pts, E3, FST, VcShp         Supp: 12 Pts,T3/E3

Supp: VT,ChStLv 1,VSI(Lv 3,ITSM)

Support: LMIv 1,ILMIv 1,NbrDisc,XL

Supp: OAMLp,TrfcGen, Vtrk ovrsub

Supp: pcr < 50cps, F4F5

#Ch:16320,PG[1]:16320

PG[1]:1,2,3,4,5,6,7,8,9,10,11,12,

#Sched_Ch:16384 #Total_Ch:16320

Type: BXME, revision EX

Last Command: dspcd 10

Next Command: 

dsptrkutl

The dsptrkutl command shows whether or not oversubscription is enabled.

Example 4 dsptrkutl Command

node TN    Cisco           BPX 8620  9.3.40   June 15 2001 13:04 GMT 

TRK 10.1.1 Utilization Display     Vtrk Oversubscription Enabled    Snapshot

Elapsed time (seconds)          233.2          Terminated Connection Statistics

Total cells transmitted         199            Voice terminated         0

Overall cell rate (cells/sec)   0              Data terminated          0

Overall utilization             0%             Frame Relay terminated   0

Peak interval utilization       1%             Num voice OffHook        0

Last interval (seconds)         5.0            ATM terminated           3

Interval cells generated        0              Connection   Modem Modem VAD

Interval cell rate (cells/sec)  0              Type   Num   On    V.25  Enabled

Interval utilization            0%             c      0     0     0     0

                                               a      0     0     0     -

Terminated Connections          3              v      0     0     0     0

Via Connections and Groups      0              p/t    0     0     0     -

Last Command: dsptrkutl 10.1.1

Next Command: 

The Overall utilization field in the display screen indicates the percent utilization of the trunk. If a trunk is oversubscribed, the percentage utilization might exceed 100% when the bandwidth usage exceeds the minimum configured value.

MIB Addition

This section contains the following addition to the atmTrunks table in the switch MIB to support VT bandwidth oversubscription.

Table 3 atmTrunksTable Addition

MIB Object

Description

Values

atmTrkXmitRateMax

Maximum trunk transmission rate in cells per second.

This object can be SET for virtual trunks. The object is read-only for other types of trunks. The value is the same as the atmTrkXmitRate value.

This object can be SET with all other writable objects in this table except:

atmRteTrkAlmEnable
atmRteTrkBdataBTxQlen
atmRteTrkBdataBTxEfcn
atmRteTrkBdataBTxHiClp
atmRteTrkBdataBTxLoClp

Access: read-write

Default: 3000 cps. (equal to atmTrkRcvRate)

Mismatch Capabilities

The following table shows mismatch conditions.

Table 4 Mismatch

Active Card	Replaced by Card	Result
Without VT oversubscription	With or without VT oversubscription	No mismatch
With VT oversubscription disabled	With or without VT oversubscription	No Mismatch
With VT oversubscription enabled	With VT oversubscription	No mismatch
With VT oversubscription enabled	Without VT oversubscription	Mismatch

VT oversubscription is considered enabled if at least one VT on a active BXM is oversubscribed.

Redundancy

SWSW 9.3.40 uses the following guidelines for Y-cable redundancy (Y-red):

Allow Y-red if only one card supports the feature, and the feature is disabled.
Do not allow Y-red if one card supports the feature, the feature is enabled, and the second card does not support the feature.
Do not enable this feature if Y-red is configured between a card supporting VT bandwidth oversubscription and a card not supporting this feature.

Feeder VCI Restriction Removal

STI cells used by Cisco WAN switches and ATM standard UNI/NNI cells have different header formats. ATM standard cells use a 16-bit VCI address field; whereas, STI cells use a 12-bit VCI field. In STI cells the higher 4 bits of octet 4, which contain the last 4 bits of VCI address in ATM standard cells, contain ForeSight information. Therefore, UNI/NNI cells support 65535 VCI addresses while STI cells can support only 4095 VCI addresses.

Since BNI cards use only STI cells, an ATM network with BNI and non-BNI modules must ensure that VCI address translation occurs whenever a cell moves from an ATM (non-BNI) segment to an STI (BNI) segment and vice-versa. Otherwise, the lower 4 bits of VCI information in the UNI/NNI cell are overwritten with ForeSight information when the cell enters the STI segment. This translation is achieved by shifting the lower twelve VCI bits of an ATM cell left or right when it enters or exits an STI segment.

This feature allows VCI shift to be turned on or off on BXM feeder trunks, enabling them to use the full 65535 VCI UNI/NNI address range. This feature also applies to MPLS which requires a VCI range greater than 4095.

This feature is available on the BPX switch with BXM trunks.

Usage

VCI shift operations perform the following functions:

Shift/no-shift operation is configured using the cnffdr command. The same setting should be chosen at both ends of a connection. When a connection is added, a difference in setting causes a mismatch warning to display.
When the shift option is enabled on a feeder trunk, the VCI value is shifted left by four bits for cells entering the feeder trunk and shifted right by four bits for cells leaving the feeder trunk.
Via nodes get the shift/no-shift configuration from the master and program the trunks accordingly.
If the VCI is less than or equal to 4095 in a VPC, then the connection does not need to be rerouted.

To get the VCI unchanged in a VPC connection, shift must be disabled on all nodes in the path of the connection. The no-shift option must be selected at the master and slave nodes of the connection. Via nodes take on the same shift configuration as the master and must be no-shift if the master node configuration is no-shift.

This feature also works with local connections.

Configuration

By default in Release 9.3.40 BXM feeder trunks have VCI shift disabled. The feeder trunks that exist prior to Release 9.3.40 have the VCI shift enabled by default.

To pass VCI without shift on a connection, the master and slave nodes should be configured as no-shift. The connection should not route over a BNI trunk.

For an existing connection, a change in the shift/no-shift setting is effective after the connection is rerouted. For example, if a node is upgraded from a version of SWSW that does not provide cnffdr support to one that does, any existing connections over BXM feeder trunks shift the VCI for cells passing over the connection.

Use the following guidelines for changing the shift/no-shift setting on a feeder trunk:

All existing connections over this feeder trunk must be manually rerouted for the change to be effective. The shift/no-shift setting should be configured before adding new connections. However, the connection continues to have data continuity if this setting is not configured.
If the feeder at one end is changed to no-shift, then the feeder at other end also should be changed to no-shift.

No configuration is required on via nodes since via nodes follow the configuration of the master node.

For a routing trunk, the cnfport command is used to turn shift on or off. For a feeder trunk, shift has to be configured using the cnffdr command or through SNMP.

When new feeder trunks are added on a node running SWSW software with this feature, the trunks come up with shift turned off.

To ensure that the VCI is not changed on a VPC connection, BNI trunks must not be in the path of the connection since BNI trunks use only 12-bit VCI (STI cells).

Note Since the system does not automatically avoid routing over BNI trunks, configure the VPC connections in the network with directed preferred routes over BXM-only paths. If these paths are lost, the connection fails rather than rerouting over a path with a BNI.

CLI Additions and Modifications

This section contains the commands that have been modified to support VCI restriction removal.

cnffdr

The cnffdr command is used to configure shift/no-shift on a BXM feeder trunk. The cnffdr command configures the shift/no-shift setting only under the following conditions:

Trunk must be a BXM trunk.
Trunk must be up.
Trunk must be added as a feeder.

If any of the above conditions are not true, the system displays an error message and prompts for another trunk number.

Syntax:

cnffdr <trunk number> <H|N>

Parameter	Description
<trunk number>	Specifies the slot.port of the feeder trunk.
[H\|N]	Enable or disable shift. H = Shift VCI N = No-Shift (default)

The following example shows the cnffdr display screen The Feeder trunk field displays the trunk number followed by the type of shelf.

Example 5 cnffdr Command

node TN    Cisco           BPX 8620  9.3.40    June 12 2002 10:09 PST 

Feeder trunk: 1.1    [AAL/5]

Shift:              SHIFT ON HCF

This Command: cnffdr 1.1  

'H'=SHIFT ON HCF,'N'= NO SHIFT, <H>:N

dspfdrcnf

The dspfdrcnf command displays the shift/no-shift setting on feeder trunks.

Syntax:

dspfdrcnf <trunk number>

Parameter	Description
<trunk number>	Specifies the slot.port of the feeder trunk.

The following example shows the dspfdrcnf display screen:

Example 6 dspfdrcnf Command

node TN    Cisco           BPX 8620  9.3.40    June 12 2002 10:13 PST 

Feeder trunk: 1.1    [AAL/5]

Shift:              NO SHIFT

Last Command: dspfdrcnf 1.1

Next Command: 

For BNI feeder trunks, the VCI field is copied to an STI cell. The shift/no-shift setting is not applicable. Therefore, for BNI feeders the dspfdrcnf command displays a [-] in the Shift field, shown in the following example.

Example 7 dspfdrcnf Command for BNI Feeders

node TN    Cisco           BPX 8620  9.3.40    June 11 2002 17:00 PST 

Feeder trunk: 3.2    [AXIS]

Shift:              -

Last Command: dspfdrcnf 3.2

Next Command: 

MIB Addition

This section contains the addition to the atmTrk table in the switch MIB to support VCI restriction removal.

Table 5 atmTrkTable Addition

MIB Object

Description

Values

atmTrkHcfShift

Value to indicate whether VCI shift is enabled on the trunk.

For no-shift of VCI the value of the SET operation should be disable(2) and for shift the value should be enable(1). The default value is no-shift for BXM feeder trunks.

The object is applicable only for BXM feeder trunks. For ATM ports on other cards this object is not applicable, and the value -1 is returned.

This object is not applicable for routing trunks.

If a SET operation is tried without giving a value, the default value is set for BXM feeder trunks. The request is ignored for routing trunks.

If a SET operation with a given value is tried on a routing trunk, an error is returned.

Access: read-write

1 = enable

2 = disable

SNMP Error Messages

The following error messages are generated under the specified conditions:

Error code -1 (There is no such variable name in this MIB) is returned when SNMP GET or SET is tried on an invalid trunk or on a trunk that is not up.
Error code -1 is returned when SNMP GET is tried on a trunk which is not a feeder trunk.
Error code -2 (A general failure occurred) is returned when SNMP SET is tried on a trunk which is not a feeder trunk.

Redundancy

This section contains redundancy requirements of this feature.

Controller Card Redundancy

Standby updates are applicable for the shift/no-shift parameter setting. The same configuration is available after executing a switchCC. If a switchCC (automatic) occurs when the configuration is changed but the connections are not rerouted, the configuration is available in the new active controller card. For the configuration to be to be effective, a manual reroute must be done after the switchCC.

Y-redundancy and APS

The shift/no-shift configuration is available on redundant cards.

Display Connection Counts

In SWSW Release 9.3.40 the CLI command, dspconcnts, is modified to include the following connection counts:

Number of connection endpoints terminated on the cards and lines.
Number of connection endpoints terminating on ports. The display includes the endpoint counts of the CBR, VBR, ABR, UBR, and Frame Relay connection types that terminate on each active port. The number of VPC and VCC connection endpoints on each port are also displayed.
Number of connections passing over trunks for the node.

CLI Addition

This section contains the command that has been added to support connection counts.

dspconcnts

The dspconcnts command shows the number of connection and connection endpoints.

Syntax:

dspconcnts [c|p|t|l|h] [h(elp)]

Parameter	Description
c	(Optional) Displays the number of connection endpoints terminating on each card.
p	(Optional) Lists all active ports on the node. For each active port, the number of CBR, VBR, UBR, ABR, and Frame Relay connection endpoints and terminating VPC and VCC connection endpoints are also listed.
t	(Optional) Displays the number of connections passing over each trunk on the node.
l	(Optional) Displays the number of connection endpoints terminating on each line on the node.
h	(Optional) Displays a help screen.
none	Displays the number of connections mastered to or from this node and the number of via connections passing over the node when no option is specified.

Example 8 shows the active ports with the number of connection endpoints.

Example 8 dspconcnts Command for Ports

node TN    Cisco           BPX 8620  9.3.40    June 13 2002 08:34 GMT 

Port       #atf   #vbr   #cbr   #ubr   #abr  other   #vpc   #vcc  total 

1.3.1        0      0      0      0      0      0      0      0      0

1.3.5      158      0      0      0     10      0      0    168    168

6.3          0      0     37      0      0      0      0     37     37

14.1         0      0      2      0      0      0      0      2      2

Last Command:dspconcnts p

Example 9 shows the number of connection endpoints terminating on each card.

Example 9 dspconcnts Command for Cards

node TN    Cisco           IGX 8430  9.3.40    June 13 2002 08:40 GMT 

Slot  Type   #ConEndPts  Slot  Type   #ConEndPts  Slot  Type   #ConEndPts

  3  UXM        291       13  LDM         21       26  CVM          1

  4  FRM         32       17  Empty        -       27  UXM          0

  5  NTM          -       18  FRM         37       28               0

  6  NTM          -       19  CVM          0       29               0

  7  CVM          0       20  CVM          0       30  Empty        -

  8  Empty        -       21  Empty        -       31  Empty        -

  9  Empty        -       22  UXM        179       32  ALM          0

 10  HDM          8       23  Empty        -

 11  HDM          0       24  Empty        -

 12  UXM          0       25  FRM          0

Last Command:dspconcnts c

Next Command:

VC Merge

The VC merge feature is already supported on BPX nodes. For more information on this feature, refer to the BPX Installation and Configuration documentation at the following URL:

http://www.cisco.com/univercd/cc/td/doc/product/wanbu/bpx8600/9_3_3/iandc/index.ht m

On the IGX VC merge feature is supported only on UXM-E cards running firmware ACJ or higher.

This feature allows multiple incoming VCs to be merged in to a single outgoing VC. A UXM enhanced card with the VC merge capability can be configured to allow the merging of frame-based connections into a merged VC. The merged VC is controlled by the VSI controller.

The VC merge feature allows scalability of MPLS networks since one VC is allocated to each destination of each link.

The SWSW allows the configuration of VC merge for an enhanced UXM card through the cnfcdparm command. VC merge can be enabled only if the card supports this feature.

The support of VC merge on a card can be verified using the following commands:

dspcd
dspcdparm

The VC merge feature is supported only for frame-based connections. These connections carry AAL5 frames consisting of multiple cells. The cells from a particular frame must be in an uninterrupted sequence when the frame goes out after merging.

After the node is upgraded to Release 9.3.40, VC merge can be enabled on the UXM-E cards by using the cnfcdparm command. The VC merge configuration parameters are saved in BRAM and are sent to the standby processor card.

Availability of Contiguous LCNs

The UXM card requires 550 contiguous logical channels (LCNs) in the AutoRoute (AR) partition to support this feature. The VC merge configuration request is denied if 550 LCNs are not available on the AR partition. The user is prompted to allocate LCNs on the card if the feature needs to be enabled.

The traffic on the VCs might get affected when this feature is enabled where 550 non-contiguous LCNs are available on the card. A trap is sent to indicate that the card needs to be deactivated and reactivated to enable the feature support. Since deactivation of the card disturbs the traffic, the user is prompted with a Y/N to proceed with the request. After the user enters Y to proceed, the SWSW configures the VC merge feature by sending appropriate commands upon card activation. The user is prompted before the interruption of any data traffic.

Redundancy

The VC merge feature is supported on the Y-cabled UXM-E pair.

Graceful mismatch is supported. A mismatch condition is declared if the VC merge feature is in use, and Y-redundancy is attempted using a card that does not support the feature. In such cases, feature mismatch is declared (see Table 6).

Table 6 Mismatch Scenarios

Scenario	Behavior	Logical Card State
Y-red not configured. Replace N (primary) with S (secondary).	OK	S
Y-red not configured. Replace S with N.	If feature is not in use, no mismatch. If feature is in use, feature mismatch. Feature usage must be removed and card reset to clear mismatch.	N
addyred: N primary, S secondary	No mismatch - addyred is allowed.	N
addyred: S Primary, N secondary	Blocked if feature is in use. Allowed if feature is not in use. No mismatch.	S/N

CLI Additions and Modifications

This section contains the commands that have been modified to support VC merge.

cnfcdparm

The cnfcdparm command supports the VC merge configuration on UXM supported cards. A card must have at least one active parition to enable VC merge.

Syntax:

cnfcdparm <slot #> <param # (2) > <E/D>

Parameter	Description
slot #	Slot number.
param #2	Parameter(2) that changes the VC Merge State.
E/D	Value to configure the VC merge. E = enable D = disable

Example 10 cnfcdparm Command

node TRM   Cisco           IGX 8420  9.3.4Q    May  23 2002

11:41 PST

                            Card Parameters

1  Channel Statistics Level

.........................................     1

2  VC Merge State          

.........................................     D

Last Command:cnfcdparm 10 2 E

dspcd

The dspcd command supports the VC merge capability display.

Syntax:

dspcd <slot #>

Example 11 shows the VC merge capability for the UXM card in slot 10.

Example 11 dspcd Command

node TRM   Cisco           IGX 8420  9.3.4Q    May  23 2002

11:27 PST

Detailed Card Display for UXM in slot 10

Status:         Standby               (Front Card is UXME)

Revision:       CA27                  Front Card Supports:

Serial Number:  290617                 Vtrunks, OAMLpbk & TrfcGen, ILMI

ver 1,

Top Asm Number: 28274601               Neighbor Discovery, SIW, CGW,

CellFwd,

Backplane Installed                     Hot Standby, Trfc Shaping, IMA,

Backcard Installed                      ChnStatLvl 1, NumChans = 8000,

  Type:         E1-IMA                 NumRCMP = 16382, VSI ver 2, VSI

Ctrlr,

  Revision:     AA                     PCR >= 6 cps, F4 AIS

Recognition,

  Serial Number:248402                 CRC-4 Config, VC Merge, Cnf ILMI

chg/trap 

Top Asm Number:28241202

  Ports:        8

  Interface:    BNC

Last Command:dspcd 10

NTM Subrate Trunk Encryptor Synchronization

This feature toggles the DTR lead on an NTM subrate interface backcard for a preconfigured ON and OFF cycle in the case of a disturbance to the trunk. This toggling continues until the trunk alarms clear.

Functions

This feature provides the following functions:

Enables and disables the toggling of the NTMs DTR lead through the cnftrk command.
Configures ON and OFF durations of the NTMs DTR lead through the cnftrk command. The ON and OFF values are in the range of 1 to 128 seconds.

When this feature is enabled, the NTM firmware detects a loss of synchronization by monitoring the following alarms:

Clock loss
Signal loss
Packet loss
Yellow packet received

The firmware then toggles the DTR lead periodically as specified by the ON and OFF times until all the above alarms are cleared. When the alarms are cleared, the firmware restores the state of the DTR lead.

CLI Modifications

This section contains the commands that have been modified to support NTM subrate trunk encryptor synchronization.

cnftrk

DTR toggling is enabled and disabled using the cnftrk command. A DTR toggle on alarm field is displayed for an NTM subrate trunk. Valid values are Y or N.

Fields for configuring ON and OFF duration are DTR secs ON and DTR secs OFF. Valid values for both fields are in the range of 1-128 seconds. Default for DTR secs ON is 29 seconds. Default for DTR secs OFF is 1 second. See the display screen in Example 12.

dsptrk

The dsptrk command is extended to display state of DTR toggling (enabled or disabled) and the ON/OFF durations.

Example 12 dsptrk Command

node TRM Cisco IGX 8430 9.3.4K May 20 2002 GMT 17:43 G+05

TRK 26 Config SR/30 [10000 pps] NTM slot:26

Subrate interface: X.21

Subrate data rate: 1920 kbps

Pass sync: No

Loop clock: Yes

Statistical Reserve: 1000 pps

Routing Cost: 10

Restrict PCC traffic: No

Link type: Terrestrial

Traffic: V,TS,NTS,FR,FST

Incremental CDV: 0

Deroute delay time: 0 seconds

DTR toggle on alarm: No

DTR secs ON: 29

DTR secs OFF: 1

Last Command: dsptrk 26

Next Command:

cnftrkict

If the feature is enabled on a trunk, the cnftrkict command displays a warning message whenever DTR settings are changed. This warning indicates that the settings will be overridden by cnftrk settings in case of trunk disturbance.

Example 13 cnftrkict Command

node TRM   Cisco         IGX 8430  9.3.4K May  20 2002 GMT 17:40 G+05 

Packet Line:   26 

Interface:     X.21   DTE 

            Interface Control Template for Packet Line 

 Lead    Output Value                   Lead    Output Value 

 DTR (H) ON                             RTS (C) OFF 

This Command:cnftrkict 26 DTR 

Warning! DTR lead settings will be overridden by cnftrk during Trk alarms 

Enter signal source (on, off, or local): 

MIB Additions

This section contains the three additions to the fpRteTrk table in the switch MIB for this feature.

Table 7 fpRteTrkTable Additions

MIB Object

Description

Values

fpRteTrkToggleEnable

Value to enable or disable DTR lead toggling.

This object is applicable only to NTM cards with subrate backcards. A SET on any other type of card is ignored.

A GET on any other type of card returns (-1).

Access: read-write

1 = Yes

2 = No (default)

fpRteTrkDtrOn

The ON time in seconds for DTR lead during toggling.

This object is applicable only to NTM cards with subrate backcards.

A SET on any other type of card is ignored. A GET on any other card returns (-1).

Access: read-write

Range: 1-128

Default: 29

fpRteTrkDtrOff

The OFF time in seconds for DTR lead during toggling.

This object is applicable only to NTM cards with subrate backcards.

A SET on any other type of card is ignored. A GET on any other card returns (-1).

Access: read-write

Range: 1-128

Default: 1

SNMP supports enable/disable toggling and configures the ON/OFF toggling parameters.

SNMP OIDs are partitioned into two sets, legal_fprtetrkcnfg_tbl and legal_fptrkparm_tbl. Each table has a separate access function, corresponding to cnftrk and cnftrkparm CLIs. These OIDs are contained in the fpRoutingTrunks table.

UXM Trunk and Line Loopback

This feature provides the loopback commands on a UXM physical interface that is configured for physical, virtual, or feeder trunk(s) in trunk mode and configured for an UNI or NNI ATM port in line mode.

Note This feature already exists on the BPX.

When a physical loopback is added on a UXM physical interface, all the traffic on the physical interface is looped back.

The physical loopback configuration is stored in BRAM and updated to the standby NPM. The configuration is retained after a rebuild, switchcc, or software upgrade. SWSW does not broadcast the physical loopback information on a UXM physical interface to the other BPX/IGX nodes in the network.

Local Loopback (addlnloclp)

When a UXM port interface is put in local loopback state, the traffic that comes into the cell bus from the local cable is looped back on the cell bus and sent back out the cable. This traffic is passed into the network.

The traffic that comes from the remote end through the network is not sent to this interface. This traffic is dropped and is not mixed with the traffic being looped back.

For local loopback on normal trunks the node which has the trunk-end in local loopback state goes into Comm-Fail state while the remote node goes into loopback state. The traffic from the remote node is looped back by the local node.

The symbol "]" always indicates local loopback for both lines and trunks. The loopback behavior on IMA lines/trunks, IMA virtual trunks, and feeder trunks is similar to that of normal lines/trunks. The user can reduce the number of retained links (to ensure that IMA group status is OK using cnfln or cnftrk commands) and safely put a local loopback on one or more of the individual physical IMA links. The test traffic entering the looped IMA links is looped back while the main user traffic remains unaffected (as long as a sufficient number of retained links remain).

Local Remote loopback (addlnlocrmtlp)

For local remote loopback on normal lines, the node that has its line interface in the local remote loopback state loops back the traffic coming from the cell bus. The traffic is looped back and is not passed to the cable. Traffic from the ports on the local node is not sent on to the network. Traffic is dropped at the local node and is not mixed with the traffic being looped back.

For local remote loopback on normal trunks, the node that has its trunk-end in local remote loopback state loops back the traffic coming from the cell bus. The remote node does not receive this traffic.

The traffic being received from the remote node is dropped and is not passed on to the CPE attached to the local node. This traffic is not mixed with the traffic being looped back.

The symbol "[" always indicates local remote loopback for both lines and trunks. The loopback behavior on IMA lines/trunks, IMA virtual trunks, and feeder trunks is similar to that of normal lines/trunks. Local remote loopback on individual IMA links is not supported.

Delete Local/Local Remote loopback (dellnlp)

The dellnlp command deletes either local or local remote loopback on a line or trunk interface.

The displaying (output) screens of the following existing IGX user commands include the loopback indicators on all the trunks or lines on the UXM physical interface:

dsptrks
dsplns
dspphyslns

Table 8 lists the expected behavior upon using the loopback commands on a single (isolated) node and other nodes in a network. The behavior at both the local and remote nodes is shown. All loopback commands are executed on local nodes.

Table 8 Loopback Behavior

		Local Node		Remote Node
		addlnloclp	addlnlocrmtlp	addlnloclp	addlnlocrmtlp
Trunks (Physical and Virtual)	Single Node	LOS is not cleared	LOS is cleared	Not applicable	Not applicable
Trunks (Physical and Virtual)	Network	dsptrks on local node shows Comm Failure. No LOS alarms are present.	dsptrks on local node shows Looped Back. No alarms are present.	dsptrks shows Looped Back status.	dsptrks shows Comm-Fail.
Lines/Ports	Single Node not connected to CPE	1. Port state remains failed 2. LOS is not cleared.	1. Port State changes to active 2. LOS is cleared	Not applicable	Not applicable
Lines/Ports	Connected to CPE	LOS remains clear	1. Port state remains active 2. LOS remains clear	Not applicable	Not applicable
IMA trunks		Same as physical trunks	Same as physical trunks	Same as physical trunks	Same as physical trunks
IMA ports/lines		Same as ports	Same as ports	Same as ports	Same as ports
Feeder trunks	Network	1. dsptrks shows clear-Ok. 2. Node goes into Major alarm and dspnode shows remote node is unreachable. 3. dsplog shows comm-fail with remote node.	1. dsptrks shows clear-Ok. 2. Node goes into Major alarm and dspnode shows remote node is unreachable. 3. dsplog shows comm-fail with remote node.	1. dsptrks shows clear-Ok. 2. Node goes into Major alarm and dspnode shows remote node is unreachable. 3. dsplog shows comm-fail with remote node.	1. dsptrks shows LOS. 2. Node goes into Major alarm and dspnode shows remote node is unreachable. 3. dsplog shows comm-fail with remote node.

Limitations

The physical loopback commands on IGX can be executed on the UXM physical interface only, not on an individual virtual interface.

Local remote loopback on individual IMA physical links (either lines/trunks) are not supported. Either all or none of the individual IMA physical links might be put into loopback. This loopback behavior is a firmware limitation. However, for local loopbacks either one or more (including all) of the individual IMA physical links can be put into local loopback.

Traffic loopback behavior on feeder trunks is the same as on normal physical trunks. However, the display is different, as shown in Table 8. Feeder trunks do not have an alarm state called Looped Back. For loopbacks on feeder trunks, both local and remote ends are in major alarm and go into communication-failure state. The states are different because feeder trunks use LMI/ILMI protocol for communication failure tests while normal physical trunks use AutoRoute protocol.

SWSW does not support these loopback commands on the SNMP interface.

CLI Additions and Modifications

addlnloclp

The command addlnloclp performs the following operations:

Programs the target UXM to put the physical interface into line local loopback.
Logs a system event to indicate that the physical loopback is applied on the physical interface.
Displays the following summary screens for lines or trunks:

For the UXM physical interface that has been configured as trunk(s), the dsptrks output screen displays the proper loopback indicator on the affected trunk(s).
For lines, the dsplns output screen displays the proper loopback indicator on the affected line.
For IMA lines/trunks the dspphyslns output screen is displayed with the proper loopback indicator on the affected link(s).

Syntax:

addlnloclp <slot.port> or <slot.port[-port, port]> or <slot.port.vport> or <slot.port-port.vport>

Parameter	Description
slot.port	Format for normal UXM physical interface.
slot.port [-port, port]	Format for IMA interfaces.
slot.port.vport	Format for virtual trunks.
slot.port-port.vport	Format for IMA virtual trunks.

addlnlocrmtlp

The command addlnlocrmtlp performs the following operations:

Programs the target UXM to put the physical interface into line local remote loopback.
Logs a system event to indicate that the physical loopback is applied on the physical interface.
Displays the following summary screens for lines or trunks:

For the UXM physical interface that has been configured for trunk(s), the dsptrks output screen displays the proper loopback indicator on the affected trunk(s).
For lines, the dsplns output screen displays the proper loopback indicator on the affected line.
For IMA lines/trunks the dspphyslns output screen displays the proper loopback indicator on the affected link(s).

Syntax:

addlnlocrmtlp <slot.port> or <slot.port[-port, port]> or <slot.port[.vport]> or <slot.port-port.vport>

Parameter	Description
slot.port	Format for normal UXM physical interface.
slot.port [-port, port]	Format for IMA interfaces.
slot.port.vport	Format for virtual trunks.
slot.port-port.vport	Format for IMA virtual trunks.

dellnlp

The command dellnlp performs the following operations:

Programs the target UXM to remove the physical loopback on the UXM physical interface.
Logs a system event to indicate that the physical loopback is removed on the physical interface.
Displays the following summary screens for lines or trunks:

For the UXM physical interface that has been configured for trunk(s), the dsptrks output screen displays the loopback indicator removed on the affected trunk(s).
For lines the dsplns output screen displays the loopback indicator removed on the affected line.
For IMA lines/trunks the dspphyslns output screen displays the loopback indicator on the affected link(s).

Syntax:

dellnlp <slot.port> or <slot.port[-port, port]> or <slot.port.vport> or <slot.port-port.vport>

Parameter	Description
slot.port	Format for normal UXM physical interface.
slot.port [-port, port]	Format for IMA interfaces.
slot.port.vport	Format for virtual trunks.
slot.port-port.vport	Format for IMA virtual trunks.

dsptrks

The dsptrks command includes the following modifications:

UXM interface in local loopback state displays ] as the line local loopback indicator.
UXM interface in local remote loopback state displays [ as the line local remote loopback indicator.

Example 14 dsptrk Command

node1 TN    Cisco           IGX 8430  9.3.40    June 18 2002 15:39 GMT 

TRK        Type   Current Line Alarm Status                  Other End

 4.1      ]T1/24  Major - Looped Back	sw227/3.1

Last Command: dsptrks

If a UXM physical interface is put in loopback state (either local or remote local), the dsptrks command displays a loopback indicator associated with each of the logical trunks (physical or virtual) that are configured on that UXM physical interface.

dsplns

The dsplns command displays a loopback indicator for the logical line. This command includes the following modifications:

UXM interface in local loopback state displays ] as the line local loopback indicator.
UXM interface in local remote loopback state displays [ as the line local remote loopback indicator.

dspphyslns

The changes in dspphyslns are identical to those of the dsplns and dsptrks commands except that the loopback indicator is shown against each individual IMA physical line as appropriate.

Example 15 dspphyslns Command

node1 TN    Cisco           IGX 8430  9.3.40    June 18 2002 15:40 GMT 

PHYSLN     Type   Current Line Alarm Status                  Trk/Line

 4.1      ]T1/24  Major - Out of Frm (RED)                    4.1-T

 4.5       T1/24  Major - Loss of Sig (RED)                   4.5(4)-T

 4.6       T1/24  Major - Loss of Sig (RED)                   4.5(4)-T

 4.7       T1/24  Major - Loss of Sig (RED)                   4.5(4)-T

 4.8       T1/24  Major - Loss of Sig (RED)                   4.5(4)-T

13.1      ]OC3    Major - Loss of Sig (RED)                  13.1-T

16.1       T3/636 Major - Loss of Sig (RED)                  16.1-T

Last Command: dspphyslns

Redundancy

If Y-redundancy is configured on a UXM card that supports hot-standby the line loopback configuration on its physical interface, if SET, is also programmed to the standby UXM.

Single-Ended FCES and Policing

Single-ended FCES mechanism is used to provide an end-to-end flow control capability to ABR and FST types of connections consisting of multiple segments. This feature allows the BXM-E and UXM-E to provide congestion information to non-Cisco products using a standard interface. ABR flow control is extended to the external segment.

Policing is the process of monitoring ingress traffic of a connection to determine if the traffic can enter and how that traffic is handled once inside the network.

These features allow single-ended FCES and policing on a connection to be configured on an endpoint basis rather than on a connection basis. The congestion control loop is enabled between only those devices that support this feature.

Similarly, policing is independently configured at each endpoint of the connection. This feature allows maximum traffic throughput to avoid cell discards due to traffic clumping on the NNI interfaces.

Functions

Single-ended FCES and policing provide the following functions:

Allows FCES to be enabled or disabled independently on two endpoints of a connection.
Allows policing to be enabled or disabled independently on two endpoints of a connection.
Supports the configuration from CWM, CLI, and SNMP.

Requirements

These features require the BXM-E and UXM-E cards.

FCES

Independent values for FCES provisioning can be configured for the following reasons:

Connections with type ABRSTD, ABRFST, or ATFST (between two ATM endpoints) are added using addcon if both endpoints support FCES (VSVD needs to be enabled for ABRSTD connection).
The above connections are configured using the cnfcon CLI command.
ATM classes are configured using cnfcls or cnfatmcls commands.

The dspcon is used to display the above connections,

The parameter for FCES takes one of the following values:

D/D (or D). FCES is disabled at both endpoints.
E/E (or E). FCES is enabled at both endpoints.
E/D. FCES is enabled at the local endpoint only.
D/E. FCES is enabled at the remote endpoint only.

The default value for FCES is disable.

The following example shows the CLI prompt.

FCES [Disable/Disable]:

In the following cases FCES is specified for only one end of a connection:

A connection with type ATFST, ATFXFST, or ATFTFST is added between ATM and FR endpoints. Enabling or disabling FCES is applicable only to the ATM endpoint. FCES is ignored at the FR endpoint.
If one endpoint is acting as a feeder trunk, FCES is not applicable and displays a [-].
For a local connection which uses one channel, only one endpoint for this connection exists.

In these cases, the parameter for FCES is in the following format:

D. FCES is disabled at the ATM endpoint.
E. FCES is enabled at the ATM endpoint.

The CLI prompt in these cases is

FCES [Disable/-]: or FCES [-/Disable]: or

FCES [Disable]: (for onelcn dax connection)

MIB

To integrate with CWM, the switch MIB atmEndptOeBCM object for FCES is read-write.

Policing

When a connection is added using addcon, configured using cnfcon, or displayed using dspcon CLI commands, the parameter for policing takes one of the following value combinations:

[1-5]/[1-5] or [1-5]

If the endpoint is a feeder trunk, the policing is shown as

[1-5/- or -/[1-5]

For UBR connections, CLP tagging is used and corresponds to the following input values:

D/D (or D when inputting). CLP tagging is disabled at both endpoints.
E/E (or E when inputting). CLP tagging is enabled at both endpoints.
E/D. CLP Tagging is enabled at the local endpoint only.
D/E. CLP Tagging is enabled at the remote endpoint only.

If the endpoint is a feeder trunk, the CLP tagging is shown as

D/-, E/-, -/D or -/E

The policing type has a range from 1 to 5. Table 9 shows how these policing types are defined. The value to the left of [/] is the local endpoint policing type and the value to the right of [/] is the remote endpoint policing type. The two endpoints are provisioned independently using these two input values.

Table 9 Policing Types

Type	Cells Tested In First Bucket	First Bucket Noncompliance Result	Cells Tested In Second Bucket	Second Bucket Noncompliance Result	Supported Connection Types	Default
1	All	Discard	CLP = 0 or 1	Discard	VBR, ABR	None
2	All	Discard	CLP = 0 only	Discard	VBR, ABR	None
3	All	Discard	CLP = 0 only	Tag with CLP	VBR, ABR	VBR, ABRSTD with VSVD, ABRFST, ATFST, ATFTFST, ATFXFST
4	All	Discard	None	-	CBR, VBR, ABR	CBR, ABRSTD without VSVD
5	None	-	None	-	CBR, VBR, ABR	None

Note Single-ended policing for VBR connections is not supported.

To configure policing based on endpoints rather than connections, use the addcon and cnfcon CLI commands.

The addcon command allows users to configure policing on the two endpoints differently.
The switch MIB definition for remote endpoint policing allows independent SNMP SET operations on the objects of both endpoints.

Compatibility

These features have the following compatibility capabilities:

Provisioning from existing CWM is supported. If the request has only one endpoint value, copy this value to the other end to keep the new feature compatible with the existing CWM. Do not use the default for the other end.
Because the robust message payload definition has not changed, these features function with the CWM 10.5.

MIB

A new MIB object atmEndptOePolicing supports policing type on the other end.

Redundancy

One-to-one redundancy is preserved since the values for FCES and policing endpoint provisioning are stored in BRAM and are sent to the standby card.

Network Interoperability

When connections are added from a node with this feature to another node without this feature, the endpoint-based provisioning can be achieved. On the node the display without this feature, the dspcon command displays only one local endpoint value.

The dcct, dvc, and dvcparms commands display the values on both endpoints.

When an ATM class is configured from a node with this feature to have two different values for FCES or policing, the CWM Connection Manager (CM) updates this ATM class definition on all the nodes in the network including nodes without this feature. If a connection is added from an old revision node using this updated class, the connection uses the two different values to provision the connection.

With an upgraded CWM and mixed revisions on a switch, single-ended FCES is supported if the master node is an upgraded node.

If the switch is upgraded before CWM, the following results occur:

The format of robust message sent from switch is not changed. Only the values of the connection object are changed.
The FCES and policing values cannot be configured differently on CWM, and the display on the CWM is incorrect.

If CWM is upgraded before the switch, the following results occur:

CWM blocks configuring two values differently from the GUI if the switch does not support this feature.
If mixed revisions exist in the network, configuring two values differently is supported if the master node is an upgraded node.

Line and Port Alarm Masking

Alarms on a line or port can be masked so that they are not propagated to the network. This masking allows the known alarms in the network to be hidden from the new alarms.

Line and port alarms can be masked through CLI and SNMP interfaces. Activation and deactivation of the interface alarms are logged in the local event log.

This feature is supported in both IGX and BPX platforms.

Functions

Line and port alarm masking mirrors the existing trunk alarm masking and provides the following functions:

The cnflnalm and cnfportalm commands mask out the line and port alarm on the specified line or port. However, if any connections exist on those lines or ports, the connections on the affected line or port still fail and cause the node to be in MAJOR alarm. The line and port alarms are enabled by default.
The Port Alarms and Line Alarms entries in the dspalms screen are modified to reflect any active and disabled port alarms.
The existing integrated line alarm related command, cnflnalm, is renamed to cnfintalm to reflect the integrated alarm configuration. The display command dsplnalmcnf is renamed to dspintalmcnf.

Line Alarms

The line alarms on a node are caused by physical line failures which result in failure of all of the connections on the line interface.

Line alarm masking is supported on the following cards:

FRM-E
UFM-C
CVM
UVM
UXM

Port Alarms

The port alarms in a node can be caused by a failure on the end device (CPE) connected to it. These alarms can be caused by an LMI/ILMI failure to restrict communication between the interface card and the CPE. This failure results in a port communication failure that causes a minor alarm on the node.

Port alarm masking is supported on the following cards:

FRM-D
FRM-E
UFM-C
UFM-U
CVM
UVM
UXM
URM

In addition to port communication failures, the serial port interface card, UFMU, can have port configuration, port over speed, and cable mismatch failures. These failures result in minor alarms on port interfaces.

An IGX Frame Relay NNI port can go in to major alarm only when an NNI failure occurs, and the debug flag is enabled.

MIB Additions

This section describes the objects added as a part of the alarm masking feature.

Table 10 MIB Additions

MIB Table	MIB Object	Description	Values
frLport	frLportPortAlmEnable	Value to enable or disable a port alarm. Access: read-write	1 = enable 2 = disable
atmPort	atmPortAlmEnable	Value to enable or disable a port alarm. Access: read-write	1 = enable 2 = disable
ds1Line	ds1LineAlmEnable	Value to enable or disable a line alarm. Access: read-write	1 = enable 2 = disable
ds3Line	ds3LineAlmEnable	Value to enable or disable a line alarm. Access: read-write	1 = enable 2 = disable
sonetIf	sonetIfLineAlmEnable	Value to enable or disable a line alarm. Access: read-write	1 = enable 2 = disable

CLI Additions and Modifications

This section contains the commands that have been modified to support line and port alarm masking.

cnfintalm

The cnfintalm command configures the thresholds for the integrated line/trunk alarm parameters. This command is the renamed version of the existing cnflnalm command.

Syntax:

No change

cnflnalm

The cnflnalm command enables or disables a line alarm. Upon successful completion of this command, the dsplns screen is displayed with the configured line number in highlighted display.

Syntax:

cnflnalm <line #> <E/D>

Parameter	Description
line #	Line number.
E/D	Value to configure the line alarm. E = enable D = disable

Example 16 cnflnalm Command

node TRM   Cisco           IGX 8420  9.3.40    May  23 2002

11:44 PST

Line       Type   Current Line Alarm Status

 4         E1/30  Major - Loss of Sig (RED)

10.1m      E1/30  Major - Loss of Sig 

Last Command:cnflnalm 10.1 d

cnfportalm

The cnfportalm command configures the port alarm.

Syntax:

cnfportalm <port id> <E/D>

Parameter	Description
port id	Port number.
E/D	Value to configure the port alarm. E = enable D = disable

Example 17 cnfportalm Command

node TRM   Cisco           IGX 8420  9.3.40    May  23 2002

11:45 PST

 Port States

Port     ID   State

13.1m         FAILED

Last Command:cnfportalm 13.1 d

dspalms

The dspalms command indicates any disabled port alarms.

Syntax:

dspalms

Example 18 dspalms Command

node TRM   Cisco           IGX 8420  9.3.40 	May  29 2001 17:26 GMT 

Alarm summary   (Configured alarm slots: None)

Connections Failed:       None

TRK Alarms:               None

Circuit Line Alarms:      2 Majors 1 Disabled

Port Alarms							2 Minor		1 Disabled

Physical Line Alarms:     None

Cards Failed:             None

Missing Cards:            None

Remote Node Alarms:       5 Majors

Interface Shelf Alarms:   None

FastPAD/Access Dev Alms:  None

Last Command: dspalms

dspintalmcnf

The dspintalmcnf command configures the thresholds for the integrated line/trunk alarm parameters.

This command is the renamed version of the existing CLI command dsplnalmcnf to avoid the conflict between the line alarm masking and integrated alarm parameter configuration of lines.

Syntax:

No change

Trunk VC Shaping

This feature provides the capability to enable VC shaping on UXM and BXM trunks, virtual trunks, and feeder trunks per Qbin or QoS.

Compatibility

On the BPX, the BXM card must support the trunk VC shaping feature for VC shaping to be enabled on the trunks.

On the IGX, the UXM card must support traffic shaping for VC shaping to be enabled on the trunks.

This feature is compatible only with firmware releases supporting traffic shaping. Additionally, PCR shaping can be disabled per QBin only if the firmware release supports trunk VC shaping. Otherwise, PCR shaping cannot be disabled.

Limitations

The capability to enable and disable VC shaping is available only on AutoRoute Qbins (1-9). VC shaping cannot be enabled on the high priority Qbin (2) since this Qbin services the CC traffic. VC shaping cannot be enabled on other Qbins (Qbin 0, VSI Qbins 10-15).

The maximum rate at which a VC can transmit is limited by its PCR value if PCR shaping is enabled.

Enabling VC Shaping (or disabling from previous enable state) on a trunk applies only to new connections routed over the trunk. VC shaping can be applied to all the connections belonging to a Qbin by performing a reroute.

Functionality

The feature provides the following functions:

Enables PCR-shaping on BXM trunks, virtual trunks, and feeder trunks on a per-QoS basis.
Enables weighted fair queuing (WFQ) on BXM trunks, virtual trunks, and feeder trunks on a per-QoS basis.
Enables VC shaping (WFQ and PCR shaping) on UXM trunks, virtual trunks, and feeder trunks on a per-QoS basis.

The VC shaping capability can be turned on per QoS on the BXM card by configuring the appropriate Qbin to enable the function. When VC shaping is enabled on a Qbin, egress cells are placed on their respective VC queues before they are scheduled into the Qbin. Cells are scheduled from different VC queues into the Qbin using WFQ to ensure fairness among the different VCs.

On the UXM card, VC shaping can be turned on per trunk. The configuration is then applied to relevant Qbins.

Traffic from a VC queue into the Qbin is limited to the PCR. When VC shaping is enabled, both PCR-shaping and WFQ are in effect. However, PCR-shaping can be removed by programming the PCR of the connection to a large value, leaving only WFQ in effect.

The user can enable VC shaping for a particular Class of Service (CoS) on a trunk or virtual trunk using the cnftrkqparm command, cnftrk command on the IGX, or SNMP.

On the BXM, depending on the CoS, the user is provided with the following options:

D = Disabled (default)
E = Both WFQ and PCR-shaping
W = WFQ only

On the IGX the options are

E = Both WFQ and PCR-shaping
D = Disabled

CLI Modifications and Additions

This section contains the CLI modifications to support the trunk VC shaping feature.

cnftrk

The cnftrk command on the IGX was used to enable VC shaping on a per trunk basis before this feature. Since the feature moves the capability to a per-QoS basis, the VC shaping parameter in the cnftrk command is removed.

cnftrkq

The cnftrkq command enables and disables VC shaping for trunks, virtual trunks, and feeders on a per-Qbin basis.

Note The cnftrkq command is a new command applicable only to BXM cards.

VC shaping can be enabled only on the AutoRoute Qbins using this command. Enabling VC shaping on VSI Qbins is not supported. The default values for all the Qbins is disabled.

VC shaping can be enabled on a QBin only if that card supports VC shaping. If a card does not support VC shaping the following error message displays: VC shaping not supported on the card.

The following example shows the cnftrkq command display.

Example 19 cnftrkq Command

node TRM   Cisco           BPX 8620  9.3.40 June 13 2001 16:11 GMT 

  VC Shaping parameters for Trunk 4.3:

	  VC shaping for Non-TS       : WFQ-only

  VC shaping for rt-VBR       : WFQ-only

  VC shaping for BData A      : PCR+WFQ

  VC shaping for TS           : PCR+WFQ

  VC shaping for BData B      : Disabled

  VC shaping for CBR          : WFQ-only

  VC shaping for ABR/UBR      : PCR+WFQ

  VC shaping for nrt-VBR      : Disabled

This Command: cnftrkq 4.3  

Enable VC shaping for BdataA (e-pcr+wfq, d-disable, w-wfq-only) [e]: 

dsptrkq

The dsptrkq command displays the VC shaping parameters per Qbin for trunks, virtual trunks, and feeder trunks.

Note The dsptrkq command is a new command applicable only to BXM cards.

The following example shows the dsptrkq display.

Example 20 dsptrkq Command

node TRM   Cisco           BPX 8620  9.3.40 June 13 2001 16:11 GMT 

  VC Shaping parameters for Trunk 4.3:

	  VC shaping for Non-TS       : WFQ-only

  VC shaping for High Pri     : PCR+WFQ

  VC shaping for rt-VBR       : WFQ-only

  VC shaping for BData A      : PCR+WFQ

  VC shaping for TS           : PCR+WFQ

  VC shaping for BData B      : Disabled

  VC shaping for CBR          : WFQ-only

  VC shaping for ABR/UBR      : PCR+WFQ

  VC shaping for nrt-VBR      : Disabled

This Command: dsptrkq 4.3 

dspcmi

The dspcmi command display includes the new card attribute, Trunk VC Shaping. This field is valid only on the BPX.

The display screen is shown in the following example.

Example 21 dspcmi Command

node TRM   Cisco           IGX 8420  9.3.3M    July 18 2001 18:02 GMT 

qbdata :0x00000000  qbdatb :0x00000000  qcbr   :0x00000000  qvbr   :0x00000000

qabr   :0x00000000  qsig   :0x00000000  multicast:0         Ext Fmt:0

Ext2 Fmt:0          bti_e1:0            Card Sync:0         imacomp:0

RAS Loopback:0      RAS Lpbk Enabled:0  Traffic Gen:0       ics   :0

vsi   :0            vsi_mpart:0         Mlvl Stat:0         Stat Lvl:0

VerifyFc:0          SchdChns:0          IlmiChan:0          CdRed Chan:1001

pcrmin supp:0       VSI ILMI  :0        VSI NbrDisc :0      VSI SigQBN:0

Virtual Ln:0        Internal Port:0     Ios Router:0        Ios window :0

Vsi Ctrlr:0         Inhibit Trunk:0     Inhibit Yred:0      F4 AIS F4-F5:0

CRC-4 Config:0      E/ILMI NbrDisc :0   ILMI support :0     ILMI version :0

LCN Resync:0        Rmt Rtr Cnfg: 0     Trk VC Shap: 1

Last Command: dspcmi p 0

Next Command: 

dspcd

The dspcd command display includes trunk VC shaping on the BPX (shown in Example 22).

Example 22 dspcd Command

node TRM   Cisco           BPX 8620  9.3.40 July 30 2001 15:58 GMT 

Detailed Card Display for BXM-E3 in slot 5

Status:          Active

Revision:        FHM              Backcard Installed          

Serial Number:   634399             Type:          LM-BXM

Top Asm Number:  28221802           Revision:      BS

Queue Size:      131000             Serial Number: 9155

Supp:8 Pts, E3, FST, VcShp          Top Asm Number: 8001234567

Supp: VT,ChStLv 1,VSI(Lv 3,ITSM)    Supp: 8 Pts,T3/E3

Support: LMIv 1,ILMIv 1,NbrDisc,XL

Supp: OAMLp,TrfcGen

Supp: pcr < 50cps,TrkVcShp

#Ch:16320,PG[1]:16320

PG[1]:1,2,3,4,5,6,7,8,

#Sched_Ch:16384 #Total_Ch:16320

Last Command: dspcd 5

Next Command: 

Redundancy

This feature does not have impact on redundancy. No mismatch is declared if one of the cards in a Y-red pair supports this feature and the other does not. However, the feature is activated only if both cards in Y-red support the feature.

MIB Additions

The atmTrunks MIB table currently contains the atmTrkVcShaping object to enable VC shaping per trunk. This object is not used for the BPX and nine new objects are added to enable VC shaping per Qbin. The existing object, atmTrkVcShaping, is still used on the IGX.

Table 11 describes the new objects that are applicable only on BXM cards.

Table 11 atmTrunks Additions

MIB Object

Description

Values

atmTrkNonTSVcShaping

Value to indicate whether the trunk should do VC shaping on the non-time stamped (NonTS) Qbin.

This object is valid only for routing trunks. An error is returned for a SET request on feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

atmTrkVoVcShaping

Value to indicate whether the trunk should do VC shaping on the rt-VBR/Voice Qbin.

This object is valid for routing and feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

atmTrkBdataAVcShaping

Value to indicate whether the trunk should do VC shaping on the Bursty data A Qbin.

This object is valid only for routing trunks. An error is returned for a SET request on feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

3 = wfq-pcr

atmTrkTsVcShaping

Value to indicate whether the trunk should do VC shaping on the time stamped (TS) Qbin.

This object is valid only for routing trunks. An error is returned for a SET request on feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

3 = wfq-pcr

atmTrkBdataBVcShaping

Value to indicate whether the trunk should do VC shaping on the Bursty Data B Qbin.

This object is valid only for routing trunks. An error is returned for a SET request on feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

3 = wfq-pcr

atmTrkCbrVcShaping

Value to indicate whether the trunk should do VC shaping on the CBR Qbin.

This object is valid for routing and feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

atmTrkVbrVcShaping

Value to indicate whether the trunk should do VC shaping on the nrt-VBR Qbin.

This object is valid for routing and feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

3 = wfq-pcr

atmTrkAbrVcShaping

Value to indicate whether the trunk should do VC shaping on the ABR/UBR Qbin.

This object is valid for routing and feeder trunks.

If the card does not support trunk VC shaping, the configuration is accepted but not enabled.

This object can only be set with other per Qbin trunk VC shaping objects.

Access: read-write

1 = disabled

2 = wfq-only

3 = wfq-pcr

Special Installation/Upgrade Requirements

This section contains the installation procedures and upgrade requirements.

General Upgrade Procedure

Note Consult a Support Representative before performing any software upgrade.

The earliest release supported for a graceful upgrade is 9.2.23.

Before upgrading the switch software, make sure the cards have the minimum firmware revision per the compatibility matrix.

Procedure for Upgrading BXM cards to the 9.3 Firmware Release

See Appendix A for instructions on upgrading the BXM firmware.

See the Compatibility Matrix for the tested/supported versions of other firmware and software that work with this release.

Procedure for Upgrading UXM cards to the 9.3 Firmware Release

Note For the VSI/MPLS feature, upgrade the UXM firmware to revision ACC or later. The upgrade procedure has changed.

If the switch software version on the node is Release 9.2.x, the following steps are required to upgrade the UXM firmware to revision ACC or later:

Step 1 Execute a graceful upgrade to Release 9.3.30.

Step 2 Upgrade the UXM boot code to boot 8.

Step 3 Upgrade the run-time UXM firmware to revision ABJ or greater.

Step 4 After the card comes up, upgrade the run-time firmware to revision ACC or later.

Warning If these procedures are not followed, the card might enter a state from which it can NOT be recovered. See Appendix B for more information about loading the new firmware.

If a Switch Software Release 9.3.x has already been loaded onto the node, the following steps are required to upgrade the UXM firmware to revision ACC:

Step 1 Execute a graceful upgrade to Release 9.3.30.

Step 2 Upgrade the run-time UXM firmware to revision ACC.

Procedure for Adding New BCC Cards as a Part of Upgrading to Release 9.3

If new BCC cards are to be installed as part of the upgrade to Release 9.3, then the physical card upgrade procedure described below must be completed as a separate activity from the Switch software upgrade.

If upgrading to BCC-4 cards on BPX 8600 nodes, perform the software upgrade, followed by the BCC-4 physical card upgrade.

If BCC-4 is already installed, then upgrade as normal.

If any other type of BCC cards are being physically upgraded, complete the physical upgrade of the cards first, followed by the software upgrade.

Revision Interoperability Supported

The Revision Interoperability feature allows a mixed/ heterogeneous network of 9.2.x and 9.3.x (where "x" equals any GA version of 9.2 and 9.3) nodes to coexist and interoperate. This capability allows users to upgrade their networks from 9.2 to 9.3 in multiple steps.

Note It is not recommended that users operate in this state for extended periods of time.

Normal network maintenance and operations such as provisioning, trunk reroutes, card insertions and removals, and normal network alarming, are supported in the mixed revision network. Normal alarms can be received while upgrading a node to Release 9.3.

In a mixed-revision network, functions that are implemented in 9.3 but not in 9.2 are disabled. For example, features that are supported in both Releases 9.2 and 9.3 function at their 9.2 level. New features developed in 9.3 are automatically enabled when all nodes are upgraded to the 9.3 revision level.

Specifically, connection provisioning, connection rerouting, alarming, and CWM support for these features are supported but function at their 9.2 capabilities, and not at their 9.3 levels until all nodes are upgraded. The dspblkdfuncs command displays blocked (disabled) features.

For 9.3.30 and above, the following features are blocked in a mixed network. These features require that all nodes of the network are running 9.3.30.

URM Remote Router Configuration
TFTP Configuration Save and Restore
Concurrent Routing

Note The URM card cannot be activated in a network with mixed switch software releases.

Version Compatibility Notes

For a complete list of firmware revisions supported, see the Compatibility Matrix document, which is included in this release package.

This release supports:

NTM firmware version NEK and NFK or later. For 2048 kbps support and trunk encryptor synchronization, use NJA and NKA or later.
Any MGX 8220 Release 4.1 and 5.0
Cisco WAN Manager (Cisco StrataView Plus) version 10.5.10 and later
UXM firmware

For MPLS VC merge and trunk loopback features, ACK or later
For MPLS/VSI feature, UXM model ACB or later
If not using MPLS/VSI feature, UXM model ABH or later

BXM firmware

Model MFN or later
For MPLS VC merge, trunk VC traffic shaping, and VT oversubscription features, MFV or later.

UFM firmware for ELMI-based topology discovery feature

For UFM-C model B, version ZBD, and UFM-U model B, version YBC
For UFM-C model A, version ZAT, and UFM-U model A, version YAL

URM Model A XAA, or later
URM Model B XBA or later
MGX 8850 version 1.1.40
SES version 1.1.60
IOS version 12.2 (8)T4
LSC IOS Version 12.2(8)T4 for VC merge

Note VNS interworking is not supported in Release 9.3.30 and later.

Control Card Requirements

All BPX processor cards must be configured with a minimum of 64 MB of RAM, and NPMs must be configured with a minimum of 32 MB of RAM. NPMs require at least 1 MB of BRAM. To verify the BRAM size on IGX 8400 nodes, use the dspcd command.

Control Card Boot Firmware Requirements

As specified below, the correct version of CC boot firmware must be installed on the cards prior to a software upgrade to Release 9.3.

BCC Type	Firmware
BCC-3-64	H.D.M
BCC-4V	H.H.M
BCC-4V/B	H.H.M

NPM Type	Firmware
NPM-32	R.B.S
NPM-64	R.C.S
NPM-32B	R.E.S
NPM-64B	R.F.S

With the new version of NPM boot code (RxS), upgrading does not require physical card resetting with the following steps:

Step 1 Burn the boot code on the active NPM(1).

Step 2 Execute the switchcc command. Wait until the NPM(1) becomes standby.

NPM(2) is now active.

Step 3 Execute the resetcd command to reset the standby (resetcd 1 h). Wait until the reset card NPM(1) becomes standby.

Step 4 Burn the boot code on the active NPM(2).

Step 5 Execute the switchcc command. Wait until the NPM(2) becomes standby.

NPM(1) is now active.

Step 6 Execute the resetcd command to reset the standby (resetcd 2 h). Wait until the reset card NPM(2) becomes standby.

Control Card Compatibility Requirements

Each redundant pair of BCC cards in a given BPX 8600 node must be of identical type and memory configuration. For example, if the active card is a BCC-3-64, then the standby card must be the same. BCC-3 cards with 64 MB of RAM cannot be mixed with BCC-4 cards.

Each redundant pair of NPM cards in a given IGX 8400 node must be of identical type and memory configuration. For example, if the active card is an NPM-32, then the standby card must be the same. NPM cards with 32 MB of RAM cannot be mixed with NPM cards with 64 MB of RAM. Also, NPM-64 cards cannot be mixed with NPM-64B cards.

These requirements apply to all software upgrade procedures. These requirements do not apply to the physical card upgrade procedure, as described below.

Control Card Physical Card Upgrade Procedure

When performing a control card (CC) upgrade, the following procedure must be used on all BCC and/or NPM processors:

Step 1 Remove the current standby CC front and back cards. (Removal of back card only applies to BCC.)

Step 2 Replace with new CC front and back cards that are identical to the current active CC. (Replacement of back card only applies to BCC.)

Note After Step 2, the node contains a mix of an old type CC and the new type CC. This condition is permitted only while the standby updates to the new CC are in progress, which takes less than one hour. The time during which this mixture of CC types exists must be kept to a minimum by immediately replacing the second old type CC with the matching one of the new type.

Step 3 Wait for the standby updates on the newly installed standby CC to complete.

Step 4 Issue a switchcc command to utilize the newly installed CC.

Step 5 Verify that the network is stable.

Step 6 Remove the current standby CC front and backcard. (Remove back card only applies to BCC.)

Step 7 Replace with new CC front and back cards that are identical to the current active CC. (Replace back card only applies to BCC.)

Step 8 Wait for the standby updates on the newly installed standby CC to complete.

The CC physical upgrade is now complete.

Step 9 With the secondary card in the standby state, cause a switchover using the switchcc command. This command tests that the hardware is working correctly.

To take advantage of the dual SIU when upgrading to the BCC-4, the BPX 8600 node must have a new backplane that has dual traces incorporating with the BCC-4.

The dspbpnv command can be issued to verify if the node has the new backplane or the old backplane. The following table details the bit fields for the BCC backplane NOVRAM format. The display of word 2 describes the backplane type.

16 Bit Word	Byte # (hex)	Contents
0	0,1	Hardware revision
1	2,3	Backplane Type (usually 0x65=101 decimal)
2	4,5	Backplane version (0x0000:old 0x0001:new)
3	6,7	Backplane serial number in ASCII - MSB
4	8,9	Backplane serial number in ASCII - MSB
5	A,B	Backplane serial number in LSB
6	C,D	Board FAB number, in ASCII - MSB
7	E,F	Board FAB number, in ASCII - LSB
8	10,11	Board FAB number, in ASCII - LSB
9	12,13	Board FAB number, in ASCII - LSB
A	14,15	Board FAB number, in ASCII - LSB
B	16,17	Board FAB number, in LSB
C	18,19	Unused
D	1A,1B	Unused
E	1C,1D	Unused
F	1E,1F	Checksum bytes - NOT SUPPORTED

The cnfbpnv command can be used to configure the backplane if backplane is enabled.

Obsoleted Hardware and Firmware

BPX BCC-32 cards are no longer supported in Release 9.3.

The following IGX cards are no longer supported in Release 9.3:

FTM
BTM
ALM/A
ALM/B

UVM model A, B, and C firmware are not supported in SWSW Release 9.3 and later.

Adaptive Voice feature is not supported in IGX SWSW Release 9.3.

Notes and Cautions

The peak intervals are controlled to be only those values for which peaks can be accurately collected The following rules apply to peak intervals:

Cannot be 0.
Must be a multiple of the polling interval.
Must be a factor of the bucket interval.
Can be the same as the bucket interval.

Limitations for Release 9.3.40

None.

Compatibility Matrix

This section contains compatibility information for Release 9.3.40.

Compatibility Notes

For a complete list of firmware revisions supported, see the Compatibility Matrix document, which is included in this release package.

This release runs with Release 4.1.0x or 5.0.0x of the MGX 8220.

MGX 8220 Firmware Compatibility

The following table lists the MGX 8220 firmware.

		System 5.0		System 4.1
PCB Description	CW2000 Name	Latest F/W	Min F/W	Latest F/W	Min F/W
ASC F/W	ASC	5.0.18	5.0.17	4.1.11	4.1.00
ASC Boot	ASC	1.0.03	1.0.01	1.0.03	4.0.04
ASC/2 FW	ASC	5.0.18	5.0.17	4.1.11	4.1.00
ASC/2 Boot	ASC	1.0.03	1.0.01	1.0.03	4.0.04
ASC/2F FW	ASC	5.0.18	5.0.17	4.1.11	4.1.05
ASC/2F Boot	ASC	1.0.03	1.0.01	1.0.03	1.0.01
BNM-T3	BNM-T3	n/a	n/a	n/a	n/a
BNM-E3	BNM-E3	n/a	n/a	n/a	n/a
BNM-155	BNM-155	n/a	n/a	n/a	n/a
FRSM-4T1	FRSM-4T1	4.0.22	4.0.19	4.0.23	4.0.13
FRSM-4E1	FRSM-4E1	4.0.22	4.0.19	4.0.23	4.0.13
FRSM-4T1-C	FRSM-4T1-C	4.0.22	4.0.19	4.0.23	4.0.13
FRSM-4E1-C	FRSM-4E1-C	4.0.22	4.0.19	4.0.23	4.0.13
FRSM Boot	FRSM-4T1	4.0.00	4.0.00	4.0.00	4.0.00
FRSM Boot	FRSM-4E1	4.0.00	4.0.00	4.0.00	4.0.00
FRSM Boot	FRSM-4T1-C	4.0.00	4.0.00	4.0.00	4.0.00
FRSM Boot	FRSM-4E1-C	4.0.00	4.0.00	4.0.00	4.0.00
SRM T1E1 (B)	SRM-T1E1	n/a	n/a	n/a	n/a
SRM 3T3	SRM-3T3	n/a	n/a	n/a	n/a
CESM-4T1	CESM-4T1	4.0.17	4.0.15	4.0.17	4.0.11
CESM-4E1	CESM-4E1	4.0.17	4.0.15	4.0.17	4.0.11
CESM Boot	CESM-4T1	4.0.01	4.0.01	4.0.01	4.0.00
CESM Boot	CESM-4E1	4.0.01	4.0.01	4.0.01	4.0.00
CESM-8T1	CESM-8T1	5.0.14	4.1.05	4.1.09	4.1.00
CESM-8E1	CESM-8E1	5.0.14	4.1.05	4.1.09	4.1.00
CESM-8 Boot	CESM-8T1	1.0.01	1.0.01	1.0.01	4.1.00
CESM-8 Boot	CESM-8E1	1.0.01	1.0.01	1.0.01	4.1.00
AUSM-4T1	AUSM-4T1	4.0.21	4.0.19	4.0.21	4.0.13
AUSM-4E1	AUSM-4E1	4.0.21	4.0.19	4.0.21	4.0.13
AUSM Boot	AUSM-4T1	4.0.00	4.0.00	4.0.00	4.0.00
AUSM Boot	AUSM-4E1	4.0.00	4.0.00	4.0.00	4.0.00
FRSM-8T1	FRSM-8T1	5.0.15	5.0.10	4.0.24	4.0.13
FRSM-8E1	FRSM-8E1	5.0.15	5.0.10	4.0.24	4.0.13
FRSM-8T1 Boot	FRSM-8T1	1.0.02	1.0.01	1.0.02	4.0.01
FRSM-8E1 Boot	FRSM-8E1	1.0.02	1.0.01	1.0.02	4.0.01
AUSM-8T1	AUSM-8T1	5.0.14	5.0.10	4.0.24	4.0.14
AUSM-8E1	AUSM-8E1	5.0.14	5.0.10	4.0.24	4.0.14
AUSMB-8T1	AUSMB-8T1	5.0.14	5.0.10	4.0.24	4.0.19
AUSMB-8E1	AUSMB-8E1	5.0.14	5.0.10	4.0.24	4.0.19
AUSM-8T1E1 Boot	AUSM-8T1	1.0.02	1.0.01	1.0.02	4.0.01
AUSM-8T1E1 Boot	AUSM-8E1	1.0.02	1.0.01	1.0.02	4.0.01
AUSM-8T1E1 Boot	AUSMB-8T1	1.0.02	1.0.01	1.0.02	4.0.01
AUSM-8T1E1 Boot	AUSMB-8E1	1.0.02	1.0.01	1.0.02	4.0.01
FRSM-HS1	FRSM-HS1	5.0.14	4.0.16	4.0.20	4.0.11
FRSM-HS1/B	FRSM-HS1/B	5.0.14	4.0.16	4.0.20	4.0.11
FRSM-HS1 Boot	FRSM-HS1	1.0.01	1.0.01	1.0.01	4.0.00
FRSM-HS1 Boot	FRSM-HS1/B	1.0.01	1.0.01	1.0.01	4.0.00
FRSM-HS2	FRSM-HS2	5.0.13	5.0.10	n/s	n/s
FRSM-HS2 Boot	FRSM-HS2	1.0.01	1.0.01	n/s	n/s
IMATM	IMATM-T3T1	n/s	n/s	4.0.22	4.0.13
IMATM	IMATM-E3E1	n/s	n/s	4.0.22	4.0.13
IMATM	IMATMB-T1	5.0.14	5.0.10	4.0.22	4.0.13
IMATM	IMATMB-E1	5.0.14	5.0.10	4.0.22	4.0.13
IMATM Boot	IMATM-T3T1	n/s	n/s	1.0.02	4.0.01
IMATM Boot	IMATM-E3E1	n/s	n/s	1.0.02	4.0.01
IMATM Boot	IMATMB-T1	1.0.02	1.0.01	1.0.02	4.0.01
IMATM Boot	IMATMB-E1	1.0.02	1.0.01	1.0.02	4.0.01

MGX 8850 1.1/1.2 Firmware Compatibility

The following table lists the MGX 8850 Release 1.1/1.2 firmware.

PCB Description	CW2000 Name	Latest F/W	Min F/W
PXM1	PXM-1	1.2.10	1.1.40
PXM1-2-T3E3	PXM1-2T3E3	1.2.10	1.1.40
PXM1-4-155	PXM1-4OC3	1.2.10	1.1.40
PXM1-1-622	PXM1-OC12	1.2.10	1.1.40
MGX-SRM-3T3/B	SRM-3T3	n/a	n/a
MGX-SRM-3T3/C	SRM-3T3	n/a	n/a
AX-CESM-8E1	CESM-8E1	10.2.01	10.0.21
AX-CESM-8T1	CESM-8T1	10.2.01	10.0.21
MGX-AUSM-8E1/B	AUSMB-8E1	10.2.01	10.0.21
MGX-AUSM-8T1/B	AUSMB-8T1	10.2.01	10.0.21
MGX-CESM-T3	CESM-T3	10.2.01	10.0.21
MGX-CESM-E3	CESM-E3	10.2.01	10.0.21
AX-FRSM-8E1/E1-C	FRSM-8E1	10.2.01	10.0.21
AX-FRSM-8T1/T1-C	FRSM-8T1	10.2.01	10.0.21
MGX-FRSM-HS2	FRSM-HS2	10.2.01	10.0.22
MGX-FRSM-2CT3	FRSM-2CT3	10.2.01	10.0.22
MGX-FRSM-2T3E3	FRSM-2T3	10.2.01	10.0.22
MGX-FRSM-2T3E3	FRSM-2E3	10.2.01	10.0.22
MGX-FRSM-HS1/B	FRSM-HS1/B	10.2.01	10.0.21
MGX-VISM-8T1	VISM-8T1	2.0.(1)	1.5.05
MGX-VISM-8E1	VISM-8E1	2.0.(1)	1.5.05
MGX-RPM-128M/B	RPM	12.2(4)T	12.2(4)T
MGX-RPM-PR	RPM	12.2(4)T	12.2(4)T
CWM		11.0	10.5.10

MGX 8230 1.1/1.2 Firmware Compatibility and
MGX 8250 1.1/1.2 Firmware Compatibility

The following table lists the MGX 8230 and MGX 8250 firmware.

PCB Description	CW2000 Name	Latest F/W	Min F/W
PXM1	PXM-1	1.2.10	1.1.40
PXM1-2-T3E3	PXM1-2T3E3	1.2.10	1.1.40
PXM1-4-155	PXM1-4OC3	1.2.10	1.1.40
PXM1-1-622	PXM1-OC12	1.2.10	1.1.40
MGX-SRM-3T3/C	SRM-3T3	n/a	n/a
AX-CESM-8E1	CESM-8E1	10.2.01	10.0.21
AX-CESM-8T1	CESM-8T1	10.2.01	10.0.21
MGX-AUSM-8E1/B	AUSMB-8E1	10.2.01	10.0.21
MGX-AUSM-8T1/B	AUSMB-8T1	10.2.01	10.0.21
MGX-CESM-T3	CESM-T3	10.2.01	10.0.21
MGX-CESM-E3	CESM-E3	10.2.01	10.0.21
AX-FRSM-8E1/E1-C	FRSM-8E1	10.2.01	10.0.21
AX-FRSM-8T1/T1-C	FRSM-8T1	10.2.01	10.0.21
MGX-FRSM-HS2	FRSM-HS2	10.2.01	10.0.22
MGX-FRSM-2CT3	FRSM-2CT3	10.2.01	10.0.22
MGX-FRSM-2T3E3	FRSM-2T3	10.2.01	10.0.22
MGX-FRSM-2T3E3	FRSM-2E3	10.2.01	10.0.22
MGX-FRSM-HS1/B	FRSM-HS1/B	10.2.01	10.0.21
MGX-VISM-8T1	VISM-8T1	2.0.(1)	1.5.05
MGX-VISM-8E1	VISM-8E1	2.0.(1)	1.5.05
MGX-RPM-128M/B	RPM	12.2(4)T	12.2(4)T
MGX-RPM-PR	RPM	12.2(4)T	12.2(4)T
CWM		11.0	10.5.10

BPX 8600 Firmware Compatibility

The following table lists the BPX firmware.

PCB Description	dspcds Name	Card Name in FW Image	Model	Latest F/W	Min F/W
BCC-3-64 boot	BCC-3	BCC	D	HDM	HDM
BCC4 boot	BCC-4	BCC	E	HEM	HEM
BCC4-128 boot	BCC-4	BCC	H	HHM	HHM
ASI 2T3/2E3	ASI-T3	ASI	B	n/s	n/s
ASI 2T3/2E3	ASI-E3	ASI	B	n/s	n/s
ASI 2T3/2E3	ASI-T3	ASI	C	UCF	UCF
ASI 2T3/2E3	ASI-E3	ASI	C	UCF	UCF
ASI-155	ASI-155	ASI-155	B	n/s	n/s
ASI-155-E	ASI155E	ASI-155	D	n/s	n/s
ASI-155-E	ASI155E	ASI-155	E	WEC	WEC
ASI-155	ASI-155	ASI-155	H	WHC	WHC
ASM	ASM		A	GAC	GAC
BXM-BME	BME	BME	K	N/S	N/S
BXM-T3-8/12	BXM-T3	BXM	F	MFV	MFT
BXM-E3-8/12	BXM-E3	BXM	F	MFV	MFT
BXM-155-4/8	BXM-155	BXM	F	MFV	MFT
BXM-622/622-2	BXM-622	BXM	F	MFV	MFT
BXM-T3-8E/12E/12EX	BXM-T3	BXM	F	MFV	MFT
BXM-E3-8E/12E/12EX	BXM-E3	BXM	F	MFV	MFT
BXM-155-4D/8D/4DX/8DX	BXM-155	BXM	F	MFV	MFT
BXM-622-2D/DX/2DX	BXM-622	BXM	F	MFV	MFT
BNI-3T3/3E3	BNI-T3	BNI	C	TCM	TCM
BNI-3T3/3E3	BNI-E3	BNI	C	TCM	TCM
BNI-155	BNI-155	BNI-155	B	VBR	VBR
BNI-155-E	BNI155E	BNI-155	D	VDR	VDR

IGX 8400 Firmware Compatibility

Note For the VSI/MPLS feature, the UXM firmware needs to be upgraded to revision ACC or later. The upgrade procedure has changed.

If the switch software version on the node is Release 9.2.x, the following steps are required to upgrade the UXM firmware to revision ACC or later:

Step 1 Execute a graceful upgrade to Release 9.3.40.

Step 2 Upgrade the UXM boot code to boot 8.

Step 3 Validate that boot code 8 is running.

Caution Upgrading the run-time firmware to ACC without boot code 8 can damage the UXM card.

Step 4 Upgrade the run-time UXM firmware to revision ABJ or greater.

Step 5 After the card comes up, upgrade the run-time firmware to revision ACC or later.

Warning If these procedures are not followed, the card might enter a state from which it can NOT be recovered. See Appendix B for more information about loading the new firmware.

If a Switch Software Release 9.3.x has been loaded onto the node, the following steps are required to upgrade the UXM firmware to revision ACC:

Step 1 Execute a graceful upgrade to Release 9.3.40.

Step 2 Upgrade the run-time UXM firmware to revision ACC or later.

The following table lists the IGX firmware.

PCB Description	dspcds Name	Card Name in Firmware Image	Model	Latest F/W	Min F/W
NPM 32 boot	NPM	NPM	B	RBS	RBS
NPM 64 boot	NPM	NPM\|NPM-64	C	RCS	RCS
NPM-B 32 boot	NPM	NPM\|NPM-32B	E	RES	RES
NPM-B 64 boot	NPM	NPM\|NPM-64B	F	RFS	RFS
IGX-NTM	NTM	NTM	E	NJA	NEK
IGX-NTM (B)	NTM	NTM	F	NKA	NFK
IGX-UXM	UXM	UXM	B	ABT	ABJ
IGX-UXM	UXM	UXM	C	ACK	ACH
IGX-UXME	UXM	UXM	B	ABT	ABJ
IGX-UXME	UXM	UXM	C	ACK	ACH
IGX-HDM	HDM	HDM	C	SCF	SCF
IGX-LDM	LDM	LDM	C	LCC	LCC
IGX-CVM-DS0A	CVM	CVM	A	DAF	DAF
IGX-CVM	CVM	CVM	B	DBF	DBF
IGX-CVM-TT	CVM	CVM	C	DCA	DCA
IGX-FRM	FRM	FRM	D	FDZ	FDZ
IGX-FRM-31	FRM	FRM-31	E	FEZ	FEZ
IGX-FRM-2	FRM	FRM-2	F	FFD	FFD
FRM(B)	FRM	FRM	H	FHB	FHB
IGX-FRM	FRM	FRM	J	FJB	FJB
IGX-FRM-31	FRM	FRM-31	K	FKB	FKA
IGX-UFM-4C/8C	UFM	UFM-C	A	ZAT	ZAN
IGX-UFM-4C/8C	UFM	UFM-C	B	ZBD	ZBA
IGX-UFM-U	UFMU	UFM-U	A	YAL	YAJ
IGX-UFM-U	UFMU	UFM-U	B	YBC	YBA
IGX-URM	URM	URM	A	XAB	XAA
IGX-URM	URM	URM	B	XBB	XBB
IGX-UVM	UVM	UVM	D	DDF	DDF
IGX-UVM¹	UVM	UVM	E	DEF	DEE

1 IGX-UVM model E supersedes models A, B, and C firmware. A, B, and C are obsolete and should not be used.

MGX 8220 5.0 Hardware Compatibility

The following table lists the MGX 8220 hardware.

Card Type	Hardware Revisions	Image Type
ASC	AH, AJ, AK, AL, AM, AN, AP, AR	ASC
ASC/B	AN	ASC
ASC2	BA, BB, BC, BD, BE, BF	ASC
ASC2F	BA, BB, BC, BD, BE, BF	ASC
BNM-T3	AJ, BA, BB, BC, BD	ASC
BNM-T3/B	BE, BF	ASC
BNM-E3	AA, AB, AC	ASC
BNM-E3/B	AD, AE	ASC
BNM-155	AA, AB, AC, AD, AE, AF, AH	ASC
SRM-T1E1	AB, AC, BA, BB, BC	ASC
SRM-T1E1/B	BD	ASC
SRM-3T3, SRM-3T3/B, SRM-3T3/C	BA, BB, BC, BD, BE, BF	ASC
FRSM-4T1E1	AJ, BK, BL, BM, BN, BP, BQ, CA, CB, CC, CE	ASC
FRSM-8T1E1	AA, AB, AC	FRSM
FRSM-HS1	AA, AB, AC, AD, AE, AH, AJ	FRSM-8T1E1
FRSM-HS1/B	AA	FRSM-HS1
FRSM-HS2	800-029099-03 AO, 800-02909-04 AO	FRSM-HS2
CESM-RT1E1	AA, BA, BB, BC	CESM
AUSM-4T1E1	AA, AB, AC, BA, BB, BC, BD	AUSM
AUSM-8T1E1	AA, AB, AC, AD, AE, AF	AUSM-8T1E1
AUSM-8T1E1/B	AA	AUSM-8T1E1
IMATM-8T1E1	AA, AB, AC, AD, AE, AF, AG	IMATM8
IMATM-8T1E1/B	AA, AB, AC, AD, AE, AF	IMATM8
CESM-8T1E1	AA, AB, AC	CESM-8T1E1

BPX 8600 Hardware Compatibility

The following table lists the BPX hardware.

Card Type	Part Numbers	Latest H/W	Min. H/W
Controller Cards
BPX-BCC-64M (Non-Orderable)	800-04008-04	A	A
BPX-BCC-BC (Non-Orderable)	73-211380-00	D	A
BPX-BCC-3-64M	73-3720-02	R	J
BCC-3BC	800-02916-01	E	A
BPX-BCC4V	800-03580-06	E	C
BPX-BCC-4V/B	800-06483-02	C	A
ASI-2T3	73-216330-00	F	A
ASI-2E3	73-216330-01	F	A
ASI-155E	73-214250-00	H	F
ASI-155E	73-218100-02	J	A
Alarm Group
BPX-ASM	800-04009-01	C	A
BPX-ASM-BC	73-211910-00	C	A
ASM-LM	800-211910-10	B	A
Broadband Switch Group
BPX-BME	800-02855-04	B	A
BPX-BXM-T3-8	800-02777-07	J	B
BPX-BXM-T3-8E	800-03933-02	A	A
BPX-BXM-E3-8	800-02779-07	J	B
BPX-BXM-E3-8E	800-03928-02	A	A
BPX-BXM-T3-12	800-02776-07	J	B
BPX-BXM-T3-12E	800-03931-02	A	A
BPX-BXM-T3-12EX	800-03934-02	A	A
BPX-BXM-E3-12	800-02778-07	J	B
BPX-BXM-E3-12E	800-03929-02	A	A
BPX-BXM-E3-12EX	800-03930-02	A	A
BPX-T3/E3-BC	73-2759-02	A	A
BPX-BXM-155-8	800-02664-07	J	B (C for APS)
BPX-MMF-155-8-BC	800-03255-01	B	A
BPX-SMF-155-8-BC	800-03257-01	B	A
BPX-SMFLR-155-8-BC	800-02593-01	B	A
BPX-BXM-155-4	800-02666-07	J	B (C for APS)
BPX-BXM-E-155-4D	800-03094-02	A	A
BPX-BXM-E-155-8D	800-03092-02	A	A
BPX-BXM-E-155-4DX	800-03093-02	A	A
BPX-BXM-E-155-8DX	800-03091-02	A	A
BPX-MMF-155-4-BC	800-03256-02	B	A
BPX-SMF-155-4-BC	800-03258-01	B	A
BPX-SMFLR-155-4-BC	800-02594-02	B	A
BPX-BXM-622	800-02646-10	M	D (E for APS)
BPX-BXM-622-2	800-02638-10	M	D (E for APS)
BPX-BXM-E-622-2D	800-03150-02	A	A
BPX-BXM-E-622-DX	800-03151-02	A	A
BPX-BXM-E-622-2DX	800-03149-02	A	A
BPX-622-2-BC	73-2884-01	D	A
BPX-SMF-622-BC	800-03249-01	C	A
BPX-SMF-622-2-BC	800-03251-01	C	A
BPX-SMFLR-622-BC	800-03250-01	C	A
BPX-SMFLR-622-2-BC	800-03252-01	D	A
BPX-XLR-622	800-02738-01	C	A
BPX-XLR-622-2	800-02739-01	C	A
BPX-BME-OC12	73-2469-07	F	A
RDNT-SMF-155-4R	800-03677-01	J	A
RDNT-SMF-155-8R	800-03679-01	K	A
RDNT-LR-155-8R	800-03678-01	J	A
RDNT-LR-622-2R	800-03676-01	F	A
RDNT-SMF-622R	800-03675-01	F	A
RDNT-SMF-622-2R	800-03674-01	J	A
BPX-STM1-EL-4	800-03716-02	A	A
BNI-3-T3/C	800-02858-02	A	A
BNI-3-E3/C	800-02859-02	A	A
BNI-155E	73-218100-01	K	A
BNI-2-155/B	73-4133-01	L	L
BPX-T3/E3	800-03058-02	E	A
BPX-E3-BC	73-213070-01	E	A
BPX-MMF-2-BC	73-214290-00	D	A
BPX-SMF-2-BC	73-216270-00	D	A
BPX-SMFLR-2-BC	73-216270-01	D	A
SMF-LM-OC3	800-216270-10	C	A
SMF-LM-OC3-LR	800-216270-11	C	A
MMF-LM-OC3	800-214290-10	B	A
LM-3T3	800-213070-10	D	A
LM-3E3	800-213070-11	D	A

IGX 8400 Hardware Compatibility

The following table lists the IGX hardware.

Card Type	Part Numbers	Latest H/W	Min. H/W	Comments
Controller Cards
IGX-NPM-32	73-2894-01	W	A
IGX-NPM-64	73-2895-01	W	A
IGX-NPM-32B	73-2554-04	L	A
IGX-NPM-64B	73-2363-02	C	A
IGX-SCM	73-3341-01	Y	A	Revision X or later for nodes with UXM IMA trunks
Alarm Group
IGX-ARM	73-218230-00	B	A
BC-512011	73-212360-00	D	A
Trunk Group
IGX-NTM	73-2296-04	E	A
BC-6271A-TI	73-207380-00	M	A
BC-6171A-E1	73-207370-01	P	A
BC-6083A-SR	73-208540-00	J	A
BC-550150-Y1	73-210820-01	D	A
ACM1	73-2921-03	W	A
BC-571110A-T3	73-2879-01	L	A
BC-571210A-E3	73-2679-01	K	A
BC-571310A-E2	73-215940-00	D	A
BC-571410A-HSSI	73-216370-00	A	A
IGX-UXM	73-2511-03	D	A
IGX-UXM-E		A	A
BC-UAI-4-155-SMF	73-2703-03	D	A
BC-UAI-4-155-MMF	73-2705-03	D	A
BC-UAI-2-155-SMF	73-2699-03	C	A
BC-UAI-2SMFXLR		A	A
BC-UAI-4SMFXLR		A	A
BC-UAI-6-T3	73-2952-02	A	A
BC-UAI-3-T3	73-2954-02	A	A
BC-UAI-6-E3	73-2953-02	A	A
BC-UAI-3-E3	73-2955-02	A	A
BC-UAI-8-E1-BNC	73-2932-02	C	A
BC-UAI-4-E1-BNC	73-3061-01	C	A
BC-UAI-8-T1-DB15	73-2941-02	C	A
BC-UAI-8-E1-DB15	73-2942-02	C	A
BC-UAI-4-T1-DB15	73-3059-01	C	A
BC-UAI-4-E1-DB15	73-3060-01	C	A
BC-UAI-4-STM1E	73-3364-02	A	A
Port Group
IGX-URM	800-06260-06	A	A
BC-2FE2V	800-06257-03	A	A
ACM1A	73-2930-03	W	A
IGX-HDM	73-2853-02	F	A	*Show SDP H/W Rev, DM=SDP+ACM2
ACM2	73-2922-03	T	A
BC-5082A-V35	73-2450-01	K	A
BC-5083A-RS449	73-204850-00	V	A
BC-5084B-RS232	73-2723-01	W	A
IGX-LDM	73-207250-00	K	A	*Show LDP H/W Rev, LDM=LDP+ACM1A
BC-5286A-RS232	73-207180-01	L	A	LDI-4RS232
BC-5287A-RS232	73-207180-00	L	A	LDI-8RS232
IGX-CVM-DSOA	73-3002-02	D	A*	*Show CDP H/W Rev, CVM=CDP+ACM1A
IGX-CVM-T1EC	73-3003-03	E	A*	*Show CDP H/W Rev, CVM=CDP+ACM1A
IGX-CVM-E1EC	73-209660-00	H*	A*	*Show CDP H/W Rev, CVM=CDP+ACM1A
IGX-CVM-TT
BC-6271A-TI	73-207380-00	M	A
BC-6171A-E1	73-207370-01	P	A
BC-550100-J1	73-210820-00	C	A
IGX-FRM	73-2517-03	N	A
IGX-FRM-31	73-2517-03	N	A
IGX-FRM-2	73-2519-01	M*	A*	*Show FRP H/W Rev, FRM-2=FRP+ACM1A
BC-6251B-V35	73-3253-01	M	A	FRI-4V.35-2
BC-6254A-X21	73-211440-00	H	A	FRI-X.21
BC-6355A-X21	73-214120-01	C	A	FRI-2X21
IGX-UFM-4C	73-2531-05	N	A	Needs a minimum of ZAS/ZBC Firmware
IGX-UFM-8C	73-2531-05	N	A	Needs a minimum of ZAS/ZBC Firmware
BC-UFI-8T1-DB15	73-2444-02	D	A
BC-UFI-8E1-DB15	73-2445-02	D	A
BC-UFI-8E1-BNC	73-2449-02	D	A
IGX-UFM-U	73-2349-04	D	A
BC-UFI-12V35	73-2711-01	D	A
BC-UFI-12X21	73-2712-01	D	A
BC-UFI-4HSSI	73-2693-01	C	A
IGX-UVM	73-2361-04	K	A
BC-UVI-2E1EC	73-2420-01	B	A
BC-UVI-2T1EC	73-2373-01	C	A
BC-UVI-2S1EC	73-2374-01	A	A

Known Anomalies for Release 9.3.40

The following table lists the known anomalies for this release.

Bug ID	Description
CSCdk44173	Symptom: Incorrect values are reported to line diag and line stats when line or trunk is in alarm. Conditions: This problem will occur whenever a line or trunk is in alarm and the line diagnostics state machine is enabled. Workaround: Disable the line diagnostics state machine if you require your statistics to be accurate when a trunk or line is in alarm. Further Problem Description: When a line is in alarm, two 0x56 line statistic sample requests are generated. One for line diagnostics and the other for line statistics. The problem is that whenever we obtain stats from the card the cards counters are reset, so when both polls are going on simultaneously, they are both only getting part of the information, which causes incorrect (small) statistics and incorrect (small) line diag values.
CSCdm19518	Symptom: Both dsprts and cnfpref commands showed incorrect connections on UVM E1 types. Conditions: UVM connections with channel 31 will display port+1.0 with wrong port and 0 channel such as 3.2.0 where it should be 3.1.31. Workaround: Use dspcon for routing path information instead of dsprts.
CSCdr08809	Symptom: With a good clock source attached to the External port 1 of a BPX redundant backcard, dspstbyclk indicates a LOS condition. The actual clock source is y cabled to both the active and standby cards. If you issue a switchcc the LOS condition transfers to the new Standby card and the new Active card locks onto the clock source. Conditions: Observed in BPX SWSW 9.1.18. Workaround: No workaround at this time.
CSCdt22924	Symptom: Bad clock source during dn/upcd Conditions: Dncd/upcd causes the clock failure " Minor bad clock source". Workaround: clrclkalm will clear the clock failure
CSCdv38347	Symptom: A swerr 9082 is on ASI card during hitless rebuild. The problem appears to be a a hitless rebuild starts in the middle of ASI card testing. Conditions: Rare race condition: hitless rebuild starts in the middle of ASI card routing diagnostic test. Workaround: The 9082 could be ignored as this is only for card test. The card test recover itself.
CSCdw02563	Symptom: swerr 9000 occured on node. Conditions: After runrev Workaround: None
CSCdw03498	Symptom: Backcards are "empty" in slot 3, 4, and/or 8 on node. Conditions: resetsys on node. Workaround: "resetcd h" on the affected cards.
CSCdw30811	Symptom: Port and alarm messages for FTM ports are not formatted correctly, consequently the CWM cannot track or manage these entities. Because this message is misformated, the CWM does not know where it starts or ends, and consequently other messages from the switch can be discarded. This could then result in incomplete database tables so the CWM cannot collect statistics, manage the ports or establish new connections. This could also result in discarded alarm messages on the CWM so it may not set or clear alarm messages appropriately. Conditions: This problem will only occur when FTM/FTC cards are on the IGX. Workaround: Remove all configuration related to the FTM/FTC cards and remove them from the switch all together. FTM/FTC cards are not supported in 93 software, the last version of software that supported these cards was 92. After removing FTM/FTC configuration and hardware, resync the CWM workstation by doing one of the following: 1. Do a controller card switch over on the IGX switch. This requires a redundant NPM switch. This will break the link to the CWM, and when the CWM reattaches it will resync with this one node. 2. Do a hitless rebuild on the IGX switch. This will break the link to the CWM, and when the CWM reattaches it will resync with this one node. 3. Do a full rebuild on the IGX switch. This will cause an outage on the node and is customer impacting. This will break the link to the CWM, and when the CWM reattaches it will resync with this one node. 4. On the CWM, stop and then restart the CWM core. This causes the CWM to resync with all nodes in the network.
CSCdw40470	Symptom: When there are multiple users issuing the "tstpingip" command, the results of the successful "tstpingip" are mixed in with the results of the other users' "tstpingip". Conditions: Multiple users issuing the "tstpingip" command at about the same time and there is a mix of successful and unsuccessful results. Workaround: Repeat the command after the other users have finished with their "tstpingip".
CSCdw44810	Symptom: Event log indicates "loadrev (new-revision) initiated from node (remote node)" when the remote node really did a runrev. Conditions: This will occur whenever a node invokes a runrev for another node by doing: 1. runrev (newrev) *, or 2. runrev (newrev) (remote node). Workaround: None.
CSCdw47805	Symptom: The NTM subrate trunk transmission timestamp queue depth is different at the two ends. Conditions: 1. With one side of the trunk is up only (the other end down), upgrade from pre-9331 images the node to post-9331 images on both side. Up the other side of the trunk. Workaround: 1. down the upped trunk after upgrade 2. or use cnftrkparm to change the transmission timestamp queue to be the same size as the other end after upgrade.
CSCdw49947	Symptom: The UAS value is smaller than expected when a line goes into alarm. Conditions: This problem occurs when the line diagnostics state machine is enabled, and a line or trunk goes into alarm. Workaround: Turn off the line diagnostics state machine. Further Problem Description: When a line is in alarm the line diagnostics state machine activates to try and determine why the line is in alarm. One of the checks the line diagnostics does is to momentarily loop back the line or trunk in order to determine if the fault is on the physical medium or on the cards line or trunk port. When the port is looped back, the card LOS is momentarily cleared which then causes the UAS value to stop incrementing, therefore the reported UAS value is smaller than it should be.
CSCdw52771	Symptom: Cannot delete feeder trunk from IGX feeder, blocked by error message "Interface Shelf must be deleted first" which is returned while downing the feeder trunk on the IGX. Conditions: The following steps will lead to the problem: 1. IGX is a feeder to the BPX. There are existing feeder connections on the IGX, but not on the BPX. 2. Issue delshelf on the BPX. 3. Delete all connections on the IGX feeder. 4. Attempt to dntrk to down the feeder trunk and you will get the error message. Workaround: 1. Always delete the feeder connections on the IGX feeder before issuing delshelf on the BPX routing node. 2. Use addshelf to re-add the IGX as a feeder from the BPX. 3. Use delcon to remove all feeder connections on the IGX. 4. Use delshelf to delete the feeder shelf from the BPX. 5. Use dntrk to down the feeder trunk on the IGX.
CSCdw68758	Symptom: SNMP channel counter statistics are not being updated. Conditions: This problem occur when SNMP channel counter statistics are collected, but interval stats are not enabled. Workaround: Enable at least 1 interval statistics on each connection. Further Problem Description: The code will not cause a channel statistics poll to be generated unless: 1. There is at least 1 interval statistics. 2. The card supports AIS polling. 3. The command dspchstats is invoked on the connection. It is believed that we should be polling for summary and SNMP channel statistics irrespective of whether interval statistics are enabled. However, there was an old issue long ago when the BPX increased to 4k connections where the summary statistics functionality reduced from all connections to only a subset of connections because of memory limitations. This has to be investigated to see if it is relevant to this issue.
CSCdw68880	Symptom: The interval statistics listed below always return a value of zero: 59 Good Pdu's Received by the Sar 60 Good Pdu's Transmitted by the Sar 61 Rx pdu's discarded by the Sar 62 Tx pdu's discarded by the Sar 63 Ivld crc32 pdu 64 Invalid Length pdu rx by the sar 65 Shrt-Lgth Fail detected by the sar 66 Lng-Lgth Fail detected by the sar Conditions: Always occurs Workaround: None
CSCdw69403	Symptom: CWM returns success for connection addition even though the connection did not get added on switch Conditions: This problem occurs when: 1. The ports/feeder-trunks that the connections are terminating on do not have the same shift values -- i.e. one side is configured for shift and the other for no-shift. 2. The connection addition fails because of not enough resources, such as insufficient LCNs. Workaround: Double check that your connections have been added, rather than assuming that no error or warning means connection addition. This is not as much of a problem on the CLI because you can readily see if the connection was added or not, this will be more of a challenge on the CWM.
CSCdw86892	Symptom: When a switchyred fails the event log may occasionally log an event of: switchyred error:BXM <prislot>/<secslot> ? where instead of displaying the error code, or the textual reason, it instead shows ?. Conditions: This occurs rarely, when the switchyred command encounters an error that the event log does not know how to map to text. The customer is given an appropriate message at the user interface, but it is not presented in the event log. Customer Impact: This can make debugging of switchyred issues more difficult, because if the failure happens to be one of these more rare cases the event log will only indicate "?". However, since the CLI shows the failure type at the time of the switchyred, the customer can report the warning given at that time. Workaround: None
CSCdw89836	Symptom: The 'tstber a' command does not work correctly between ASI and BXM cards when BXM cards have virtual ports before physical ports in the interface order (e.g. 3.2.1 is before 3.3). Conditions: None Workaround: On the BXM cards, up physical ports with lower interface orders than the virtual ports (e.g. 3.1 is lower than 3.2.1).
CSCdw93967	Symptom: An event appears in the event log indicating that a switchyred started even though the command switchyred was not invoked. This can be confusing because sometimes you might see to switchyred start such as: Info switchyred End:Empty 9/0 03/07/02 14:34:45 Info switchyred error:Empty 9 empty slot 03/07/02 14:34:45 Info switchyred Start:Empty 9 03/07/02 14:34:45 Info switchyred Start:Empty 9 03/07/02 14:34:27 Conditions: This only occurs when a job is created that includes the command switchyred. When the job is being created an event is logged, even though the command is not actually starting. Workaround: The user needs to recognize that we could have some extra switchyred start events, the "real" start event is the one that immediately proceeds the end event.
CSCdw94163	Symptom: Software Error 55 was logged on the BPX network Conditions: There are no exact known conditions at this stage. Workaround: None
CSCdx04153	Symptom: If you add a frame relay connection and then turn the foresight "on", the load type (which you can observe on 3rd screen of dcct <connection>) remains BDATA whereas it should be BDATB.(Only observed with DAX connections) Conditions: Add the conn as fr and enable fst later on the conn. This has to be a DAX connection. Workaround: Delete and re-add the conn as fst.
CSCdx05212	Symptom: The error message "Trunks which pass sync are not allowed to be clock sources" is returned when trying to define the UXM feeder trunk on an IGX feeder as the clock source. Conditions: This problem happens on any UXM feeder trunk on an IGX feeder. Workaround: Execute delshelf from the routing node. Reconfigure the feeder feeder trunk (using cnftrk CLI) to pass sync and addshelf again
CSCdx10412	Symptom: swerr 504 logged Conditions: The node was being upgraded Workaround: None
CSCdx11280	Symptom: sw abort 1m3 Conditions: During a graceful upgrd of a node Workaround: None
CSCdx23232	Symptom: con_verify on BPX for connections resulted in swerror 1417 Conditions: One end of the connection should be on a node running 9.2.36 and the other end on a node running an upgraded firmware. Workaround: None
CSCdx24719	Symptom: On BXM-DX OC3 cards, the dspchuse command will sometimes shows that there are channels available for a port group when there really are not any available. Conditions: This problem only occurs for: 1. BXM-DX OC3 cards 2. when the channel stats are set to 0, 1 or 2 (32k connection endpoints on the card. Workaround: Use the "cards" channel availability as the final word, if the port group says channels are available, but the card count says there are none, then the card count has the final word. Further Problem Description: For the BXM-DX OC3 cards they have two port groups, where each can support up to 32K connections -- which is also the cards capacity. Historically, port groups (PGs) could not support the full capacity of the cards connections a 16,000 connection card could support 8,000 on PG1 and 8,000 on PG2. This is still true for the newer cards that support 64k connections, PG1 can support 32K and PG2 can support 32K. However, only 32K connections are supported on a card. So now from an AR perspective 32k connections can be supported on a card and can be on PG1, or PG2. This extra complexity has broken the port group channel connection calculations.
CSCdx34855	Symptom: Upon login, or invocation of the [dsptech] command, the display for the VC field is bold and has an asterisk next to it, indicating there is a VC inconsistency -- even when there really is not an inconsistency. Conditions: This has only been observed when: 1. There are a large number of connections on the node, in our case 14,000 or more, and 2. the user logs in and see the [dsptech] login screen or they manual invoke the [dsptech] CLI command, while 3. connections are still being added Workaround: Wait until connection additions have stopped, and then invoke the [dsptech] command
CSCdx34887	Symptom: Connections failed to route but the 'dspcon' command displays their status as "OK" and the "Path:" as 'looking for a route'. The 'dspalms' command does not show the correct number of failed connections. Conditions: The open space calculation incorrectly checks the path as OK to route the connection, but the path is actually NOT OK due to lack of resources such as load and conid. Workaround: The 'dsprrgrps' command can be used to get the accurate number of connections requesting reroute (failed connections).
CSCdx34916	Symptom: Connections are not routed but 'dspcon' command displays the status as "OK" and "Path" as "looking for a route". The 'dnib' and 'dspload' commands show inconsistent Conid usage. Conditions: Vpc resource on a trunk is almost used up and only one VPC conid is left. The connection fails on this trunk because the lack of VPC conid. Workaround: Make VPC conid resource available to route the failed connection by either adding new trunks or free up some VPC conid resource on the trunk with the problem.
CSCdx48018	Symptom: swerrors 502 and 504 get logged Conditions: Not known Workaround: Not known
CSCdx48315	Symptom: The event log, error log and abort logs do not specify the time zone for when the event, error or abort occured. Conditions: This always occurs. Workaround: None. Further Problem Description: This can make debugging of a customer network a little more difficult if time zone changes have been made because support cannot easily or concretely determine when an action occured.
CSCdx48549	Symptom: The command dspportstats takes a feeder trunk interface but displays no data. Conditions: This only happens when dspportstats is given a feeder trunk interface. Workaround: Always use dsplmistats for a feeder trunk interface.
CSCdx48623	Symptom: A software error 9084 is logged on an UXM with Y-RED configuration when add local trunk loopback on UXM. Conditions: This occurs when addlnloclp is executed on a UXM trunk on a y-red card set. Workaround: Unknown
CSCdx48633	Symptom: A software error 925 is logged on UXM-IMA with YRED configuration. Conditions: This problem occurs when: There is an IMA line on a y-red UXM card set. and The primary card is reset using resetcd h (it does not matter if the primary is active or standby). -OR- The primary card is the standby. An IMA port is added. Workaround: Unknown
CSCdx49193	Symptom: On IGX to BPX ATFR or ATFST connection, local and remote values for IBS are reversed on BPX. Conditions: Adding a two segment FRM (UFM) to FRSM connection using CWM GUI (SNMP). Adding an ATFR or ATFST connection from IGX to BPX, (i.e. IGX is master) using CLI. Workaround: From the IGX endpoint use the CLI command cnfcon to temporarily change any connection bandwidth parameter (e.g. % util). If the connection was added using the CWM GUI, use the GUI to modify the connection. For single segment connections, add connection such that the BPX is master. For multi segment connections added using the CLI, add the routing connection segment such that the BPX is master. Further Problem Description: During connection addition, when the slave BPX integrated the connection bandwidth parameters from the master IGX, the local and remote values for IBS were transposed. The transposition was caused by an incorrect assignment of Cmax to IBS. This defect was the cause of the problem documented in CSCdx49174 as well.
CSCdx51587	Symptom: The upstats command does not show "Total Frames Rx" or "Total Frames Tx" incrementing. A UP trace on the stats message (0x10) does not show stats requests being sent to the UP. Conditions: Both buses on the BPX were failed. A BCC switch over was performed to clear the bus. A single stats message was sent from the UP with stats values that indicated a bus failure. This kicked off a hunt for the bad slot. The bad slot was not isolated by the hunt, but other isolation techniques identified a BXM that was inducing errors on the bus. Workaround: The upstats polling feature is kicked off by the bus diagnostics feature. By toggling bus diagnostics off then back on (on1 8 command), the upstats polling will be restarted.
CSCdx55926	Symptom: A software error 5033 logged when the VSI partition is disabled on UXM-YRED. Conditions: This problem has been observed when the VSI partition is disabled on UXM with YRED configuration, when the secondary UXM card is active. Workaround: Unknown
CSCdx59734	Symptom: SW Error 524 is logged Condition Node has SW Error 524 Workaround: n/a
CSCdx65552	Symptom: Remote SIGNl FAIL alarm reported as the current APS alarm state. Conditions: Happens when APS 1:1 is configured and then trunks are upped. One end is seen to report this alarm. Workaround: Down the trunk and up it again or switch to the protection line.
CSCdx66732	Symptom: dspchuse shows incorrect channel information when enable vc-merge feature on UXME Conditions: Enable vc-merge & using dspchuse command to check channel information on UXME Workaround: Unknown
CSCdx66901	Symptom: Increase PVC LCN not reject by remote trunk even if no enough LCN available on remote side on UXM Condition: cnfrsrc to increase PVC LCN when there are no enough LCN on remote trunk on IGX Workaround: Unknown
CSCdx67411	Symptom: 9082 logged with trunk communication failure on UXM Conditions: Run overnight jobs such as switchcc, switchyred Workaround: Unknown
CSCdx67460	Symptom Connection density on Y-Red BXMs are not upgraded to 32K when legacy cards are replaced by enhanced cards. Conditions When 2 legacy BXMs are in Y-Red, replace the secondary with BXME. Switchyred to the BXME and also replace the new standby (legacy BXM) with BXME Workaround None
CSCin03628	Symptom: Trunks can be added in spite of the Pass Sync values at the two ends being different. Under some specific conditions, this will cause a scenario that one end is configured as a clock source (with Pass Sync = NO) and the other end has a Pass Sync value = YES, indicating that it can be used as a clocking route which is NOT correct. Conditions: Up two ends of a trunk. Configure end1 of the trunk Pass Sync to Yes Configure end2 of the trunk Pass Sync to NO. Configure end2 as a clock source. Add the trunk. The end1 Pass Sync value changes is STILL YES. So, now we have a situation where the other end of the trunk of a clock source is passing sync while it should not. Workaround: Delete the clocksource and configure the end as clocksource only after the trunk has been added.
CSCin10654	Symptom: Connection outage is > 250ms upon bxm backcard removal and reinsertion. Conditions: Physically pull out the back card and reinsert. There is no reprogramming of connection and hence the outage is expected to be < 250ms. Workaround: None.

Anomalies Fixed in 9.3.40

The following table lists the anomalies that are fixed in this release.

Bug ID	Description
CSCdk69912	UFM programming overrides VC_Q settings in non-standard parameters
CSCdm12850	The system idle time can be under-reported to VNS through SNMP
CSCdm60699	Async updates are sent incorrectly when VCQueue fills up
CSCdm75577	100% traffic discard at ATM end of a ATM-FR conn, added from FR side using CWM
CSCdp04164	DC Voltage Alarm - Need to increase upper alarming limit
CSCdr26161	Resetcd h of UXM during burnfwrev leaves card in burnfw state
CSCdr34820	more than 2 connections appear on single channel of DSP
CSCdr43327	If BME card is present we cannot use 0 option to burn firmware
CSCdr64816	VoiceEndptStatus returns offHook for all channels
CSCdr76559	A-bit on NNI ports doesnt clear when LMI removed and added
CSCds03159	BCC4V logged Abort 1011 after reinserting active CC
CSCds10019	Add more information to chklm and dsplm help screen
CSCds10107	New Commands for testing Voice channels (tonegen, dsptone, clrtone, cnftone)
CSCds29404	Enable cell routing is not part of robust message
CSCds37220	after switchcc, dspapsln may show aps deactivated
CSCds66268	copycons does not generate warning message
CSCdt71711	Bad Node Nib error 419 in Flex Switchcc Test
CSCdt86650	RAS: Corporate login to dsptech as default screen
CSCdt88340	Don't allow the M/F switchapsln switch the APS line backward
CSCdt98231	swerr 9098 logged after reinsert back card for VSI part deletion
CSCdu00161	Connection, Line and QBin interval statistic values displayed are incorrect
CSCdu21187	Temp a-bit failure caused by switchcc, even with feeder alert enabled
CSCdu26594	Remove the logging of 3064 when slave detects reduced number of cons
CSCdu34126	UXM trunk configs give incorrect value for selected cable length
CSCdu34853	vlcon shows wrong pref status after rrtcon reroute at master
CSCdu35011	Cannot configure E1 lines for unframed mode
CSCdu36770	memory wrt: rr_bld_cbrt_path() overwritten next long of rrt_path/rrcb_path
CSCdu38022	CLI allows ECN threshold to be greater than VCQ for incomplete set of parms
CSCdu46642	IMA trunk not allocating correct no. of DS0s
CSCdu47810	Need SWSW option to configure UXM/BXM ILMI for number of PVC changes per trap
CSCdu49568	1M3 abort upon using addport
CSCdu50924	Reroute wait timer (CM parm 9) was applied to derouted conns
CSCdu53235	SWERR 2051 logged without the addition or deletion of statistics
CSCdu55802	dspfwrev screen shows incorrect information
CSCdu58349	snmpwalk shows sysUptime 497 days after initialization
CSCdu59473	Not able to add FR conns & config/change FR class
CSCdu65259	CLI for cnfsct name failures does not give adequate help
CSCdu70637	rrtinf inprog output is not usable for text screen captures
CSCdu73638	SNMP: cannot add/mod connection to FAIL IMA port with no ACTIVE line
CSCdu75132	Add controller IP to the dspctrlrs screen
CSCdu75709	Informix DB not updated when UFMU front and backcard replace FRM or vice versa
CSCdu77043	UXM IMA trunk fails when adding line to trunk
CSCdu79181	Code added in wrong place to enable VPI Address config on UXM trunks
CSCdu84969	rt-vbr value for atmPortQueueIndex on IGX is not consistent with BPX
CSCdu85702	UXM/BXM card mismatch during upgrades causes LOS
CSCdu88501	swerr 925 for UVM inactive line when switchcc
CSCdu88771	sw error 55 seen after ddcuse command is issued on non-BNI card
CSCdv00082	No appropriate value information help for cnfport command
CSCdv01544	rrtinf inprog displays NOTHING and can log 526 when trunk count is 7+
CSCdv02043	RAS: Expand standby mem selftest to detect parity (1000001) errors
CSCdv02727	Not able to add 2nd VSI controller when 3 or more trks exist on a card
CSCdv03293	Incorrect display of local clock format for dspcurclk
CSCdv03346	switch.m interface atmEndptOeEfciQSize atmEndptEfciQSize inconsistent
CSCdv03428	logical slot used with phycd_get_attr() in get_sonetiftable_int and get_shelfs
CSCdv04095	physical slot pass in to get_line_fmt() which expect logical slot
CSCdv06569	RAS: Expand standby mem selftest to detect parity (1000001) errors- IGX change
CSCdv08233	High LAN traffic can lockup node UI and cause 3M, or 52 aborts
CSCdv08861	Flood of SWerr 9000 when adding voice con on CVM that do not support voice
CSCdv08902	unique error literals needed for bkcdtype_get_name()
CSCdv09343	Code decompression error for IGX
CSCdv10468	addcon with insufficient UBUs causes 1m3 aborts on UVM
CSCdv12068	dspnds does not show all options (missing -q -x)
CSCdv12776	Misc. enhancements for Deferred conn alm gen feature
CSCdv12786	Total BW of VSI partitions on BXM card can exceed its backplane speed
CSCdv13914	Correct spelling of EPD in dspconcnf
CSCdv14343	AR 32K LCN limit & vsi cnf not handled correctly get_unreserved_chan_cnt
CSCdv15863	SNMP agent does not set XLMI default vpi.vci or atmPortMgmtProtoOnCard
CSCdv15924	RAS: enhance swerr info for vsi channel alloc failure
CSCdv16069	Line functions accept feeder trunks as input and can cause errors or aborts
CSCdv16980	Change dsptech login to always show dsptech, not just when no probe
CSCdv17884	move cnfrrcpu command to connection help group
CSCdv18027	Problems with dsptech login mechanism
CSCdv19657	get_free_lcn must use a swerr code rather than failure return value for error
CSCdv19842	Add description for SET operations on ds3ClkSource/sonetIfClkSource
CSCdv21091	BNI Total cells rx stat requested twice in 0x56 msg affects def. con alm gen
CSCdv22642	PROJ: CLI cleanup - Remove obsolete fields/commands
CSCdv24166	F4-F5 mapping enabled even when no available channels on the card
CSCdv24220	ddcuse has wrong code and is probably an obsolete command
CSCdv24530	Reducing IMA retained lnks should be blocked if Max BW becomes < Req. BW>
CSCdv24685	hot standby mismatch causing loss of O.151 OAM and XLMI support on active card
CSCdv25544	dspcd does not show mismatch information for X-LMI feature mismatch
CSCdv26618	dtrkcnfg needs to show if trunk active or not
CSCdv27309	adding a new prefer path should cancel the reroute timer
CSCdv27346	swerr 9082 logged on performing tstconseg or tstpingoam
CSCdv29727	9083 when trunks statistical reserve is set to the trunks line rate
CSCdv30106	STATS missing from TX Clp x DSCD
CSCdv30438	BPX: switchyred on BXMs causes AXIS NWIP to go unreachable via CWM
CSCdv31539	ILMI Neighbor Discovery mismatch cleanup should not cleanup XLMI information
CSCdv31936	Fail to add Master VP-Tunneling connection on IGX/UXM
CSCdv34258	Graceful upgrade from a pre 9.2.35 release does not map post 9.2.35 parms
CSCdv34759	Enhance dspconcnts to display connection endpoints terminated on cards,trunks
CSCdv35146	2 min data hit after switchyred when 2ndary card still programming channels
CSCdv35295	Cisco view shows Active and green color for FAILED UFM ports in IGX
CSCdv36176	vt does not indicate that we are logged into a Standby Controller card
CSCdv37628	polling type toggled to 2 and back to 1 during switchcc
CSCdv38469	tstber fails on BXM if VSI enabled with VPI = 0 or 1
CSCdv38587	Local and remote loopback on individual IMA links fail to loop traffic
CSCdv40684	dsplmistats, does not display the status of protocol, also no Node Status Cntr
CSCdv42399	not able to add aps line after deleting
CSCdv42531	dspctrlrs always shows default ip address 192.0.0.0 of MPLS VSI controller
CSCdv43983	Switchyred job doe not work when VSI is active on BXM
CSCdv44412	Cannot configure stat level on standby card of y-red pair
CSCdv44928	upport on UFMU card does not enforce 24M oversubscription limit
CSCdv45621	[dspprfh] indicates <active> even if invoked from the standby cc
CSCdv48264	Inactive Port Alarm Config is defaulted to ENABLED upon port activation
CSCdv51156	9340REGR: Swerr 9082, and node unreachable after upgrade
CSCdv55045	dspselftst shows CBUS Not Run
CSCdv55322	Usage info for dspviacons not updated
CSCdv55819	enhancement to display load units on user ports
CSCdv55862	PROJ: Add SNMP Support for IGX/BPX Alarm Masking
CSCdv57337	addjob/cnfport aborts (1m3) when the command times out
CSCdv58342	dspcd screen overflows for BXM-E card supp. Trk VC Shaping
CSCdv58824	yred: logical slot does not sync up SR2048 attribute in add/del yred
CSCdv58954	dsplogcd shows UFM port active but dspports shows failed
CSCdv59751	dsptrkutl on a feeder trunk doesnt showing any feeder connections
CSCdv59831	dspchoid displays UXM for URM Cards
CSCdv62358	cannot clear tstpingip counters
CSCdv63422	atmcls for UBR connections does not work
CSCdv67269	Extend Cline Robust Message to include some more useful fields
CSCdv68534	bkcd insert and yred alarm messages are logged during a switchcc
CSCdv68775	Invalid CBA array access corrupts SVC Hash Table protection pad
CSCdv69165	BXM mismatch after the stats level changed and BCC rebuild
CSCdv69576	RAS: Reprogram LMI & IP SAR connections on moving protocol & switchyred
CSCdv69717	Incr CDV & F4/F5 AIS Dect values reset to defaults after upgrade or switchcc
CSCdv70413	X-LMI port comm fail causes remote end cons in alarms after switchcc/rbld
CSCdv70803	Observing SWERR 1128 during degrade mode testing
CSCdv70946	PROJ: VC Merge on UXM - Project Checking
CSCdv71074	swerr 45/3010 upon depletion of card lcns
CSCdv71138	swerr 9082 logged on switchyred
CSCdv74130	New default power voltage threshold
CSCdv75008	Adding a con when feeder is in comm fail causes alarms when defr con is active
CSCdv75658	Code defects caused due to latest merge into 9340 baseline
CSCdv76026	Wrong check in cnftrk for DTR toggling feature
CSCdv76336	Rate values for Txvcdscd are different from other rate values
CSCdv76903	CARD FAILED when bringing up 2048kbps NTM-SR trunk, HW errs logged
CSCdv77061	X-LMI port comm fail should condition the remote end connections
CSCdv78268	Cnftrkparm on NTS Queue Depth Rejected with Unrelated Range Check
CSCdv78474	PROJ: 9.3.40 Unidirectional FCES and Policing
CSCdv78530	Deferred conn alm gen feature doesnot work when LMI protocol runs on the card
CSCdv78776	dsptrkutl: dsptrkutl is blocked after full rebuild and not recovered
CSCdv81030	CLI dspcurclk on bpx node causes sw err. 532, 26, 539
CSCdv81068	re-numbering bpx node causes 254
CSCdv81287	Prefix warning: Analyze uninitialized variable usage in Pis_fw_req_valid()
CSCdv83923	Default configuration for BXM port and feeder trunks should be NO-SHIFT
CSCdv84329	Prefix: Uninitialized fields in MSG_LETTER in abort_ldiag()
CSCdv85306	PROJ: CLI Cleanup - Remove the obsolete Adaptive Voice from display and cmd
CSCdv87061	Send correct field scrm_payload for payload scramble in Cline Object Msg
CSCdv87642	VT Oversubscription chkin
CSCdv88708	SWerr 45 on switchcc - VSI related
CSCdv90733	relaxed lmi (dsplmistats) reports wrong info on a los
CSCdv90966	swerr 384 during F4-F5 config. validation
CSCdv91284	SW ERR 1013 on fallback
CSCdw00642	Null Timer Calculation Should Not Be HUGE_DELAY
CSCdw01517	SNMP Set/Get operations incomplete on NTM-SR trunks
CSCdw07452	31 voice channels are send to cwm for CVM T1 card
CSCdw08309	Command cnfchrps is not listed in alphabetical order in help screen
CSCdw10635	ARP message pointer used before initialized, possible SNMP 1M3 abort
CSCdw10654	Prefix errors in 9.3.40 igx baseline
CSCdw11748	Trunk VC shaping does not work properly on BPX fdr trk
CSCdw11872	potential clocksrc table memory corruption
CSCdw12925	dspcd screen display is difficult to read due to merged strings
CSCdw15039	Command addloclp loops both ends for DAX connections; which is incorrect
CSCdw15054	Allow addlocrmtlp command for DAX connections
CSCdw15064	CBUS message send to BXM for addloclp needs to be corrected
CSCdw15075	addloclp command should not be allowed on connection end points on ASI port
CSCdw16041	cnfbusbw does not work in a job
CSCdw16076	Diff. path delays configured for master & slave end points of a connection
CSCdw16364	SWERR 45 and cannot uptrk on a 60K LCN BXM-E card
CSCdw16899	SNMP set/get not working for ds3LineLclLpbk and sonetLineLclLpbk
CSCdw19247	via/slave node lock up routing
CSCdw19941	swerr 9093 when configure T3 trunk line framing to be HEC
CSCdw22629	Uninitialized var used for LCON update in int_via_updt
CSCdw23663	cnfnodeparm (job lock timeouts) wrong init value between 9.1 and 9.2
CSCdw26065	Modify the command names to cnfintalm and dspintalmcnf, to reflect theage
CSCdw27395	Cannot ADDTRK after changing CNFTRK NTM-SR trk from 2048kbps to lower value
CSCdw29721	prefix: in syntax mode, cnfpref does not init hops
CSCdw30934	Deferred conn alm gen may/may not get deactivated upon full rebuild
CSCdw32389	dspqbinstats and dspcntrstats can show negative values
CSCdw32729	Improve runrev to detect unsafe standby updates
CSCdw32857	Enabling IMA on single T1 uses extra DS0
CSCdw34453	dsptrkstats/clrtrkstats on down BNI card produces SW log 8096
CSCdw34723	CNFTRK does not work in JOB mode
CSCdw39995	APS act line is not sync between SWSW and FW after BCC switch
CSCdw40453	RAS: Improve dsptech and dlcon to list the number of dax cons on the node
CSCdw43792	UAS stats not collected when line in alarm, caused by CSCdk44173 fix
CSCdw45129	Changing the min tx rate at one end of the VT causes 9093 at other end
CSCdw46236	VC Shaping should use VI Max TX rate to work with VT oversubscription feature
CSCdw48298	Can burn CVM firmware onto UVM & vice versa
CSCdw48570	Cannot add a job trigger to a virtual trunk on a BPX
CSCdw49673	Allow VC Shaping on UXM feeder trunks when IGX is a feeder node
CSCdw50142	Max Tx rate rounding off error on added trunks
CSCdw51173	need to document rt-VBR index in atmPortQueueIndex
CSCdw52505	VC Shaping (WFQ) is incorrectly applied to timestamped traffic
CSCdw53935	Use of connection max delay values are inconsistent
CSCdw54838	on off bits changed on one node after bpx sw upgrade
CSCdw55273	Redundant calls to clear mismatch
CSCdw55317	Slot alarms are not generated for Monarch Specific card errors
CSCdw58091	Cpu usage is... message is not logging after graceful upgrade and switchcc
CSCdw58129	BXM went into mismatch after swsw upgrade
CSCdw58704	Free allocated memory errors logged by SNMP process- swerr 502 589 504
CSCdw59553	dspcd screen shows pcr instead of PCR
CSCdw63725	Connection requires 11 hops to route fail to report as failure & CPU idle low
CSCdw64831	Heading for VT Ovrsubs feature appears for phy trunks in dsptrkutl CLI
CSCdw66301	swlog error 50 observed
CSCdw68727	Abort 1000003 logged on BPX after executing dsptrkutl following rebuild
CSCdw68912	dcct LCN information overwritten for DAX connections
CSCdw71520	help for ip commands causes last line overflow for nwipcache entry
CSCdw71912	dsptrkutl shows non-existent connections
CSCdw74281	addlnlocrmtlp on IGX/AF side of trunk causes comm-fail should be Clear-OK
CSCdw75500	swerr 5050 generated upon cba_verify after deleting vp-tunneling daxcon
CSCdw75730	cnfasm change to temp threshold doesnt reflect in dsppwr screen
CSCdw79108	BPX node with SWSW 9.1.24 does not sync up with CWM
CSCdw80264	10 hop cons fail to route when resources available
CSCdw84340	dsputl command does not work for UVM/CVM connections
CSCdw86061	rs_get_vpivci() does not correctly check for LMI/ILMI VCI
CSCdw86065	CNFRSRC will not allow VPI over 255 although port NNI
CSCdw88571	Incorrect feeder trunk channel programming for dax-cons
CSCdw92030	Port speeds above 6144 Kbps on UFMU-HSSI are reported incorrectly to CWM
CSCdw94435	dclk output doesnt get updated
CSCdw95202	SNMP support for Trunk VC Shaping and cnftrkq enhancement for feeders
CSCdx06654	line/trk recovered even the active APS line has LOS
CSCdx07451	AutoRoute chans allocated beyond 32768 when VSI Slave chans used on card
CSCdx08325	Unable to add connection from FR end point to ATM feeder end point
CSCdx08838	IGX reports PRI Loss (CLOCK) when deleting line clock source
CSCdx10239	Memory leak in dsptech (swerr 501, 3000000)
CSCdx10874	Enabling LMI on VSI feeder causes unreachable (always) + comm-fail(9340)
CSCdx16103	Trunk channel programming rejected(9082) when connection has PCR > port rate
CSCdx17275	UXM line looped back after sw upgrade
CSCdx17933	Dangling VLCONs and inconsistent trunk loading/conid
CSCdx18387	dsplns/dspports alarm masking reverse video is not ASCII screen capturable
CSCdx19254	swerror 521 on bpx node in upgrades network
CSCdx20304	addfrcons and dspfrchan no longer exist
CSCdx20323	752 logged when FW upgraded
CSCdx27972	RAS: Incorrect Open space calculation when inconsistent conids exist
CSCdx29500	BPX clock does not go to Tracking mode if current clock source is on port 1
CSCdx36217	connection continuously re-routes after active CC fails with swerr 47
CSCdx38407	dspviacons causes session to lockup, IDLE time of 0 and eventually 1m3 abort
CSCdx47173	Incorrect display of IGX FDR NPMs after an upgd
CSCdx57483	Removed ASM card on a BPX cage displayed as Empty Reserved for BCC
CSCdx57872	FRM port alarms are disabled by default on upgrade
CSCdx58152	addlnloclp/addlnlocrmtlp does not work when secondary UXM-IMA-YRED active
CSCdx63511	Download Aborted logged and UXM to failed status when burnfwrev to A
CSCin10198	CSCdu85702 fix missing from BPX

Known Anomalies from Previous Releases

The following table lists the known anomalies from releases prior to 9.3.40.

Bug ID	Description
CSCdk44173	Symptom: Incorrect values are reported to line diag and line stats when line or trunk is in alarm. Conditions: This problem will occur whenever a line or trunk is in alarm and the line diagnostics state machine is enabled. Workaround: Disable the line diagnostics state machine if you require your statistics to be accurate when a trunk or line is in alarm. Further Problem Description: When a line is in alarm, two 0x56 line statistic sample requests are generated. One for line diagnostics and the other for line statistics. The problem is that whenever we obtain stats from the card the cards counters are reset, so when both polls are going on simultaneously, they are both only getting part of the information, which causes incorrect (small) statistics and incorrect (small) line diag values. A fix for this defect has been applied to 9.1.06, 9.2.41 (unreleased) and 9.3.35. However, the fix for this defect caused defect CSCdw43792. The fix for CSCdw43792 was to back out this fixes changes. CSCdw43792 will not be fixed in 9.1 so this defect does not exist in 9.1.06 or any later 91 release. CSCdw43792 has been applied to 9.2.41 before it was release so this defect currently still exists in all versions of 9.2. CSCdw43792 has been applied to 9.3.36, so this defect is currently only resolved in 9.3.35 This defect will need to be resolved completely in 92 and 93, without causing any side effects.
CSCdk91790	Symptom: SWSW system idle time is below 30% when more than 10 UVMs are activated. Conditions: SWSW polls each activated UVM for modem status every 1 second for each port. SWSW also spends time in processing the responses of the modem polling. When many UVMs are activated, the modem polling handling consumes a lot of system time and resources (buffer queue) which affect system performance. UVM FW has supported asynchronous event to report modem event. SWSW needs to stop polling modem status if the FW in UVM supports the async event. Workaround: Use cnfnodeparm 46 to increase polling timer to improve system performance.
CSCdp48861	Symptom: The customer may notice slow UI response, or a difficulty logging into the node using the normal VT session. The dspprfhist shows high RT usage in the TRNS process. The thstats shows high RT usage by state machine 55 (0x33). Conditions: This is due to statistics updates for voice connections. It may be seen on nodes with a high number of voice cards and voice connections (IGX with CVMs and/or UVMs). Workaround: The command off1 17 can be performed. This will stop the collection of voice connection statistics (for all connections, not just voice), as well as the operation of the debug command dspchstats. If statistics must be collected, limit the number of statistics. Frame Relay statistics are collected at 5 minute intervals (configurable up to 15 minutes). Most voice statistics are reported at 1 minute intervals, but the following statistics are reported at 3 second intervals:1. Seconds V.25 Modem On 2. Seconds DSI Enabled 3. Seconds Off-Hook 4. Seconds In Service.
CSCdp98648	Symptom: Equipment MGR can't tell the difference between BXM legacy or enhance. Conditions: BPX nodes containing legacy BXMs and Enhanced BXMs. Workaround: Log into the BPX node and do dspcd XX and determine from number of channel support. The enhanced version of the BXM card has 61K channels, and the BXM card has less than 61K channels.
CSCdr43758	Symptom: 1000003 software log entry appeared on IGX 9.1.17 changing LAN IP address. Conditions: Software log entry appeared when customer changed the CWM station to manage the node. cnflan had been performed. Occurrences of software log entry 945. Workaround: 1. Disable SNMP on access to the node by changing the community strings to NOACCES. 2. Change LANIP configuration. 3. Change SV+ station config. 4. Reset the standby NPM. 5. Perform a switchcc. 6. Enable SNMP access by changing the strings back. Further Problem Description: None.
CSCds47671	Symptom: dspcurclk displays incorrect trunk numbers in the clock path. e.g. z5b 7--30z2a 24-- 9.1z3b This should be 24.1 (the port is missing) Conditions: Need the following clock path in dspcurclk for this problem to surface: destination IGX slot ------ slot via node slot.port ----- source node Workaround: None Further Details: The display attempts to display the port on the via trunk before it is properly set.
CSCdu13921	Symptom: Connection routing fails with the message "No route available (insufficient trunk bandwidth)" -- as seen with the [dspcon] command, but when checking the trunk bandwidth usage via [dspload], there is enough bandwidth. Conditions: This problem occurs when we run out of connection identifiers, conids. The most common occurrence of this is on BXM cards as they have a configurable conid limits and the defaults are rather small, 256. Workaround: Check the [dspload] command and if the "Con ID Avail" count is 0, then the routing failure is really do to connection Id exhaustion rather than bandwidth.
CSCdu22300	Symptom: Connections do not get routed even if there are enough resources on the trunk. Conditions: All of the following should hold true -- 1. Connections are being considered for routing in a network consisting of BOTH UXM and NTM trunks. 2. If node X, node Y and node Z are the possible via nodes for a connection being considered for routing AND a. A UXM trunk (say, Trk1) connected between node X and node Y has the maximum available Bandwidth among ALL the trunks connected between node X and node Y. b. A NTM trunk (say, Trk2) connected between node Y and node Z has the maximum available Bandwidth among ALL the trunks connected between node Y and node Z. OR node Y is the slave node of the connection being considered for routing and is terminated on a NON-UXM card. In other words, Gateway LCN is required at node Y's end of the UXM trunk (Trk1). c. Gateway LCN is not available at node Y's end of the UXM trunk (Trk1). 3. Additionally, "Trunk Cell Routing Restriction" is set to "No" for the connection being considered for routing. Workaround: Either ONE of the following options can be used: 1. Using the "cnfpref" command configure the connection to use a path which you have verified to carry the connection. 2. Using the "cnftrk" command, increase the Gateway LCNs on the UXM trunk (Trk1) at the node Y's end. 3. Increase the available BW on at least any one of the other trunks between Node X and Node Y such that it becomes more than the available bandwidth of the UXM trunk (Trk1). 4. Increase the available BW on at least any one of the UXM trunks between node Y and node Z such that it becomes more than the available bandwidth of the NTM trunk (Trk2). [Applicable only if node Y is not the slave node] [Available Bandwidth can be obtained using the "dspload" command. Increasing the "Transmit Rate" and "Receive Rate" of the trunk at both ends of the trunk using the "cnftrk" command will increase the available Bandwidth].
CSCdu64553	Symptom: CLP 1 tagged traffic in a multi-vc environment cannot be differentiated from CLP 0 with the present default drop method on TAGCOS Qbins, EPD. Conditions: EPD is the configured default. In order to differentiate CLP 1 marked traffic, CLP hysteresis instead should be configured. Workaround: No workaround.
CSCdu68726	Symptom: Software error 586 is logged when the last trunk from a node is deleted, and there are MANY (see below) non-DAX connections terminating on the node. Conditions: This only occurs when there are still a lot of non-DAX connections terminating on the node that is being isolated from the network. In the lab environment this has been observed when there where 7200 connections terminating on the node being isolate. Workaround: Use cnfnodeparm to 37 to allocate more memory for STBY update queue, or better yet, delete all connections before deleting the trunk.
CSCdv36764	Symptom: swerr 1008 is logged when a BXM card is continuously reset every 5 mins. Conditions: One of the BXM cards is continuously reset every 5 mins due to an issue with the Stats Collection task of the BXM firmware running every 5mins on the card. Workaround: Unknown.
CSCdv42157	Symptom: SW errs 110 occured. Conditions: While running the hardware reset job overnight only job 3 (hardware card resets) was running. Workaround: Unknown.
CSCdv73494	Symptom: swerr 886,2071,2059 fills the log. Conditions: The log display shows the swerr. Workaround: Unknown at present.
CSCdv79961	Symptom: Unable to configure stats level on standby card after upgrading swsw on IGX from 92 to 93 with UXM in Yred. Conditions: 9.3.30 After upgrading from 9.2.34 to 9.3.11 UXM pair in Yred try to cnfcdparm for stat level change you receive this error message "Cannot change stats level for yred card or card in service". However, if you try the same thing when the card is not in yred, the node allows you to change. Workaround: 1. Remove the standby card and place in some other empty slot . 2. Configure the stat level in the new, non-yred slot. 3. Replace the card into the y-red standby slot. 4. Wait until the card comes up fully as a standby, and has completed its programming. 5. Switch to the standby card that has the modified stat level. 6. Remove the new standby card and place in some other empty slot. 7. Repeat steps 2-3 on the next card.
CSCdv84853	Symptom: Traffic outage due to switchcc or hitless rebuild is 232.12% greater than 250ms for BPX. Conditions: Test was run on BPX06 node that is fairly loaded. Workaround: N/A.
CSCdw00243	Symptom: When a DS3 UNI receives a DS3 AIS, the switch properly generates a DS3 (line) Yellow but not a PLCP Yellow. Conditions: Performing Compliance testing by injecting errors into the BXM using an HP tester. Workaround: None.
CSCdw01813	Symptom: In the network, there are 44 real nodes + enumlated nodes. Totally 220 nodes. After power down 43 and up (except one real node), nodes in a 220 nodes network, logged software error 419. Conditions: A node has been removed by deleting the trunk. Power down and power up all nodes in the network. Workaround: None.
CSCdw01866	Symptom: After hitless rebuild in a large network, dspload does not show used recv load info for a long time. chklm could not be trust until all load updates sync up. Conditions: Histless rebuild. Workaround: None.
CSCdw04847	Symptom: The default value and the range allowed for queue size is wrong. Conditions: This can be seen while using cnftrkparm to configure the queue sizes. Workaround: A valid range is approximately half of that allowed in cnftrkparm. Configure the queue sizes to be within the valid range.
CSCdw04934	Symptom: switchyred sometimes took 40 to 70 seconds to complete. Conditions: 9.3.3d MF02. Workaround: Further Problem Description: After loading MF02, switchyred is taking 40 to 70 seconds to complete.
CSCdw07614	Symptom: Date and time changed during upgrade. Conditions: 9.3.3b and 9.3.3d MF01. Workaround: None. Further Problem Description: Date/time changed after runrev command issued on two different nodes. This was noticed doing dsplog, it showed the date and time changed then changed back.
CSCdw11977	Symptom: 1m3 abort logged along with memory corruption errors, ex. 514. Conditions: Any memory corruption in the system. Workaround: None.
CSCdw18589	Symptom: In 9.2.34, when the physical interface for a Virtual Trunk is used as a network clock source, the source associates itself with the first Virtual Trunk on the interface. Should that trunk fail, the clock source fails and the system will search for a new source. In this configuration, you are not allowed to set PASS SYNC to YES on the first Virtual Trunk (which is correct), but it is possible to set the Virtual Trunk for PASS SYNC YES. By setting PASS SYNC to yes on any other Virtual Trunk on the interface causes PASS SYNC to be set to YES on all of the Virtual Trunks - even the first one which is associated with the clock source. Having a trunk as a clock source and set to PASS SYNC YES is an unsupported configuration. In 9.3.30, the situation is slightly different in that a change made to any of the Virtual Trunks does not affect the first Virtual Trunk, which has the clock association. The problem here is that if the first Virtual Trunk fails, the clock source associates itself with the second Virtual Trunk. If PASS SYNC were set to YES on that trunk, problems would result. Conditions: Enabling PASS SYNC to YES on any Virtual Trunk (other than the first one) causes PASS SYNC to be set to YES on all Virtual Trunks associated with the interface. Even the one tied to the clock source. Workaround: If the physical interface for a Virtual Trunk is used as a clock source, do not set PASS SYNC to YES on any of the Virtual Trunks associated with the interface.
CSCdw42981	Symptom: The setting for off3 Multi-DB Stby Updates changes from disabled back to enabled after a full rebuild. Conditions: This only occurs if the user has modified the setting of Multi-DB Stby Updates from its default value of enabled to disabled, and then a full rebuild occurs. Workaround: After the full rebuild, reset the value back to disabled if that is desired.
CSCdw60790	Symptom: Addcon fails to add abrfst connection with PCR < 50 on OC12 card. Conditions: Add abrfst connection with PCR < 50. * The port card is bxm OC12. Workaround: When adding the connection, disable 'Default Ext Parms [Enable]:'. * Add the connection to a rate >= 50. Use cnfcon to change it to a lower value.
CSCdw64896	Symptom: When a node has a lot of unroutable derouted connections in a node that has more than 12K cons, the CPU usage is very high (close to 90%). When the routing state machine is turned off, the CPU load does not go down for a long time. Conditions: A node with a lot of unroutable failed connections which have several hops between the master and slave. Workaround: Down the unroutable connections to bring down CPU load.
CSCdw66534	Symptom: swerrs 9082,1004 were logged on a BPX node. Conditions: The node was being upgraded from 9.3.3i->9.3.3j. Workaround: None.

Anomaly Status Changes in Previous Releases

The following table lists the status changes to anomalies in releases prior to 9.3.40.

Bug ID	Description
CSCdp05158	Resolved
CSCdr43327	Resolved
CSCdr43758	Unreproducible
CSCds03159	Resolved
CSCdt71711	Resolved
CSCdt98231	Resolved
CSCdu26594	Resolved
CSCdu47810	Resolved
CSCdu75709	Verified
CSCdv12786	Resolved
CSCdv38469	Resolved
CSCdv44928	Resolved
CSCdv62358	Resolved
CSCdv76903	Resolved
CSCdv81068	Resolved
CSCdv84853	Junked
CSCdv89240	Closed
CSCdw00459	Closed
CSCdw01957	Unreproducible
CSCdw12925	Resolved
CSCdw15064	Verified
CSCdw15697	Duplicated
CSCdw21820	Closed
CSCdw30986	Resolved
CSCdw35336	Duplicated
CSCdw35862	Resolved
CSCdw48570	Resolved
CSCdw50328	Duplicated
CSCdw53935	Resolved
CSCdw58175	Closed
CSCdw63725	Resolved
CSCdw66534	Unreproducible
CSCdw71520	Resolved
CSCdw74242	Resolved
CSCdw75500	Resolved
CSCdw75730	Resolved

Additional Deliverables

SNMP MIB

The SNMP IGX/BPX switch SNMP MIB is being provided with the delivery of Release 9.3 Switch Software. The MIB is in standard ASN.1 format and is located in the ASCII text files agent.m, ilmi.m, ilmi_ctl.m, ilmiaddr.m, switch.m, swtraps.m, and errors.m which are included in the same directory as the Switch Software images. These files may be compiled with most standards-based MIB compilers. There were no mib changes in Releases 9.3.11, 9.3.20, 9.3.24, and 9.3.36.

Switch MIB changes of Release 9.3.35

voiceEndptState

New object

winkUndetermined(6)

Switch MIB changes of Release 9.3.30

The following Switch MIB changes have been introduced since Release 9.3.30. The changes include modified objects and new objects.

atmEndptTable

Modified objects

atmEndptEntry

atmEndptTestType 

New objects

atmEndPtOAMTestLpCnt 

atmEndptOAMTestAbrtFlg 

atmEndptOAMTestSccCnt 

atmEndptOAMTestRTDMin 

atmEndptOAMTestRTDAvg 

atmEndptOAMTestRTDMax 

atmEndptOAMTestOamFmt

sonetIfTable

Modified objects

sonetIfFrame

atmTrunks

Modified

atmTrkVcShaping

ShelfRtrSlotInfoTable

New objects

shelfRtrSlotInfoEntry

rtrState

rtrIOSAlmStatus

rtrIOSSwImage

rtrVICType

rtrCnfFilename

rtrCnfFilesize

rtrIOSCnf

rtrSerialPort

Switch MIB changes of Release 9.3.11, 9.3.20 and 9.3.24

No MIB changes are contained in these releases.

Switch MIB changes of Release 9.3.10

The following Switch MIB changes have been introduced since Release 9.3.10. The changes include obsolete objects, modified objects, and new objects:

switchIfTable

Modified objects

	 switchIfPartiId		

	 switchIfScTmpltId

frLportCnfTable

Modified objects

	 frLportCnfEntry

New objects

		 frLportNeighborDiscovery

	 frLportNeighborIpAddress

	 frLportNeighborIfIndex

atmPortTable

Modified objects

		 atmPortEntry

		 atmPortType

New objects

		atmPortNeighborDiscovery

		atmPortNeighborIpAddress

		atmPortNeighborIfNam

atmPortStatTable

Modified objects

		atmPortStatEntry

New objects

		atmPortStatTxQ0CellDrps

		atmPortStatTxQ1CellDrps

		atmPortStatTxQ2CellDrps

		atmPortStatTxQ3CellDrps

		atmPortStatTxQ7CellDrps

		atmPortStatTxQ8CellDrps

		atmPortStatTxQ9CellDrps

		atmPortStatTxQ10CellDrps

		atmPortStatTxQ11CellDrps

		atmPortStatTxQ12CellDrps

		atmPortStatTxQ13CellDrps

		atmPortStatTxQ14CellDrps

		atmPortStatTxQ15CellDrps

atmEndptTable

Modified objects

		atmEndptQIR

		atmEndptOeQIR

		atmEndptRateUpICA

		atmEndptPCR

		atmEndptOePCR

		atmEndptSCR

		atmEndptOeSCR

		atmEndptMCR

		atmEndptOeMCR

atmTrunkStatsTable

Modified objects

		atmTrkStatsEntry

New objects

		atmTrkStatsTxQ10CellDrps

		atmTrkStatsTxQ11CellDrps

		atmTrkStatsTxQ12CellDrps

		atmTrkStatsTxQ13CellDrps

		atmTrkStatsTxQ14CellDrps

		atmTrkStatsTxQ15CellDrps

rsrcPartiTable

Modified objects

		rsrcPartiId

		rsrcPartiPvcMaxBw

		rsrcPartiVsiVpiStart

		rsrcPartiVsiVpiEnd

		rsrcPartiVsiMinBw

		rsrcPartiVsiIlmiEnable

		rsrcPartiVsiLcnReprogPermit

rsrcPartiPvcTable

Modified objects

)			rsrcPartiPvcPvcMaxLcns 

	rsrcPartiPvcPvcMaxBw 

	rsrcPartiPvcVpiStart1 

	rsrcPartiPvcVpiEnd1 

	rsrcPartiPvcVpiStart2 

	rsrcPartiPvcVpiEnd2 

	rsrcPartiPvcVpiStart3 

	rsrcPartiPvcVpiEnd3 

	rsrcPartiPvcVpiStart4 

	rsrcPartiPvcVpiEnd4

atmQbinTable

Modified objects

		atmQbinMinBw

		atmQbinTmpltCnfg

vsiCtrlrTable

Modified objects

		VsiCtrlrEntry

		vsiCtrlrPartiId

		vsiCtrlrSlot

		vsiCtrlrPort

New objects

		vsiCtrlrAdminStatus

		vsiCtrlrVpi

		vsiCtrlrVciStart

Switch MIB Changes to Release 9.3.05

The following Switch MIB have been introduced since Release 9.3.05.

atmPortTable

New objects

atmPortIlmiResetFlag

atmPortCACReserve

atmPortLportMaxBW

atmPortLportMinVpi

atmPortLportMaxVpi

atmPortMgmtProtoOnCard

Modified objects

atmPortEntry

atmPortMgmtProto

atmPortIlmiAddrReg

atmPortVcShaping

atmPortQueueTable

New objects

atmPortQueueVcShaping

Modified objects

		atmPortQueueEntry

		atmPortQueueDepth

atmEndptTable

Modified objects

		atmEndptVcQSize

switchShelf configuration branch

New objects

		shelfCnfgNodeVcSupport

		shelfCnfgNodeVcTotal

atmTrunks table

New objects

		atmTrkTermUsedPvc

		atmTrkViaUsedPvc

atmTrkMgmtProtoOnCard

Modified objects

		atmTrkEntry

rsrcPartiTable

New objects

		rsrcPartiVsiLcnReprogPermit

Modified objects

		rsrcPartiEntry

Obsolete objects

		rsrcPartiPvcMaxLcns

		rsrcPartiPvcMaxBw 

This object limits the number of LCNs to be reprogrammed in a continuous loop so that other software processes get a fair share of the CPU time.

		rsrcPartiMaxLcnBatchNumber		

rsrcPartiPvcTable

This table is only available for BXM cards. The AutoRoute resource partition does not exist for a down line.

New objects

		rsrcPartiPvcEntry

		rsrcPartiPvcPvcMaxLcns

		rsrcPartiPvcPvcMaxBw

		rsrcPartiPvcVpiStart1

		rsrcPartiPvcVpiEnd1

		rsrcPartiPvcVpiStart2

		rsrcPartiPvcVpiEnd2

		rsrcPartiPvcVpiStart3

		rsrcPartiPvcVpiEnd3

		rsrcPartiPvcVpiStart4

		rsrcPartiPvcVpiEnd4

serialPortTable

Modified objects

		serialPortLeadState

Switch MIB changes to Release 9.3

The following Switch MIB changes have been introduced since Release 9.2.31. The changes include obsolete objects, modified objects, and new objects:

switchIfTable

This table contains a list of ports and subports and their interfaces.

Modified objects

		switchIfService

		switchIfPhysPort

		switchIfScTmpltId

atmPortTable

This table provides the manager a detailed view of the ATM ports available on the switch.

New objects

These new MIB variables support IMA Ports.

		atmPortRetainedLinks

		atmPortImaProtocolOption

		atmPortImaDiffDelay

		atmPortImaClockMode

Modified objects

		atmPortEntry

Obsolete objects

		atmPortSvcChannels

		atmPortSvcLcnLow

		atmPortSvcLcnHigh

		atmPortSvcVpiLow

		atmPortSvcVpiHigh

		atmPortSvcVciLow

		atmPortSvcVciHigh

		atmPortSvcQbinBitMap

		atmPortSvcQbinSz

		atmPortSvcBw

		atmPortSvcInUse

		atmPortPvcInUse

atmEndptTable

This table is used to model a PVC endpoint and contains the traffic parameters for the ATM endpoint.

Modified objects

		atmEndptPolicing

shelfSlotInfoTable

This table provides switch slot information.

New objects

		slotCardTopAssemNumber

Modified objects

		shelfSlotInfoEntry

		slotCardMinBusUBU

ds3LineTable

This table provides the manager a view of the DS3 interfaces on the switch and supports SET functions.

Modified objects

		ds3LineAlmType

ds3LineStatsTable 

ds3StatsTable

This table provides a list of DS3 line statistics objects.

New objects

		ds3StatsUas

Modified objects

		ds3LineStatsEntry

sonetStatsTable

This table provides a list of SONET line statistics objects.

Modified objects

		sonetStatsPthBip8s

		sonetStatsPthFebeEs

		sonetStatsSecBip8Ses

		sonetStatsPthUas

		sonetStatsPthFarendUas

atmTrunkStatsTable

This table provides a list of ATM trunk statistics objects.

Obsolete objects

		atmTrkSvcChannels

		atmTrkSvcLcnLow

		atmTrkSvcLcnHigh

		atmTrkSvcVpiLow

		atmTrkSvcVpiHigh 

		atmTrkSvcVciLow

		atmTrkSvcVciHigh

		atmTrkSvcQbinBitMap

		atmTrkSvcQbinSz

		atmTrkSvcBw

		atmTrkSvcInUse

vsiCtrlrTable

This new table contains the configuration for VSI controllers. The objects are advertised to all of the VSI slaves on the switch when the configuration is changed.

New objects

		vsiCtrlrEntry

		vsiCtrlrId

		vsiCtrlrPartiId

		vsiCtrlrIpAddr

		vsiCtrlrType

		vsiCtrlrSlot

		vsiCtrlrPort

Default Values

This section contains default values for the BPX and IGX nodes.

BPX 8600 Nodes

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:31 GMT 

	System-Wide Parameters

1  Max Time Stamped Packet Age (msec) ................................   32

2  Allow CPU Starvation of Fail Handler ..............................   No

7  Max Network Queuing Delay for HDM/LDM NTS Data connections (msec)..   32

9  Max Network Queuing Delay for CVM/UVM VAD connections (msec).......   64

11 Max Network Queuing Delay for CVM/UVM non-VAD connections (msec)...   64

13 Enable Discard Eligibility.........................................   No

14 Use Frame Relay Standard Parameters Bc and Be......................   No

22 Number of Consecutive Invalid Login Attempts to Cause Major Alarm..    0

23 Enable Connection Deroute Delay feature............................   No

24 Interval Statistics polling rate for ATM VCs.......................    5

25 Interval Statistics polling rate for ports on IGX nodes............    5

26 Max Num of Nodes doing Simultaneous TFTP Configuration Save/Restore    4

This Command: cnfsysparm

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:33 GMT 

1  Update Initial Delay   [ 5000] (D)   16 Stats Memory (x 100KB) [  132] (D)   

2  Update Per-Node Delay  [30000] (D)   17 Standby Update Timer   [   10] (D)   

3  Comm-Break Test Delay  [30000] (D)   18 Stby Updts Per Pass    [  150] (D)   

4  Comm-Break Test Offset [   10] (D)   19 Gateway ID Timer       [   30] (D)   

5  Network Timeout Period [ 1700] (D)   20 GLCON Alloc Timer      [   30] (D)   

6  Network Inter-p Period [ 4000] (D)   21 Comm Fail Delay        [   60] (D)   

7  NW Sliding Window Size [    1] (D)   22 Nw Hdlr Timer (msec)   [   50] (D)   

8  Num Normal Timeouts    [    7] (D)   23 SAR CC Transmit Rate   [  560] (D)   

9  Num Inter-p Timeouts   [    3] (D)   24 SAR High Transmit Rate [  280] (D)   

10 Num Satellite Timeouts [    6] (D)   25 SAR Low Transmit Rate  [   56] (D)   

11 Num Blind Timeouts     [    4] (D)   26 SAR VRAM Cngestn Limit [ 7680] (D)   

12 Num CB Msg Timeouts    [    5] (D)   27 SAR VRAM Cell Discard  [  256] (D)   

13 Comm Fail Interval     [10000] (D)   28 ASM Card Cnfged        [    Y] (Y/N)

14 Comm Fail Multiplier   [    3] (D)   29 TFTP Grant Delay (sec) [    1] (D)   

15 CC Redundancy Cnfged   [    Y] (Y/N) 30 TFTP ACK Timeout (sec) [   10] (D)   

31 TFTP Write Retries     [    3] (D)   46 Max Htls Rebuild Count [  100] (D)   

32 SNMP Event logging     [    Y] (Y/N) 47 Htls Counter Reset Time[ 1000] (D)   

33 Job Lock Timeout       [   60] (D)   48 Send Abit early        [    N] (Y/N)

34 Max Via LCONs          [50000] (D)   49 Abit Tmr Multiplier  M [    0] (D)   

35 Max Blind Segment Size [ 3570] (D)   50 Abit Tmr Granularity N [    3] (D)   

36 Max XmtMemBlks per NIB [ 3000] (D)   51 FBTC with PPDPolicing  [    N] (Y/N)

37 Max Mem on Stby Q (%)  [   33] (D)   52 CommBrk Hop Weight     [   25] (D)   

38 Stat Config Proc Cnt   [ 1000] (D)   53 CB Fail Penalty Hops   [    2] (D)   

39 Stat Config Proc Delay [ 2000] (D)   54 Auto BXM upgrade       [    Y] (Y/N)

40 Enable Degraded Mode   [    Y] (Y/N) 55 LCN reprgrm batch cnt  [  100] (D)   

41 Trk Cell Rtng Restrict [    Y] (Y/N) 56 Dnld LanIP or NwIP     [  Nw](Lan/Nw)

42 Enable Feeder Alert    [    N] (Y/N) 57 IP Relay gateway node  [    0] (D)   

43 Reroute on Comm Fail   [    N] (Y/N) 58 Max LAN Window (sec)   [   60] (D)   

44 Auto Switch on Degrade [    Y] (Y/N) 59 Max LAN Packets/Window [18000] (D)   

45 Max Degraded Aborts    [  100] (D)   60 Extended Cline Object  [    N] (Y/N)

This Command: cnfnodeparm

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:35 GMT 

Index Status    Function

1     Enabled   Automatic TRK Loopback Test on Local/Remote Alarms

2     Enabled   User Command Logging

3     Enabled   Automatic Card Reset on Hardware Error

4     Enabled   Card Error Record Wraparound

5     Disabled  Card Test After Failure

6     Disabled  Download From Remote Cisco StrataView Plus

7     Disabled  Logging of conn events in local event log

8     Disabled  Logging of conn events in Cisco StrataView Plus  event log

9     Disabled  Force Download From a Specific IP address

This Command: cnffunc 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:36 GMT 

Index Status    Function

1     Disabled  Configuration Save/Restore

2     Enabled   ForeSight

3     Disabled  Multiple VTs (1 session enabled)

4     Disabled  Virtual Trunks

5     Enabled   ABR standard with VSVD

6     Disabled  Priority Bumping

7     Disabled  Virtual Ports

This Command: cnfswfunc 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:37 GMT 

Card    Test   - - - - - - Self Test - - - - - - -   - - Background Test - - -

Type    Freq   Enable        Inc   Thresh  Timeout   Enable        Inc   Thresh

----    -----  --------  -------  -------  -------   --------  -------  -------

BCC      1600  Enabled       100      300      800   N/A           100      300

ASM       300  Disabled      100      300       60   N/A           100      300

BNI-T3    300  Enabled       100      300      150   N/A           100      300

BNI-E3    300  Enabled       100      300      150   N/A           100      300

ASI-E3    900  Enabled       100      300      800   Enabled       100      300

ASI-T3    900  Enabled       100      300      800   Enabled       100      300

ASI-155   900  Enabled       100      300      800   Enabled       100      300

BNI-155   300  Enabled       100      300      150   N/A           100      300

BXM      4000  Enabled       100      300     3000   Enabled       100      300

This Command: cnftstparm 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:39 GMT 

8  Maximum Routing Bundle    [   90] (D)   

9  Reroute Timer             [    3] (secs)   

10 Reset Timer on Line Fail  [  Yes]

11 Max Down/Up Per Pass      [   50] (D)   

12 Down/Up Timer             [30000] (msecs)   

13 Max Route Errs per cycle  [   50] (D)   

14 Time between Rrt cycles   [    5] (mins)   

15 Max. Rrt Err cycles       [   10] (D)   

16 Routing pause timer       [    0] (msecs)   

17 Max msgs sent per update  [   10] (D)   

18 Send SVC urgent msg       [   No]

19 Max SVC Retry             [    0] (D)   

20 Wait for TBL Updates      [   70] (100 msecs)

21 Max Derouting Bndl (0=all)[  500] (D)   

22 Enable Cost-Based Routing [   No] 

23 Enable Route Cache Usage  [   No]

24 Use Delay for Routing     [   No]

25 # of reroute groups used  [   50] (D)   

26 Starting size of RR grps  [    0] (CLU)

27 Increment between RR grps [  100] (CLU)

28 CM updates app timeout    [    5] (10 secs)

29 Route concurrency level   [    1] (D)   

This Command: cnfcmparm 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:41 GMT 

1  Rmt Blk Freq (msec)     [    100]    16 FW Dnld Msgs/Block(dec) [      4]    

2  Rmt Blk Size (hex)      [    400]    17 Flash Write TO(msec)    [  16000]    

3  Lcl Blk Freq (msec)     [    100]    18 Flash Erase TO(msec)    [    100]    

4  Lcl Blk Size (hex)      [    400]    19 Erase Verify TO(msec)   [  16000]    

5  Image Req Freq (msec)   [  10000]    20 Standby Flash TO(sec)   [    300]    

6  Dnld Req Freq (msec)    [  10000]    21 Lcl Flash Init TO(msec) [   1000]    

7  Session Timeout (msec)  [  30000]    22 Flsh Write Blk Sz (hex) [  10000]    

8  Request Hop Limit (dec) [      1]    23 Flsh Verfy Blk Sz (hex) [    400]    

9  Crc Throttle Freq (dec) [   5000]    24 Chips Per Write/Erase   [      1]    

10 Crc Block Size (hex)    [    400]    

11 Rev Change Wait(dec)    [      0]    

12 CCs Switch Wait(dec)    [   1000]    

13 Lcl Response TO(msec)   [   5000]    

14 Rmt Response TO(msec)   [  20000]    

15 FW Dnld Block TO(msec)  [     50]    

This Command: cnfdlparm 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:42 GMT 

1. Logout Time ........... 20 minutes

2. VT Logout Time ........ 4 minutes

3. Prompt Time ........... 60 seconds

4. Command Time .......... 3 minutes

5. UID Privilege Level ... 6

6. Input Character Echo .. Enabled

7. Screen Update Time .... 10 seconds

This Command: cnfuiparm 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:42 GMT 

1  Priority Bumping Enabled                [  NO]

2  Priority Bumping Bundle                 [  50] (D)     

3  Priority Bumping Bands:                               

   Band 1                                  [   2] (D)     

   Band 2                                  [   4] (D)     

   Band 3                                  [   6] (D)     

   Band 4                                  [   8] (D)     

   Band 5                                  [  10] (D)     

   Band 6                                  [  12] (D)     

   Band 7                                  [  14] (D)     

This Command: cnfbmpparm 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:44 GMT 

Function            Number   Status      Function            Number   Status

Background Upcard     1      Enabled     Conn Stat Sampling    15     Enabled

Background Updates    2      Disabled    Neighbor Update Errs  16     Disabled

Standby Terminal      3      Enabled

Memory Protection     4      Enabled

Comm Break            5      Enabled

Comm Fail Test        6      Enabled

CRC Test              7      Enabled

Bus Fail Detection    8      Enabled

Line Diag             9      Enabled

Clock Restoral        10     Enabled

Cm_Rerouting          11     Enabled

Clock Routing         12     Enabled

Dynamic BW Allocation 13     Enabled

Modem Polling         14     Enabled

This Command: on1 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:13 GMT 

Function            Number   Status      Function            Number   Status

Line Stat Sampling    1      Enabled     Robust Alarm Updates  15     Enabled

Statistical Alarm     2      Enabled     Realtime Counters     16     Enabled

Job Ready Checker     3      Enabled     LAN Interface         17     Enabled

Configuration Backup  4      Enabled     Update Standby Stats  18     Enabled

Standby Update        5      Enabled     Telnet Access         19     Enabled

Downloader            6      Enabled     Junction ID           20     Enabled

Cm Updates            7      Enabled     Mult SV+/Routing Node 21     Disabled

Topo/Stat Updates     8      Enabled     Simulated Fdr Trks    22     Disabled

Card Statistical Alms 9      Enabled     Deroute Delay         23     Enabled

Card Stat Sampling    10     Enabled     Auto Renum Fail Recov 24     Enabled

Address Validation    11     Enabled     Card Simulation Tool  25     Disabled

ASM Stats Polling     12     Enabled

Port Stat Sampling    13     Enabled

Robust Updates        14     Enabled

Last Command: on2 

node TN    Cisco           BPX 8620  9.3.40    June 14 2002 16:44 GMT 

Function            Number   Status

Trace Msg Sent        1      Disabled

Multi-DB Stby Updates 2      Enabled

Trace Conv Msg        3      Disabled

Region memory init    4      Disabled

VT Clk Switch Evt Log 5      Disabled

This Command: on3 

BNI-T3

node 	TRM   Cisco           BPX 8620  9.3.40    June 10 2002 05:58 GMT 

TRK  3.2 Config     T3      [96000 cps]   BNI-T3 slot:   3                      

Transmit Rate:         96000              VPC Conns disabled:    --             

Protocol By The Card:  --                 Line framing:          PLCP           

Hdr Type NNI:          --                      coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:                      

Connection Channels:   1771                          length:     0-225 ft.      

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      No             

F4 AIS Detection:      --                 Frame Scramble:        --             

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 3.2

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 05:58 GMT 

TRK 3.2 Parameters

 1 Q Depth - rt-VBR    [  242] (Dec)    15 Q Depth   - CBR     [  600] (Dec)

 2 Q Depth - Non-TS    [  360] (Dec)    16 Q Depth   - nrt-VBR [ 1000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [ 8878] (Dec)

 4 Q Depth - BData A   [ 1000] (Dec)    18 Low  CLP  - CBR     [ 100] (%)

 5 Q Depth - BData B   [ 8000] (Dec)    19 High CLP  - CBR     [ 100] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [ 100] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [ 100] (%)

 8 Red Alm - I/O (Dec) [  2500 /  15000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  15000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  30] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 3.2 

BNI-E3

node          TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:08 GMT 

TRK 10.2 Config     E3      [80000 cps]   BNI-E3 slot:   10                     

Transmit Rate:         80000              VPC Conns disabled:    --             

Protocol By The Card:  --                 Line framing:          --             

Hdr Type NNI:          --                      coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:                      

Connection Channels:   1771                          length:     0-225 ft.      

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      Yes            

F4 AIS Detection:      --                 Frame Scramble:        --             

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 10.2

node          TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:08 GMT 

TRK 10.2 Parameters

 1 Q Depth - rt-VBR    [  202] (Dec)    15 Q Depth   - CBR     [  600] (Dec)

 2 Q Depth - Non-TS    [  300] (Dec)    16 Q Depth   - nrt-VBR [ 1000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [ 8978] (Dec)

 4 Q Depth - BData A   [ 1000] (Dec)    18 Low  CLP  - CBR     [ 100] (%)

 5 Q Depth - BData B   [ 8000] (Dec)    19 High CLP  - CBR     [ 100] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [ 100] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [ 100] (%)

 8 Red Alm - I/O (Dec) [  2500 /  15000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  15000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  30] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 10.2

BNI-155/155E

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:07 GMT 

TRK 11.1 Config     OC3     [353207cps]   BNI-155 slot:  11                     

Transmit Rate:         353208             VPC Conns disabled:    --             

Protocol By The Card:  --                 Line framing:          STS-3C         

Hdr Type NNI:          --                      coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:       --             

Connection Channels:   16050                         length:     --             

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      Yes            

F4 AIS Detection:      --                 Frame Scramble:        Yes            

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 11.1

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:08 GMT 

TRK 11.1 Parameters

 1 Q Depth - rt-VBR    [  885] (Dec)    15 Q Depth   - CBR     [  600] (Dec)

 2 Q Depth - Non-TS    [ 1324] (Dec)    16 Q Depth   - nrt-VBR [ 1000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [15463] (Dec)

 4 Q Depth - BData A   [ 1000] (Dec)    18 Low  CLP  - CBR     [ 100] (%)

 5 Q Depth - BData B   [ 8000] (Dec)    19 High CLP  - CBR     [ 100] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [ 100] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [ 100] (%)

 8 Red Alm - I/O (Dec) [  2500 /  10000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  10000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  30] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 11.1

BXM-T3

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:09 GMT 

TRK  5.3 Config     T3      [96000 cps]   BXM slot:      5                      

Transmit Rate:         96000              VPC Conns disabled:    No             

Protocol By The Card:  No                 Line framing:          PLCP           

Hdr Type NNI:          Yes                     coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:       --             

Connection Channels:   256                           length:     0-225 ft.      

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      No             

F4 AIS Detection:      --                 Frame Scramble:        --             

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 5.3

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 02:09 GMT 

TRK 5.3 Parameters

 1 Q Depth - rt-VBR    [  242] (Dec)    15 Q Depth   - CBR     [  400] (Dec)

 2 Q Depth - Non-TS    [  360] (Dec)    16 Q Depth   - nrt-VBR [ 5000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [10000] (Dec)

 4 Q Depth - BData A   [ 8000] (Dec)    18 Low  CLP  - CBR     [  60] (%)

 5 Q Depth - BData B   [ 8000] (Dec)    19 High CLP  - CBR     [  80] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [  60] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [  80] (%)

 8 Red Alm - I/O (Dec) [  2500 /  15000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  15000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  20] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 5.3 

BXM-E3

node           TRM   Cisco           BPX 8620  9.3.40    June 16 2002 06:56 GMT 

TRK  5.3 Config     E3      [80000 cps]   BXM slot:      5                      

Transmit Rate:         80000              VPC Conns disabled:    No             

Protocol By The Card:  No                 Line framing:          --             

Hdr Type NNI:          Yes                     coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:       --             

Connection Channels:   256                           length:     0-225 ft.      

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      Yes            

F4 AIS Detection:      --                 Frame Scramble:        --             

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 5.3

node           TRM   Cisco           BPX 8620  9.3.40    June 16 2002 06:56 GMT 

TRK 5.3 Parameters

 1 Q Depth - rt-VBR    [  202] (Dec)    15 Q Depth   - CBR     [  400] (Dec)

 2 Q Depth - Non-TS    [  300] (Dec)    16 Q Depth   - nrt-VBR [ 5000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [10000] (Dec)

 4 Q Depth - BData A   [ 8000] (Dec)    18 Low  CLP  - CBR     [  60] (%)

 5 Q Depth - BData B   [ 8000] (Dec)    19 High CLP  - CBR     [  80] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [  60] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [  80] (%)

 8 Red Alm - I/O (Dec) [  2500 /  15000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  15000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  20] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 5.3

BXM-155

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 06:05 GMT 

TRK  5.2 Config     OC3     [353207cps]   BXM slot:      5                      

Transmit Rate:         353208             VPC Conns disabled:    No             

Protocol By The Card:  No                 Line framing:          STS-3C         

Hdr Type NNI:          Yes                     coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:       --             

Connection Channels:   256                           length:     --             

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      Yes            

F4 AIS Detection:      --                 Frame Scramble:        Yes            

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 5.2

node           TRM   Cisco           BPX 8620  9.3.40    June 10 2002 06:05 GMT 

TRK 5.2 Parameters

 1 Q Depth - rt-VBR    [  885] (Dec)    15 Q Depth   - CBR     [  600] (Dec)

 2 Q Depth - Non-TS    [ 1324] (Dec)    16 Q Depth   - nrt-VBR [ 5000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [20000] (Dec)

 4 Q Depth - BData A   [10000] (Dec)    18 Low  CLP  - CBR     [  60] (%)

 5 Q Depth - BData B   [10000] (Dec)    19 High CLP  - CBR     [  80] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [  60] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [  80] (%)

 8 Red Alm - I/O (Dec) [  2500 /  10000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  10000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  20] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 5.2

BXM-622

node            TRM   Cisco           BPX 8620  9.3.40   June 10 2002 06:05 GMT 

TRK 11.1 Config     OC12    [1412679cps]  BXM slot:      11                     

Transmit Rate:         1412830            VPC Conns disabled:    No             

Protocol By The Card:  No                 Line framing:          STS-12C        

Hdr Type NNI:          Yes                     coding:           --             

Statistical Reserve:   5000    cps             recv impedance:   --             

Idle code:             7F hex                  cable type:       --             

Connection Channels:   256                           length:     --             

Traffic:V,TS,NTS,FR,FST,CBR,N&RT-VBR,ABR  Pass sync:             Yes            

Restrict CC traffic:   No                 Loop clock:            No             

Link type:             Terrestrial        HCS Masking:           Yes            

Routing Cost:          10                 Payload Scramble:      Yes            

F4 AIS Detection:      --                 Frame Scramble:        Yes            

                                          Vtrk Type / VPI:       -- / --        

                                          Incremental CDV:       0              

                                          Deroute delay time:    0 seconds      

Last Command: dsptrkcnf 11.1

node           TRM   Cisco           BPX 8620  9.3.40   June 10 2002 06:06 GMT 

TRK 11.1 Parameters

 1 Q Depth - rt-VBR    [ 3533] (Dec)    15 Q Depth   - CBR     [ 1200] (Dec)

 2 Q Depth - Non-TS    [ 5297] (Dec)    16 Q Depth   - nrt-VBR [10000] (Dec)

 3 Q Depth - TS        [ 1000] (Dec)    17 Q Depth   - ABR     [40000] (Dec)

 4 Q Depth - BData A   [40000] (Dec)    18 Low  CLP  - CBR     [  60] (%)

 5 Q Depth - BData B   [40000] (Dec)    19 High CLP  - CBR     [  80] (%)

 6 Q Depth - High Pri  [ 1000] (Dec)    20 Low  CLP  - nrt-VBR [  60] (%)

 7 Max Age - rt-VBR    [   20] (Dec)    21 High CLP  - nrt-VBR [  80] (%)

 8 Red Alm - I/O (Dec) [  2500 /  10000]22 Low CLP/EPD-ABR     [  60] (%)

 9 Yel Alm - I/O (Dec) [  2500 /  10000]23 High CLP  - ABR     [  80] (%)

10 Low  CLP - BData A  [ 100] (%)       24 EFCN      - ABR     [  20] (%)

11 High CLP - BData A  [ 100] (%)

12 Low  CLP - BData B  [  25] (%)

13 High CLP - BData B  [  75] (%)

14 EFCN     - BData B  [  30] (Dec)

This Command: cnftrkparm 11.1

IGX 8400 Nodes

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:23 GMT 

                           System-Wide Parameters

1  Max Time Stamped Packet Age (msec) ................................   32

2  Allow CPU Starvation of Fail Handler ..............................   No

7  Max Network Queuing Delay for HDM/LDM NTS Data connections (msec)..   30

9  Max Network Queuing Delay for CVM/UVM VAD connections (msec).......   64

11 Max Network Queuing Delay for CVM/UVM non-VAD connections (msec)...   64

13 Enable Discard Eligibility.........................................   No

14 Use Frame Relay Standard Parameters Bc and Be......................   No

22 Number of Consecutive Invalid Login Attempts to Cause Major Alarm..    0

23 Enable Connection Deroute Delay feature ...........................   No

24 Interval Statstics polling rate for ATM/Frame Relay VCs............    5

25 Interval Statistics polling rate for ports.........................    5

26 Max Num of Nodes doing Simultaneous TFTP Configuration Save/Restore    4

This Command: cnfsysparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:24 GMT 

1  Update Initial Delay   [ 5000] (D)   16 CC Redundancy Cnfged   [    Y] (Y/N)

2  Update Per-Node Delay  [30000] (D)   17 MT3 Pass Through Relay [    Y] (Y/N)

3  Comm-Break Test Delay  [30000] (D)   18 Nw Pkt Tx Rate (pps)   [  500] (D)

4  Comm-Break Test Offset [   10] (D)   19 Stats Memory (x 100KB) [  130] (D)

5  Network Timeout Period [ 1700] (D)   20 Standby Update Timer   [   10] (D)

6  Network Inter-p Period [ 4000] (D)   21 Stby Updts Per Pass    [  150] (D)

7  NW Sliding Window Size [    1] (D)   22 Gateway ID Timer       [   30] (D)

8  Num Normal Timeouts    [    7] (D)   23 GLCON Alloc Timer      [   30] (D)

9  Num Inter-p Timeouts   [    3] (D)   24 Comm Fail Delay        [   60] (D)

10 Num Satellite Timeouts [    6] (D)   25 Nw Hdlr Timer (msec)   [  100] (D)

11 Num Blind Timeouts     [    4] (D)   26 CBUS Delay (msec)      [   20] (D)

12 Num CB Msg Timeouts    [    2] (D)   27 SNMP Event logging     [    Y] (Y/N)

13 Comm Fail Interval     [10000] (D)   28 TFTP Grant Delay (sec) [    1] (D)

14 Comm Fail Multiplier   [    3] (D)   29 TFTP ACK Timeout (sec) [   10] (D)

15 Temperature Threshold  [   50] (D)   30 TFTP Write Retries     [    3] (D)

31 FRP Link Status Alarm  [    Y] (Y/N) 46 Modem polling timer    [    1] (D)

32 Job Lock Timeout       [   60] (D)   47 Verify CBA for non-FRP [    N] (Y/N)

33 Max Via LCONs          [20000] (D)   48 Send Abit early        [    N] (Y/N)

34 Max Blind Segment Size [ 3570] (D)   49 Abit Tmr Multiplier  M [    0] (D)

35 Max XmtMemBlks per NIB [ 3000] (D)   50 Abit Tmr Granularity N [    3] (D)

36 Max Mem on Stby Q (%)  [   33] (D)   51 CommBrk Hop Weight     [   25] (D)

37 Trk Cell Rtng Restrict [    Y] (Y/N) 52 CB Fail Penalty Hops   [    2] (D)

38 Stat Config Proc Cnt   [ 1000] (D)   53 Dnld LanIP or NwIP     [ Lan](Lan/Nw)

39 Stat Config Proc Delay [ 2000] (D)   54 IP Relay gateway node  [    0] (D)

40 Enable Degraded Mode   [    Y] (Y/N) 55 Max LAN Window (sec)   [   60] (D)

41 Enable Rrt on Comm Fail[    N] (Y/N) 56 Max LAN Packets/Window [18000] (D)

42 Auto Switch on Degrade [    Y] (Y/N)

43 Max Degraded Aborts    [  100] (D)

44 Max Htls Rebuild Count [  100] (D)

45 Htls Counter Reset Time[ 1000] (D)

This Command: cnfnodeparm

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:25 GMT 

Index Status    Function

1     Enabled   Automatic CLN/PLN Loopback Test on Local/Remote Alarms

2     Enabled   FDP Loopback button

3     Enabled   User Command Logging

4     Enabled   Automatic Card Reset on Hardware Error

5     Enabled   TXR Model D Download

6     Enabled   Card Error Record Wraparound

7     Disabled  Card Test After Failure

8     Disabled  Download From Remote CWM

9     Disabled  Logging of conn events in local event log

10    Disabled  Logging of conn events in CWM event log

11    Disabled  Logging SVC Connection Events

12    Disabled  Force Download From a Specific IP address

13    Disabled  CDP WinkStart Signalling

14    Enabled   Logging of Bus Diagnostic Events in local event log

15    Enabled   Automatic Card Reset after Burnfw for CBI cards

16    Disabled  Logging of router state events in CWM event log

This Command: cnffunc

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:27 GMT 

Index Status    Function

1     Disabled  Repetitive Pattern Suppression

3     Enabled   Frame Relay

4     Disabled  Configuration Save/Restore

5     Disabled  ForeSight

6     Disabled  Frame Relay Network-to-Network Interface

7     Disabled  Multiple VTs (1 session enabled)

8     Disabled  Interface Shelf

9     Enabled   Virtual Trunks

10    Disabled  ABR standard with VSVD

This Command: cnfswfunc 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:27 GMT 

Card   Test    - - - - - - Self Test - - - - - - -   - - Background Test - - -

Type   Freq    Enable        Inc   Thresh  Timeout   Enable        Inc   Thresh

----   -----   --------  -------  -------  -------   --------  -------  -------

PSM      300   Enabled       100      300       31   N/A           100      300

HDM      300   Enabled       100      300       80   Enabled       100      300

LDM      300   Enabled       100      300       80   Enabled       100      300

NTM      300   Enabled       100      300       31   N/A           100      300

FRM      300   Enabled       100      300       80   Enabled       100      300

MT3      300   Enabled       100      300       50   N/A           100      300

CVM      300   Enabled       100      300      300   N/A           100      300

NPM      180   Enabled       100      300      120   N/A           100      300

ARM      300   Enabled       100      300       60   N/A           100      300

BTM      300   Enabled       100      300      120   N/A           100      300

FTM      300   Enabled       100      300       80   Disabled      100      300

UFM      300   Enabled       100      300       80   Enabled       100      300

UFMU     300   Enabled       100      300       80   Enabled       100      300

ALM      300   Enabled       100      300      120   N/A           100      300

UVM      300   Disabled      100      300       60   N/A           100      300

UXM      300   Enabled       100      300      800   Enabled       100      300

URM      300   Enabled       100      300      800   Enabled       100      300

This Command: cnftstparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:28 GMT 

8  Maximum Routing Bundle    [   90] (D)   

9  Reroute Timer             [    3] (secs)   

10 Reset Timer on Line Fail  [  Yes]

11 Max Down/Up Per Pass      [   50] (D)   

12 Down/Up Timer             [30000] (msecs)   

13 Max Route Errs per cycle  [  200] (D)   

14 Time between Rrt cycles   [    5] (mins)   

15 Max. Rrt Err cycles       [    1] (D)   

16 Routing pause timer       [    0] (msecs)   

17 Max msgs sent per update  [   10] (D)   

18 Send SVC urgent msg       [  Yes]

19 Max SVC Retry             [    0] (D)   

20 Wait for TBL Updates      [   70] (100 msecs)

21 Max Derouting Bndl (0=all)[  500] (D)   

22 Enable Cost-Based Routing [   No]

23 Enable Route Cache Usage  [   No]

24 Use Delay for Routing     [   No]

25 # of reroute groups used  [   50] (D)   

26 Starting size of RR grps  [    0] (CLU)

27 Increment between RR grps [  100] (CLU)

28 CM updates app timeout    [    5] (10 secs)

29 Route concurrency level   [    1] (D)   

This Command: cnfcmparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:29 GMT 

1  Rmt Blk Freq (msec)     [    100]    16 FW Dnld Msgs/Block(dec) [      4]    

2  Rmt Blk Size (hex)      [    400]    17 Flash Write TO(msec)    [  16000]    

3  Lcl Blk Freq (msec)     [    100]    18 Flash Erase TO(msec)    [    100]    

4  Lcl Blk Size (hex)      [    400]    19 Erase Verify TO(msec)   [  16000]    

5  Image Req Freq (msec)   [  10000]    20 Standby Flash TO(sec)   [    300]    

6  Dnld Req Freq (msec)    [  10000]    21 Lcl Flash Init TO(msec) [   1000]    

7  Session Timeout (msec)  [  30000]    22 Flsh Write Blk Sz (hex) [  10000]    

8  Request Hop Limit (dec) [      1]    23 Flsh Verfy Blk Sz (hex) [    400]    

9  Crc Throttle Freq (dec) [   5000]    24 Chips Per Write/Erase   [      1]    

10 Crc Block Size (hex)    [    400]    

11 Rev Change Wait(dec)    [      0]    

12 CCs Switch Wait(dec)    [   1000]    

13 Lcl Response TO(msec)   [   5000]    

14 Rmt Response TO(msec)   [  30000]    

15 FW Dnld Block TO(msec)  [     50]    

This Command: cnfdlparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:30 GMT 

1. Logout Time ........... 20 minutes

2. VT Logout Time ........ 4 minutes

3. Prompt Time ........... 60 seconds

4. Command Time .......... 3 minutes

5. UID Privilege Level ... 6

6. Input Character Echo .. Enabled

7. Screen Update Time .... 10 seconds

This Command: cnfuiparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:30 GMT 

1  Priority Bumping Enabled                [  NO]

2  Priority Bumping Bundle                 [  50] (D)     

3  Priority Bumping Bands:                               

   Band 1                                  [   2] (D)     

   Band 2                                  [   4] (D)     

   Band 3                                  [   6] (D)     

   Band 4                                  [   8] (D)     

   Band 5                                  [  10] (D)     

   Band 6                                  [  12] (D)     

   Band 7                                  [  14] (D)     

This Command: cnfbmpparm 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:31 GMT 

Function            Number   Status      Function            Number   Status

Background Upcard     1      Enabled     Dynamic BW Allocation 15     Enabled

Background Updates    2      Disabled    Modem Polling         16     Enabled

Standby Terminal      3      Disabled    Conn Stat Sampling    17     Enabled

Memory Protection     4      Enabled     FastPAD Test          18     Enabled

Comm Break            5      Enabled     Neighbor Update Errs  19     Disabled

Comm Fail Test        6      Enabled     SVC Del Bgnd Updates  20     Disabled

BRAM Memory Protect   7      Enabled

CRC Test              8      Enabled

CDT Clock Test        9      Enabled

Bus Fail Detection    10     Enabled

Line Diag             11     Enabled

Clock Restoral        12     Enabled

Cm_Rerouting          13     Enabled

Clock Routing         14     Enabled

This Command: on1 

node TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:32 GMT 

Function            Number   Status      Function            Number   Status

Line Stat Sampling    1      Enabled     LAN Interface         15     Enabled

Statistical Alarm     2      Enabled     Update Standby Stats  16     Enabled

Job Ready Checker     3      Enabled     EIA Monitoring        17     Enabled

Configuration  Backup 4      Enabled     Telnet Access         18     Enabled

Standby Update        5      Enabled     Junction ID           19     Enabled

Downloader            6      Enabled     Mult SV+/Routing Node 20     Enabled

Cm Updates            7      Enabled     Feeder with NW Trunks 21     Disabled

Power Supply Monitor  8      Enabled     Multiple Fdr Trunks   22     Disabled

Topo/Stat Updates     9      Enabled     Simulated Fdr Trks    23     Disabled

CDP/CIP Sig. Polling  10     Enabled     Auto Renum Fail Recov 24     Enabled

Port Stat Sampling    11     Enabled     IGX - ACM Selftest    25     Enabled

Robust Updates        12     Enabled     Card Simulation Tool  26     Enabled

Robust Alarm Updates  13     Enabled     Major Alarm on NNI    27     Disabled

Realtime Counters     14     Enabled     Deroute Delay         28     Enabled

This Command: on2 

ndoe TN    Cisco           IGX 8430  9.3.40    June 14 2002 17:32 GMT 

Function            Number   Status

Trace Msg Sent        1      Disabled

Multi-DB Stby Updates 2      Enabled

AIT/BTM/ALM 32h Ext2  3      Enabled

Card Synchronization  4      Disabled

Loop Access Dev Init  5      Disabled

Auto allocate UXM UBU 6      Disabled

Trace Conv Msg        7      Disabled

Automatic Cbus Diags  8      Disabled

Region memory init    9      Disabled

VT Clk Switch Evt Log 10     Disabled

This Command: on3 

UXM-T3

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:36 GMT 

TRK  5.3 Config       T3/636   [96000 cps]  UXM slot:5                         

Transmit Trunk Rate:  96000  cps          Payload Scramble:     No           

Rcv Trunk Rate:       96000  cps          Connection Channels:  256          

Pass sync:            Yes                 Gateway Channels:     200          

Loop clock:           No                  Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

Statistical Reserve:  5000   cps          Incremental CDV:      0            

Header Type:          NNI                 Deroute delay time:   0 seconds    

VPI Address:          1                   VC Shaping:           No           

Routing Cost:         10                  VPC Conns disabled:   No           

Idle code:            7F hex             

Restrict PCC traffic: No                 

Link type:            Terrestrial        

Line framing:         PLCP               

Line cable length:    0-225 ft.          

HCS Masking:          Yes                

Last Command: dsptrkcnf 5.3

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:37 GMT 

TRK  5.3 Parameters:

 1 Yel Alm-In/Out (D)  [  2500/ 15000]     18 Red Alm-In/Out (D) [  2500/ 15000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  2.0]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  532]    15 BDataA [10000]     29 rt-VBR [  532]   32 BDataA [10000]

13 Non TS [  795]    16 BDataB [10000]     30 Non TS [  795]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK  5.3 Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command: cnftrkparm 5.3

UXM-T1-IMA (1 physical line up)

node TN    Cisco           IGX 8430  9.3.40    June 18 2002 14:50 GMT 

TRK  4.1 Config       T1/24    [3622  cps]  UXM slot:4                         

IMA Group Member(s): 1                   Line coding:         B8ZS         

Retained links:      1                   Line cable type:     ABAM         

Transmit Trunk Rate: 3622   cps          Line cable length:   0-131 ft.    

Rcv Trunk Rate:      3622   cps          HCS Masking:         Yes          

Pass sync:           Yes                 Payload Scramble:    No           

Loop clock:          No                  Connection Channels: 256          

Statistical Reserve: 1000   cps          Gateway Channels:    200          

Header Type:         NNI                 Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

VPI Address:         1                   Incremental CDV:     0            

Routing Cost:        10                  IMA Protocol Option: Disabled     

Idle code:           7F hex              IMA Max. Diff. Dly:  200 msec.    

Restrict PCC traffic:No                  IMA Clock Mode:      CTC          

Link type:           Terrestrial         Deroute delay time:  0 seconds    

Line framing:        ESF                 VC Shaping:          No           

TRK  4.1 Config       T1/24    [3622  cps]  UXM slot:4                         

VPC Conns disabled:  No 

This Command:dsptrkcnf 4.1

node TN    Cisco           IGX 8430  9.3.40    June 18 2002 14:50 GMT 

TRK  4.1 Parameters:

 1 Yel Alm-In/Out (D)  [   600/   600]     18 Red Alm-In/Out (D) [  2500/ 15000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  2.0]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [   22]    15 BDataA [10000]     29 rt-VBR [   21]   32 BDataA [10000]

13 Non TS [   30]    16 BDataB [10000]     30 Non TS [   28]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK  4.1 Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command:cnftrkparm 4.1

UXM-T1-IMA (4 physical lines up)

node TN    Cisco           IGX 8430  9.3.40    June 18 2002 14:51 GMT 

TRK  4.5(4) Config    T1/95    [14339 cps]  UXM slot:4                         

IMA Group Member(s): 5-8                 Line coding:         B8ZS         

Retained links:      4                   Line cable type:     ABAM         

Transmit Trunk Rate: 14339  cps          Line cable length:   0-131 ft.    

Rcv Trunk Rate:      14339  cps          HCS Masking:         Yes          

Pass sync:           Yes                 Payload Scramble:    No           

Loop clock:          No                  Connection Channels: 256          

Statistical Reserve: 1000   cps          Gateway Channels:    200          

Header Type:         NNI                 Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

VPI Address:         1                   Incremental CDV:     0            

Routing Cost:        10                  IMA Protocol Option: Enabled      

Idle code:           7F hex              IMA Max. Diff. Dly:  200 msec.    

Restrict PCC traffic:No                  IMA Clock Mode:      CTC          

Link type:           Terrestrial         Deroute delay time:  0 seconds    

Line framing:        ESF                 VC Shaping:          No           

TRK  4.5(4) Config    T1/95    [14339 cps]  UXM slot:4                         

VPC Conns disabled:  No 

This Command:dsptrkcnf 4.5

node TN    Cisco           IGX 8430  9.3.40    June 18 2002 14:52 GMT 

TRK  4.5(4) Parameters:

 1 Yel Alm-In/Out (D)  [   600/   600]     18 Red Alm-In/Out (D) [  2500/ 15000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  2.0]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [   81]    15 BDataA [10000]     29 rt-VBR [   80]   32 BDataA [10000]

13 Non TS [  118]    16 BDataB [10000]     30 Non TS [  117]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK  4.5(4) Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command:cnftrkparm 4.5

UXM-E1-IMA (1 physical line up)

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:40 GMT 

TRK 13.1 Config       E1/30    [4528  cps]  UXM slot:13                        

Line DS-0 map:        1-15,17-31          Line coding:          HDB3         

IMA Group Member(s):  1                   Line CRC:             Yes          

Retained links:       1                   Line recv impedance:  120 ohm      

Transmit Trunk Rate:  4528   cps          HCS Masking:          Yes          

Rcv Trunk Rate:       4528   cps          Payload Scramble:     Yes          

Pass sync:            Yes                 Connection Channels:  256          

Loop clock:           No                  Gateway Channels:     200          

Statistical Reserve:  1000   cps          Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

Header Type:          NNI                 Incremental CDV:      0            

VPI Address:          1                   IMA Protocol Option:  Disabled     

Routing Cost:         10                  IMA Max. Diff. Dly:   200 msec.    

Idle code:            54 hex              IMA Clock Mode:       CTC          

Restrict PCC traffic: No                  Deroute delay time:   0 seconds    

Link type:            Terrestrial         VC Shaping:           No           

TRK 13.1 Config       E1/30    [4528  cps]  UXM slot:13                        

VPC Conns disabled:   No                 

This Command: dsptrkcnf 13.1

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:40 GMT 

TRK 13.1 Parameters:

 1 Yel Alm-In/Out (D)  [  1000/  2000]     18 Red Alm-In/Out (D) [  1000/  2000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  N/A]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [   27]    15 BDataA [10000]     29 rt-VBR [   26]   32 BDataA [10000]

13 Non TS [   37]    16 BDataB [10000]     30 Non TS [   36]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK 13.1 Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command: cnftrkparm 13.1

UXM-E1-IMA (4 physical lines up)

node           TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:41 GMT 

TRK 13.5(4) Config    E1/119   [17962 cps]  UXM slot:13                        

Line DS-0 map:        1-15,17-31          Line coding:          HDB3         

IMA Group Member(s):  5-8                 Line CRC:             Yes          

Retained links:       4                   Line recv impedance:  120 ohm      

Transmit Trunk Rate:  17962  cps          HCS Masking:          Yes          

Rcv Trunk Rate:       17962  cps          Payload Scramble:     Yes          

Pass sync:            Yes                 Connection Channels:  256          

Loop clock:           No                  Gateway Channels:     200          

Statistical Reserve:  1000   cps          Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

Header Type:          NNI                 Incremental CDV:      0            

VPI Address:          1                   IMA Protocol Option:  Enabled      

Routing Cost:         10                  IMA Max. Diff. Dly:   200 msec.    

Idle code:            54 hex              IMA Clock Mode:       CTC          

Restrict PCC traffic: No                  Deroute delay time:   0 seconds    

Link type:            Terrestrial         VC Shaping:           No           

TRK 13.5(4) Config    E1/119   [17962 cps]  UXM slot:13                        

VPC Conns disabled:   No 

This Command: dsptrkcnf 13.5

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:42 GMT 

TRK 13.5(4) Parameters:

 1 Yel Alm-In/Out (D)  [  1000/  2000]     18 Red Alm-In/Out (D) [  1000/  2000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  N/A]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  101]    15 BDataA [10000]     29 rt-VBR [  100]   32 BDataA [10000]

13 Non TS [  148]    16 BDataB [10000]     30 Non TS [  147]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK 13.5(4) Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command: cnftrkparm 13.5

UXM-E3

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 02:23 GMT 

TRK  5.1 Config       E3/530   [80000 cps]  UXM slot:5                         

Transmit Trunk Rate:  80000  cps          Payload Scramble:     Yes          

Rcv Trunk Rate:       80000  cps          Connection Channels:  256          

Pass sync:            Yes                 Gateway Channels:     200          

Loop clock:           No                  Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

Statistical Reserve:  5000   cps          Incremental CDV:      0            

Header Type:          NNI                 Deroute delay time:   0 seconds    

VPI Address:          1                   VC Shaping:           No           

Routing Cost:         10                  VPC Conns disabled:   No           

Idle code:            7F hex             

Restrict PCC traffic: No                 

Link type:            Terrestrial        

Line framing:         HEC                

Line cable length:    0-225 ft.          

HCS Masking:          Yes                

Last Command: dsptrkcnf 5.1

node          TRM   Cisco           IGX 8420  9.3.40   June 10 2002 02:23 GMT 

TRK  5.1 Parameters:

 1 Yel Alm-In/Out (D)  [  2500/ 15000]     18 Red Alm-In/Out (D) [  2500/ 15000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  2.0]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  443]    15 BDataA [10000]     29 rt-VBR [  443]   32 BDataA [10000]

13 Non TS [  662]    16 BDataB [10000]     30 Non TS [  662]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK  5.1 Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command: cnftrkparm 5.1

UXM-OC3

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 02:24 GMT 

TRK 10.1 Config       OC3      [353207cps]  UXM slot:10                        

Transmit Trunk Rate:  353208 cps          Connection Channels:  256          

Rcv Trunk Rate:       353207 cps          Gateway Channels:     200          

Pass sync:            Yes                 Traffic:V,TS,NTS,FR,FST,CBR,N&RVBR,ABR

Loop clock:           No                  Incremental CDV:      0            

Statistical Reserve:  5000   cps          Frame Scramble:       Yes          

Header Type:          NNI                 Deroute delay time:   0 seconds    

VPI Address:          1                   VC Shaping:           No           

Routing Cost:         10                  VPC Conns disabled:   No           

Idle code:            7F hex             

Restrict PCC traffic: No                 

Link type:            Terrestrial        

Line framing:         STS-3C             

HCS Masking:          Yes                

Payload Scramble:     Yes                

Last Command: dsptrkcnf 10.1

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 02:24 GMT 

TRK 10.1 Parameters:

 1 Yel Alm-In/Out (D)  [  2500/ 10000]     18 Red Alm-In/Out (D) [  2500/ 10000]

 2 Rx Max Age - rt-VBR   (D)   [   20]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [   20]     20 Tx EFCN    - BdataB   (%)  [   20]

 4 Gateway Efficiency    (D)   [  2.0]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP/EPD- Rx_Space (%)   [  N/A]     21 BDataA [  N/A]   23 BDataA [  N/A]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  N/A]   24 BDataB [  N/A]

Rx High CLP   (%)    Rx Low CLP/EPD(%)     Tx High CLP   (%)   Tx Low CLP/EPD(%)

 8 BDataA [   80]    10 BDataA [   60]     25 BDataA [   80]   27 BDataA [   60]

 9 BDataB [   80]    11 BdataB [   60]     26 BDataB [   80]   28 BDataB [   60]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [ 1952]    15 BDataA [10000]     29 rt-VBR [ 1952]   32 BDataA [10000]

13 Non TS [ 2925]    16 BDataB [10000]     30 Non TS [ 2925]   33 BDataB [10000]

14 TS     [ 1000]    17 HighPri[ 1000]     31 TS     [ 1000]   34 HighPri[ 1000]

TRK 10.1 Parameters:

Rx Queue Depth(D)    Tx Queue Depth(D)    Rx EFCN       (%)    Tx EFCN       (%)

35 CBR    [  600]    38 CBR    [  600]

36 nrt-VBR[ 5000]    39 nrt-VBR[ 5000]

37 ABR    [20000]    40 ABR    [20000]    47 ABR    [   20]    48 ABR    [   20]

Rx High CLP   (%)    Rx Low CLP/EPD(%)    Tx High CLP   (%)    Tx Low CLP/EPD(%)

41 CBR    [   80]    44 CBR    [   60]    49 CBR    [   80]    52 CBR    [   60]

42 nrt-VBR[   80]    45 nrt-VBR[   60]    50 nrt-VBR[   80]    53 nrt-VBR[   60]

43 ABR    [   80]    46 ABR    [   60]    51 ABR    [   80]    54 ABR    [   60]

This Command: cnftrkparm 10.1

NTM-T1

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 02:25 GMT 

TRK  4 Config         T1/24    [8000  pps]  NTM slot:4                         

Line DS-0 map:        0-23                Deroute delay time:   0 seconds    

Pass sync:            Yes                

Loop clock:           No                 

Statistical Reserve:  1000   pps         

Routing Cost:         10                 

Idle code:            7F hex             

Restrict PCC traffic: No                 

Link type:            Terrestrial        

Line framing:         D4                 

Line coding:          B8ZS               

Line cable type:      ABAM               

Line cable length:    0-133 ft.          

Traffic:              V,TS,NTS,FR,FST    

Incremental CDV:      0                  

Last Command: dsptrkcnf 4

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 02:25 GMT 

TRK  4 Parameters:

 1 Yel Alm-In/Out (D)  [   600/   600]     18 Red Alm-In/Out (D) [  2500/ 15000]

 2 Rx Max Age - rt-VBR   (D)   [  N/A]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [  N/A]     20 Tx EFCN    - BdataB   (D)  [   30]

 4 Gateway Efficiency    (D)   [  N/A]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP  - Rx_Space   (%)   [  N/A]     21 BDataA [  128]   23 BDataA [  128]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  128]   24 BDataB [  128]

Rx High CLP   (%)    Rx Low CLP    (%)     Tx High CLP   (%)   Tx Low CLP    (%)

 8 BDataA [  N/A]    10 BDataA [  N/A]     25 BDataA [  100]   27 BDataA [  100]

 9 BDataB [  N/A]    11 BdataB [  N/A]     26 BDataB [   75]   28 BDataB [   25]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  N/A]    15 BDataA [  N/A]     29 rt-VBR [   22]   32 BDataA [  600]

13 Non TS [  N/A]    16 BDataB [  N/A]     30 Non TS [   30]   33 BDataB [  600]

14 TS     [  N/A]    17 HighPri[  N/A]     31 TS     [ 2648]   34 HighPri[  100]

This Command: cnftrkparm 4 

NTM-E1

node         TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:45 GMT 

TRK 15 Config         E1/32    [10666 pps]  NTM slot:15                        

Line DS-0 map:        0-31               

Pass sync:            Yes                

Loop clock:           No                 

Statistical Reserve:  1000   pps         

Routing Cost:         10                 

Idle code:            54 hex             

Restrict PCC traffic: No                 

Link type:            Terrestrial        

Line coding:          HDB3               

Line CRC:             No                 

Line recv impedance:  75 ohm + gnd       

Traffic:              V,TS,NTS,FR,FST    

Incremental CDV:      0                  

Deroute delay time:   0 seconds          

Last Command: dsptrkcnf 15

node          TRM   Cisco           IGX 8420  9.3.40    June 10 2002 04:45 GMT 

TRK 15 Parameters:

 1 Yel Alm-In/Out (D)  [  1000/  2000]     18 Red Alm-In/Out (D) [  1000/  2000]

 2 Rx Max Age - rt-VBR   (D)   [  N/A]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [  N/A]     20 Tx EFCN    - BdataB   (D)  [   30]

 4 Gateway Efficiency    (D)   [  N/A]

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP  - Rx_Space   (%)   [  N/A]     21 BDataA [  128]   23 BDataA [  128]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  128]   24 BDataB [  128]

Rx High CLP   (%)    Rx Low CLP    (%)     Tx High CLP   (%)   Tx Low CLP    (%)

 8 BDataA [  N/A]    10 BDataA [  N/A]     25 BDataA [  100]   27 BDataA [  100]

 9 BDataB [  N/A]    11 BdataB [  N/A]     26 BDataB [   75]   28 BDataB [   25]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  N/A]    15 BDataA [  N/A]     29 rt-VBR [   28]   32 BDataA [  600]

13 Non TS [  N/A]    16 BDataB [  N/A]     30 Non TS [   40]   33 BDataB [  600]

14 TS     [  N/A]    17 HighPri[  N/A]     31 TS     [ 2632]   34 HighPri[  100]

This Command: cnftrkparm 15

NTM-SR

node TN    Cisco           IGX 8420  9.3.36   Feb. 15 2002 12:44 PST  

TRK  7 Config         SR/30    [10000 pps]  NTM slot:7                          

Subrate interface:    X.21                                                      

Subrate data rate:    1920 kbps                                                 

Pass sync:            No                                                        

Loop clock:           Yes                                                       

Statistical Reserve:  1000   pps                                                

Routing Cost:         10                                                        

Restrict PCC traffic: No                                                        

Link type:            Terrestrial                                               

Traffic:              V,TS,NTS,FR,FST                                           

Deroute delay time:   0 seconds                                                 

This Command: dsptrkcnf 7                                                       

node TN    Cisco           IGX 8420  9.3.36   Feb. 15 2002 12:44 PST  

TRK  7 Parameters:                                                              

 1 Yel Alm-In/Out (D)  [  1000/  2000]     18 Red Alm-In/Out (D) [  1000/  2000]

 2 Rx Max Age - rt-VBR   (D)   [  N/A]     19 Tx Max Age - rt-VBR   (D)  [   20]

 3 Rx EFCN  - BdataB     (D)   [  N/A]     20 Tx EFCN    - BdataB   (D)  [   30]

 4 Gateway Efficiency    (D)   [  N/A]                                          

 5 EFCN     - Rx Space   (D)   [  N/A]     Tx Age Step2  (D)   Tx Age Step   (D)

 6 Low CLP  - Rx_Space   (%)   [  N/A]     21 BDataA [  128]   23 BDataA [  128]

 7 High CLP - Rx_Space   (%)   [  N/A]     22 BDataB [  128]   24 BDataB [  128]

Rx High CLP   (%)    Rx Low CLP    (%)     Tx High CLP   (%)   Tx Low CLP    (%)

 8 BDataA [  N/A]    10 BDataA [  N/A]     25 BDataA [  100]   27 BDataA [  100]

 9 BDataB [  N/A]    11 BdataB [  N/A]     26 BDataB [   75]   28 BDataB [   25]

Receive Queue Depth                (D)     Transmit Queue Depth              (D)

12 rt-VBR [  N/A]    15 BDataA [  N/A]     29 rt-VBR [   27]   32 BDataA [  600]

13 Non TS [  N/A]    16 BDataB [  N/A]     30 Non TS [   37]   33 BDataB [  600]

14 TS     [  N/A]    17 HighPri[  N/A]     31 TS     [ 2636]   34 HighPri[  100]

This Command: cnftrkparm 7 

Appendix A: BXM Firmware MFV Release Notes

This section contains information about the BXM firmware MFV.

About the Firmware MFV

BXM firmware version MFV supports all existing interfaces and models of BXM hardware. The tables in this section outline various levels of hardware revisions supported for BXM firmware version MFV.

Front Cards

Model Num	Description	FW model	HW Rev	FW Rev
BXM-155-4	4 port OC3 Line Module (Front Card)	F	B	MFV
BXM-155-8	8 port OC3 Line Module (Front Card)	F	B	MFV
BXM-622	1 port OC12 Line Module (Front Card)	F	D	MFV
BXM-622-2	2 port OC12 Line Module (Front Card)	F	D	MFV
BXM-T3-8	8 port T3 Line Module (Front Card)	F	B	MFV
BXM-T3-12	12 port T3 Line Module (Front Card)	F	B	MFV
BXM-E3-8	8 port E3 Line Module (Front Card)	F	B	MFV
BXM-E3-12	12 port E3 Line Module (Front Card)	F	B	MFV
BXM-155-8DX	8 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-8D	8 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-4DX	4 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-4D	4 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-622-2DX	2 port OC12 Line Module (Front Card)	F	A0	MFV
BXM-622-2D	2 port OC12 Line Module (Front Card)	F	A0	MFV
BXM-622-DX	1 port OC12 Line Module (Front Card)	F	A0	MFV
BXM-T3-12EX	12 port T3 Line Module (Front Card)	F	A0	MFV
BXM-T3-12E	12 port T3 Line Module (Front Card)	F	A0	MFV
BXM-T3-8E	8 port T3 Line Module (Front Card)	F	A0	MFV
BXM-E3-12EX	12 port E3 Line Module (Front Card)	F	A0	MFV
BXM-E3-12E	12 port E3 Line Module (Front Card)	F	A0	MFV
BXM-E3-8E	8 port E3 Line Module (Front Card)	F	A0	MFV

Front Card for APS Compatibility

Model Num	Description	FW model	HW Rev	FW Rev
BXM-155-4	4 port OC3 Line Module (Front Card)	F	C	MFV
BXM-155-8	8 port OC3 Line Module (Front Card)	F	C	MFV
BXM-622	1 port OC12 Line Module (Front Card)	F	E	MFV
BXM-622-2	2 port OC12 Line Module (Front Card)	F	E	MFV
BXM-155-8DX	8 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-8D	8 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-4DX	4 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-155-4D	4 port OC3 Line Module (Front Card)	F	A0	MFV
BXM-622-2DX	2 port OC12 Line Module (Front Card)	F	A0	MFV
BXM-622-2D	2 port OC12 Line Module (Front Card)	F	A0	MFV
BXM-622-DX	1 port OC12 Line Module (Front Card)	F	A0	MFV

Back Cards

Model Num	Description	HW Rev	FW Rev
MMF-155-4	4 port multi-mode fiber back card	A	na
MMF-155-8	8 port multi-mode fiber back card	A	na
SMF-155-4	4 port single-mode fiber intermediate-reach back card	A	na
SMF-155-8	8 port single-mode fiber intermediate-reach back card	A	na
SMFMR-155-4	4 port single-mode fiber long-reach back card	A	na
SMFMR-155-8	4 port single-mode fiber long-reach back card	A	na
SMF-622	1 port intermediate-reach OC12 back card	A	na
SMF-622-2	2 port intermediate-reach OC12 back card	A	na
SMFMR-622	1 port long-reach OC12 back card	A	na
SMFMR-622-2	2 port long-reach OC12 back card	A	na
XLR-622	1 port extra long-reach OC12 back card	A	na
XLR-622-2	2 port extra long-reach OC12 back card	A	na
BPX-T3/E3-12	12 port T3/E3 back card	A	na
BPX-T3/E3-8	8 port T3/E3 back card	A	na
RDNT-LR-622-2	2 port long-reach OC12 redundant back card	A	na
RDNT-SM-622-2	2 port intermediate reach OC12 redundant back cards	A	na
RDNT-SM-622	1 port intermediate reach OC12 redundant back cards	A	na
RDNT-LR-155-8	8 port long-reach OC3 redundant back cards	A	na
RDNT-SM-155-4	4 port intermediate-reach OC3 redundant back cards	A	na
RDNT-SM-155-8	8 port intermediate-reach OC3 redundant back cards	A	na

New Features supported in BXM Firmware MFV

VC merge support added.

New Features supported in BXM Firmware MFU

Virtual trunk oversubscription.
VC shaping.

New Features Supported in BXM Firmware MFT

Bug fix only. This image includes a fix for the bug CSCdw54957.

New Features Supported in BXM Firmware MFR

Bug fix only.

New Features Supported in BXM Firmware MFP

Configurable number of ILMI traps.

New Features Supported in BXM Firmware MFN

F4-F5 Mapping on ports and F4 AIS detection on virtual trunks.
Support for E2E tstpingoam.
Support for O.151 OAM standard.

New Features Supported in BXM Firmware MFM

Bug fix only.

New Features Supported in BXM Firmware MFK

LCN CAC with policing parameters set by PNNI controller. (See Notes, Cautions & Clarifications).

New Features Supported in BXM Firmware MFJ

Bug fix only.

New Features Supported in BXM Firmware MFH

Dynamic partitioning feature is supported on BXM card by default. Remote shell feature through the BCC CLI provides a mechanism to turn off this feature.
SPVC feeder support.

New Features Supported in BXM Firmware MFF

Use of separate qbin to guarantee bandwidth resources for the control channels of VSI controllers.

New Features Supported in BXM Firmware MFE

Bug fix only.

Note Support for APS 1:1 added for VSI.

New Features Supported in BXM Firmware MFD

Bug fix only.

New Features Supported in BXM Firmware MFC

Support for SES (PNNI controller).
BootCore enhancement to support multi-vendor flash-SIMMs.
A 1 msec granularity for tstdelay measurement.

New Features Supported in BXM Firmware MFB

Multiple VSI (2.2) partition feature. Three partitions are supported.
Hitless connection density upgrade for BXM.
SCR and PCR policing at less than 50 CPS for T3/E3 BXMs.
Control traffic shaping.

New Features Supported in BXM Firmware MFA

Multiple VSI (2.2) partition feature. (two partitions)

Note First release in MF branch of firmware.

New Features Supported in BXM Firmware MEC

There is no new feature in release MEC.

New Features Supported in BXM Firmware MEB

There is no new feature in release MEB.

New Features Supported in BXM Firmware MEA

VSI version 2.2 (single partition).
ITUT Annex B and configurable signal degrade (SD) and signal failure (SF) thresholds for SONET linear APS on BXM-OC3 and BXM-OC12 (1+1, 2 card, 1:1).

The current default thresholds are

BIP count	Condition
10^-4	SF detected
10^-5	SD detected & SF clear
10^-6	SD clear & SF clear

New Features Supported in BXM Firmware MDA

Virtual trunking
BXM multi-level channel statistics
SONET linear APS on BXM-OC3 and BXM-OC12 (1+1, 2 card, 1:1)
Card based LMI and ILMI
Upgrade from VSI 1.1 to VSI 2.2 is supported in this release. See Special Installation/Upgrade Requirements.

Special Installation/Upgrade Requirements

APS Issues

Upgrading from MEK and lower firmware to MFV when feeder trunks are utilized with APS while the BPX node does not have APS requires the following procedure:

Step 1 Change the MGX Release 1 feeder to use APS1+1 unidirectional AND disable K1K2 processing (may need to delete and then add back APS). On the BPX temporarily configure to use unidirectional mode.

Step 2 After MGX Release 1 dspapsln shows both lines OK, delete the APS line on the BPX.

Step 3 Proceed to upgrade the BXM cards as if YRED.

Step 4 After both cards are MFV, add back the APS on the BPX.

Step 5 Reconfigure both MGX Release 1 and BPX to use the appropriate APS configurations.

BXM cards with M.C.B/M.D.A firmware or later can be smoothly migrated to the M.F.A or above version of firmware by using Y-cable redundancy.

To upgrade a BXM card pair in Y-red configuration, complete the following steps:

Step 1 Upgrade the standby card with the MFA or above firmware version. Wait for all of the configuration to be downloaded into the card.

Step 2 Do a switchyred to switch to the card with firmware M.F.A or above version.

Step 3 Burn the other card with the desired version MFA or above firmware. Follow the standard firmware upgrade procedure for downloading and burning the firmware into the cards.

Step 4 If BCC SWSW version is 9.1.18 and dspnovram shows 0 or 4 for Number of Channel Stats, go directly to MFC or above versions from MCC.

Channel Statistics Issues

While upgrading from firmware, on OC3, 1 port OC12 BXM cards, if stats level on BXM is greater than 1, use one of the following upgrade procedures listed below.

Upgrade from firmware revision MEA or higher.

Step 1 Upgrade SWSW to 9.2.30 or higher.

Step 2 Upgrade the firmware to MFV.

Upgrade from firmware revision lower than MEA. This procedure avoids card mismatch.

Step 1 Upgrade firmware to MEC.

Step 2 Upgrade the SWSW to 9.2.30 or higher revision.

Step 3 Upgrade the firmware to MFV.

A firmware burn should not be interrupted. A card reset in the middle of burn firmware results in the BXM being maintained in the core state (identified by blinking yellow LED) or failed state (identified by a solid red led). In this case the dspcds screen reports the card as FAILED. This state can be recovered by reburning the firmware into the card.

Features Obsoleted

1. VSI 1.0 is obsoleted by VSI 2.2 in the MDA release onwards.

2. From versions MFJ to MFN channel statistics level 0 is no longer supported for BXM-155-4, BXM-155-8, BXM-622, BXM-622-2, BXM-T3-8, BXM-T3-12, BXM-E3-8, BXM-E3-12 models. In MFN onwards conditional support for stats level 0 is revoked. See the Notes, Cautions & Clarifications section point 13 for more details.

3. In all other models channel statistics level 0 is supported by all firmware versions (BXM-155-8DX, BXM-155-8D, BXM-155-4DX, BXM-155-4D, BXM-622-2DX, BXM-622-2D, BXM-622-DX, BXM-T3-12EX, BXM-T3-12E, BXM-T3-8E, BXM-E3-12EX, BXM-E3-12E, BXM-E3-8E).

Notes, Cautions & Clarifications

1. BXM Model F firmware is intended for use with 9.3 switch software. BXM Model F firmware may be used to upgrade BXMs during the upgrade process from switch software release 9.2 to 9.3. BXM Model F firmware has not been tested for compatibility with release 8.4, 8.5, and 9.1 switch software. It is compatible with IOS version 12.05t2 or greater for MPLS.

2. M.F.E is a not on CCO as it is an SES specific release.

3. Protection Switching based on BER on BXM may not comply to standards. The GR-253 and ITU-T G.783 requires that switching be completed within 60 msec from the time the error starts. BXM is unable to detect BER threshold crossing until the next poll, which occurs every 250 msec. Thus, switching time may be up to 250 msec under certain circumstances.

4. In APS 1+1 default configuration, both backcard LEDs show green when primary card is active and selection is from PROT line. When primary card is active and it is selecting from PROT, PROT backcard should be green, since it is carrying traffic. WORK backcard should also be green since that is the physical path for the primary (and active) card to pass traffic. Backcard LED green means the backcard is directly or indirectly carrying traffic, and pulling the backcard causes traffic disruption (CSCdm53430).

5. In APS 1+1 default configuration and a manual W->P is on and a switchyred is issued, a manual W->P event is logged. By default, on switchyred the new active card comes up in "clear" state. But in this case since there is a manual W->P on, the APS line switches to PROT and the switching is logged (CSCdm53404).

6. In APS 1+1 default configuration if the selected line is PROT and last user request is clear and a switchyred is issued, line switches to WORK. If the last user request is "clear", full automatic APS switching is in effect with the working line being active by default. When there is no last user switch request to switch to any particular line, the working line becomes active. (CSCdm53420)

7. When APS Annex B is added to local end which has the secondary card active, the APS trunk goes into Comm Failure for few seconds and then clears. If the secondary card is active, do a switchyred to make the primary card active. Then, add APS Annex B (CSCdm46359).

8. MFK and above versions support LCN CAC for Class of Services. The controller reserves some LCNs for control VC as default. These reserved LCNs cannot be used by any Class of Service in MFT. If all the LCNs for the partition have been used in a version earlier than MFK after the MFT version is updated in the switch, some connections may not be added. These connections try to use LCNs reserved for control VC which is not allowed. Configure more LCNs for the partition to make sure enough LCNs exist for all the connections.

9. The OC-3 MultiMode Fiber backcards do not support Y-cable redundancy.

10. APS 1:1 is not supported for VSI in versions before MFE. (Bug CSCdp42996) APS 1:1 should not be configured on ports intended to be used by PNNI or MPLS as after switchover traffic flow is stalled on the protection line for releases before MFE. However, in MFE and above, this problem is fixed.

11. Total BW allocated to all VSI partitions on a BXM should not be more that OC12 rate, 1412832 cps. BCC SWSW allows users to configure more than OC12 rate, in which case all the PNNI connection commit requests are NACKed by BXM.

12. In firmware versions prior to MFF signaling bandwidth for an SES controller was not guaranteed. In MFF and above the signaling Qbin feature has been added (with SWSW 9.3.10 and above and SES image 1.0.10 and above) to guarantee signaling bandwidth.

13. In version MFP and above Stats Level 0 is not supported. If a card was configured with Stats Level 0 with VSI enabled in a previous release of firmware, upon upgrading to MFP, a mismatch occurs. Users have to reconfigure their cards to Stats Level 1 or above before upgrading; otherwise, VSI operation is impacted. However, the BXME (enhanced card) supports all statistic levels unconditionally with all valid configurations, models, and releases.

14. Starting with MFP through this release of MFV, changes to the alarm handling have been implemented. Excessive BIP-8 error rates (10-3) which escalate into unavailable seconds (UAS) now report to SWSW as red alarms. Therefore, SWSW fails these connections and initiates trunk rerouting.

Note This feature is not active when APS is configured and enabled. However, an exposure might occur in configurations where APS is not enabled, on alternate trunk routes that do not exist, or on UNI ports. Because this feature is not configurable users who do not want this behavior should not upgrade to MFP through MFV. Instead, they should wait for a subsequent SWSW BXM FW release in which this feature can be turned on and off (default is off) via CLI.

Known Anomalies

The following table lists the known anomalies for the BXM firmware.

Bug ID	Description	Apply to SES
CSCdr11810	Symptoms: BXM does not report Abit when SPVC fdr is provisioned w/o AR fdr segment. Conditions: Add SPVC feeder segment. Do not provision an AR feeder. Abit failure should be reported. SWSW 8.5.10 Reproducible. Workaround: None. This would be an enhancement.	Yes
CSCdx28781	Symptom: When inserting BIP-8 from an ADTECH test set into a OC-3 or OC-12, it is failing all connections and sending an AIS back to the test set. The proper response is only to send a FEBE back to the test set. Disconnected and reconnected to BXM with MEE Condition: Tested with 9.3.4P and MF14 (BETA TB) and results are the same as MFP. Workaround: Unknown	No
CSCdx43656	Symptom: SCR of SPVC service type vbr1 and vbr2 is not guaranteed, when there is congestion happened, the vbr received less traffic than abr even they have the same scr and mcr. Conditions: With abr and vbr1/2 on the same port and congest the port, it does happen all the time, but with high frequency under the same configuration. Workaround: Unknown.	Yes
CSCdx52484	Symptom: CBR traffic got dropped on ENNI link on BPX side where there is congestion. Condition: resetcd of BXM can solve the problem. Workaround: Unknown.	No
CSCdw16017	Symptom: Traffic is only seen on the ingress of the master and slave nodes. Condition: This problem is triggered by a network condition that causes the VPC to reroute. VPC experiencing this problem have been ABRSTD with VSVD enabled one megabits or larger VPC connections. Workaround: Uping and downing the connection clears the problem.	No
CSCdw80712	Symptom: 1:1 APS allows manual/forced switchapsln P->WLine. Conditions: 1. 1:1 APS with Bi-Dir configured; remote is AXSM/B. 2. Manual switchaps W->PLine from AXSM/B. 3. Forced switchaps P->WLine from BXM. Workaround:None.	No
CSCdx55794	Symptom: BXM incorrectly sends LMI version to IGX feeder Conditions: Add IGX feeder to the BPX/SES switch SWSW versions 9.4.00 and BXM FW MF29 Workaround: Unknown	Yes
CSCdx72292	Symptom: BPX not allowing SES to cross-commit SPVC's Conditions: SWSW 9.3.40 and BXM FW MF17 with 12000 SPVC's routed between two BPX/SES nodes only half are routed the rest are NACK'ed. Workaround: There are two ways to work around: 1. When the sum of the policy parameter (% of the partition minimum bandwidth reserved for each service of class) is reaching 100% (PNNI partition only), provide at least 20 cells of common pool using cnfrsrc command. For example: the max bandwidth of partition 1 is X and min bandwidth of partition 1 is Y the max bandwidth of partition 2 is W and min bandwidth of partition 2 is Z Make sure that max(X, W, Y+Z) should be greater than Y+Z+20. Here, the total bandwidth allocated to that interface = max(X,W,Y+Z), the common pool for that interface = max(X, W, Y+Z) - (Y + Z). 2. When the common pool resulted from the cnfrsrc is zero, try to reduce the sum of the policy parameter (% of partition min bandwidth for each class of service) to less than 100% for PNNI partition.	Yes

Bugs Fixed in MFV

Bug ID	Description
CSCdr55738	Symptom: Switchyred on APS 1+1 trunks is taking longer than 250 msec Condition: Performed switchyred on APS 1+1 with SWSW 9.3.10 and BXM FW MF17 Workaround: Unknown
CSCds20584	Symptom: BW change by cnftrk command does not change ER stamping BW. Condition: When the AR ABR STD connection is programmed and the bw of trunk is changed by the cnftrk command. The changed BW does not take effect. Workaround: Manually reset the card.
CSCdu09831	Symptom: APS fails when working backcard (active or standby) is removed from chassis when working front card is active. Conditions: The working front card has to be the active card when working backcard is removed. This occurs when APS 1+1 ITUT non-revertive bi-directional configuration SWSW 9.2.34BXM fw MFJ. Workaround: In operational situations always have the protecting front card and protecting backcard as active. Any failures will then switch ok and either backcard can be swapped while protecting front card is active.
CSCdv86732	Symptom: Incorrect values for Path Unavailable Seconds statistics are displayed under dspplyslnstathist. The displayed counts maybe higher than expected. For example, over a 900 second period, 910 Path UAS counts may be displayed. While Path UAS stats are referred to specifically, other duration statistic counts could be affected as well. Conditions: The problem occurs under the following conditions: BXM line or trunk The line or trunk is in major alarm (e.g. LOS, AIS, YEL) Statistics are collected on the line or trunk to report the duration of the alarm condition (e.g. UAS). The automatic trunk/line loopback test is disabled using the cnffunc command. Workaround: None
CSCdw06552	Symptom: Conns should stop passing traffic when dnpnport on UNI port on SES. Conditions: There were some SPVC connections including double-ended and single-ended SPVC connections between SES and MGX 8850 (PXM45) node. Both UNI ports were connected to Adtech tester. Executed dnpnport on UNI port on SES, all the connections went to AIS state on MGX 8850 (PXM45) node. Started passing traffic on all those connections, the AIS state was cleared on all the connections, though AIS was still sent out from SES side, but the other end could not distinguish OAM cells from the data traffic. When pnport is down, the connection on that interface should be programmed to set Inhibit Rx Data or send AIS out the UNI port, and stop passing traffic into the network, so that the other end can interpret OAM cells. Workaround: Unknown.
CSCdw21798	Symptoms: Forced switchapsln when secondary section has failed is accepted. Condition: APS AnnexB between POP2 and BPX (OC12), remove Tx and Rx cables on working section 1. Workaround: Unknown
CSCdw51601	Symptom: dspportstats on BXM shows Rx as Zero even the port has traffic passes in both directions. Condition: Not every single port has this problem. However we found multiple cards in the customer network have this issue. All the problem ports are T3 ports. Workaround: None
CSCdw81944	Symptom: APS switch options 4,5,6 should not be allowed on AnnexB protocol. Conditions: Upon switchapsln options 4, 5, 6. Workaround: Unknown
CSCdw83849	Symptom: APS 1+1 configured between AXSM/B and BXM running ITU-AnnexB protocol: APS Lockout request (on BXM) doesn't keep selector position. Conditions: APS Setup: MGX8850 (AXSM/B) ----> BPX (BXM) APS 1+1, AnnexB Trigger: 1. On AXSM/B, apply APS force switch from Working section 1 (WS1) to WS2 2. On BXM, apply lockout request, selector switches to WS1 which is incorrect. Lockout should indeed freeze selector position to WS2 in this scenario. Workaround: Unknown
CSCdw94327	Symptom: With 1:1 configuration; either WL or PL in LOS, BPX always sends RDI-P to AXSM/B. Conditions: 1. Configured Intra 1:1 APS. Forced switchaps W->PLine for both APS lines. Active on Plines. 2. Removed the WL-Rx from remote ends. Active stayed on PLines, both lines in Minor alarms. Remote node receives RDI-P on the failed line. Workaround: Unknown
CSCdx05529	Symptom: Removing cable on protection line followed by switchyred card on remote node cause remote Yel major alarm on the trunk. Conditions: It only happened with ITUT protocol with APS 1+1 mode Workaround: Unknown
CSCdx29896	Symptom: VrmRetLcnResources CD error logged on BXM Conditions: Run Autoroute/MPLS/PNNI on bpx network. Three partitions (2 MPLS, 1 PNNI) are on an interface with a VC Merge Parent connection Workaround: Unknown
CSCdx32780	Symptom: Card went to Failed state during normal operation with card error "rt_task.c 1258 Task low on real time, SRCID = 4" Conditions: SWSW 9.3.36 SPVC connections. BXM FW MFU Workaround: Unknown
CSCdx49312	Symptom: Ses cannot add PVC with PCR=linerate Condition: With old ses image and BXM image ses doesn't allow to add connection and cli will reject. Workaround: Use BXM MFV and related ses image (1.1.79)
CSCdx52531	Symptom: APS standby CD to active but no response to BCC after reset active BXM Conditions: Enable VSI partition for MPLS and with APS configuration on BXM on BPX Workaround: Manually reset BXM
CSCdx69563	Symptom: Continuous 105 and CD errors logged on BXM cause spvc down on SES Conditions: Configure 100K SPVC on BPX with SES Workaround: Unknown
CSCdx73291	Symptom: Fatal card error happened on BXM card in slot 9 after doing a full hitless rebuild on node. The card error should be a Non Fatal card error. Conditions: A full hitless node rebuild was done on a node with many connections. This problem is related to a temporary HDLC queue overflow and should not be a fatal error. Workaround: Unknown
CSCin03340	Symptom: BXM sends ILMI trap with incorrect number of PVCs Conditions: The SWSW 9.3.40 feature "configurable number of changes per ILMI trap" needs support from the FW when ILMI is run by the card. Workaround: Unknown

Bugs Fixed in MFU

Bug ID	Description
CSCdt90381	Symptom: A small outage (approx 10 msec) occurs on VPCs terminating/originating on BXM. Condition: This will occur only during hitless rebuild. Workaround: None
CSCdu21825	Symptom: The WINGZ shows the RX Network stat as zero even when data flows through the network. Conditions: Occurs only on a BPX-SES Network. Workaround: The data at the CLI shows the correct statistics, For right now the cli data can be used instead of WINGZ.Or Use MFU or later image.
CSCdu71237	Symptom: BXM card did not automatically switch to standby card Condition: When Non Fatal Error "0xc000002" occurred on BXM trunk card and the traffic worsened. Workaround: None
CSCdv31049	Symptom: BXM sets K1 Tx to Force Switch instead of Reverse Request even though remote had already been sending a Force Switch. BXM, however, maintains the correct line. Condition: Remote end already had a Force Switch to Working line in effect, and local BXM receives a user command to do a Force Switch to the Protection line. Workaround: Clear the BXM Force switch command.
CSCdv89925	Symptom: ACR is only 10 when VC shaping is enabled for UBR con Condition: Trunk VC Shaping feature on BXM card is configured between two nodes. UBR connections are routed between the nodes. Workaround: None
CSCdv77996	Symptom: dspapsln reports wrong info w.r.t. aps when one of the yred cards is out. Conditions: This bug fix is available in firmware release MFR, but swsw bug fix should be there in order to have the complete solution. swsw bug: CSCdw35862 9.3.30 MJ01 Further Problem Description: When one card of aps pair is removed, then reset dspapsln shows lines as ok. Should show card failed or missing.
CSCdw06552	Symptom: Conns should stop passing traffic when dnpnport on UNI port on SES. Conditions: There were some SPVC connections including double-ended and single-ended SPVC connections between SES and MGX 8850 (PXM45) node. Both UNI ports were connected to Adtech tester. Executed dnpnport on UNI port on SES, all the connections went to AIS state on MGX Release 2 node. Started passing traffic on all those connections, the AIS state was cleared on all the connections, though AIS was still sent out from SES side, but the other end could not distinguish OAM cells from the data traffic. When pnport is down, the connection on that interface should be programmed to set Inhibit Rx Data or send AIS out the UNI port, and stop passing traffic into the network, so that the other end can interpret OAM cells. Workaround: None Note: This is a partial fix and relies on a SES DDTS CSCdv48496 for resolution.
CSCdw21798	Symptoms: Forced switch when secondary section has failed is accepted. Condition: APS AnnexB between POP2 and BPX (OC12), remove Tx and Rx cables on working section 1. Work around: None
CSCdw25074	Symptom: When inserting 1E-03 errors into the whole frame of STM-4 trunk 3.1 (errors inserted in the direction A to B) BPX A becomes unreachable i.e. cannot telnet to BPX A. VT to A from another BPX times out and there's an HPOV event stating that the link is down to A. The other nodes in the network remain reachable. Venus node log shows that the BCC has a suspected failure (Which indicates corruption of the BCC self test)a few minutes after inserting the errors into the trunk at B. Removing the errors from the trunk results in BPX Venus becoming reachable. Same problem seen with the other BCC active. This is consistently reproducible. If reroutes on another trunk (e.g. trk 1.1) are taking place when the errors are being inserted into trk 3.1, the connections (which are pref 'd' onto trk 1.1) remain derouted until the errors are removed from trk 3.1. Conditions: Errors inserted at 10 -3 in one direction from A to B cause A to go unreachable Found in Lab environment running 9.2.38 with MFN firmware on 155 and 622 optical card types. Workaround: DNTRK to force a reroute
CSCdw53395	Symptoms: Traffic disrupted in the via node. No ais is propagated to other master end if slave end port is down. Conditions: mostly when MGX 8850 (PXM45) is connected to SES. Workaround: None
CSCdw54957	Symptom: ENNI change EFCI to 0 when receive EFCI =1 from MGX45 Conditions: 9.3.3i MFR Workaround: Further Problem Description: When there is a congestion on MGX egress port, MGX45 sets EFCI=1 for all SPVC's/xpvc's on that port to the downstream.
CSCdw62999	Symptom: BPX sends a wrong value for K1 Condition: APS interop testing between BPX and AXSM/B OC-3. Workaround: None
CSCdw63238	Symptom: BXM sends RDI trap to SES which does a dnpnport Conditions: Config is bxm uni with aps 1+1, s/w 9.3.35, f/w MFR, SES s/w 1.1.71. Workaround: None
CSCdw75999	Symptom: Dspconstats on an SES CLI for an SPVC connection shows that clp0 discards and clp1 discard counts are interchanged. Conditions: SES 1.0(14), BXM FW MFR Discards due to the policing action are reported incorrectly in dspconstats cmd. Discards due to congestion are reported correctly. Workaround: None Update BXM FW to MFU or later.
CSCdw88723	Symptom: Say BXM1 is a BME card. BXM2 is normal BXM card running fw image MFC-MFT. Multicast root connection runs from BXM2 to BXM1 and fans out to other connections at BXM1 port 2. We will see high number of ingress cell discards on the root connection at BXM2. Condition: BXM2 running f/w image between MFC to MFT Workaround: None. Use firmware image MFU or later on BXM2.

Bugs Fixed in MFT

Bug ID

Description

CSCdw54957

Symptom: ENNI change EFCI to 0 when receive EFCI =1 from MGX45.

Conditions: SWSW: 9.3.3i, BXM FW: MFR

When there is a congestion on MGX egress port, MGX45 sets EFCI=1 for all SPVC's/xpvc's on that port to the downstream.

Workaround: None

Bugs Fixed in MFR

Bug ID	Description
CSCdv90721	Symptom: The prevalent symptom is Tx BIP 16 and B-Frame Parity slot errors on BXM-622 or BXM-155 cards. Occasional SIU Phase and Rx BIP 16 errors may also occur on BXM-622 and BXM-155 cards depending on the severity of the problem. Conditions: Can occur with any version of BXM firmware on BXM-622 or BXM-155 cards. The aggregate cell transfer rate of the BXM card is 1,412,832 cells/second so the problem can occur on BXM-622 or BXM-155 cards even if the load on each line is well below line rate. The problem occurs during oversubscription when multiple high speed cards have traffic destined for a particular card through the switching fabric. Workaround: To solve the BCC-4 software error 742 problem upgrade switch software to 9.1.22, 9.2.31, 9.3.00 or later.
CSCdw16362	Symptom: The BXM card changed the state from active to empty for a particular slot and failed to communicate with the BCC. Condition: Switch software was upgraded for the particular BXM and statistics were enabled before the current state. Now the particular slot is in empty state although both front and back cards are present for the slot. This loop happened because of spvc statistics task. It happens when new spvc_config_stats command comes in the vsi message with more than currently configured stat ids. Due to this the data base will be updated. During this update some flag was not set properly and it leads to a loop. Workaround: Not known other than the physical removal of the card. Or Use MFR or later images.
CSCdm50659	Symptom: Trunk alarms are not generated when random bit errors are injected onto a trunk using an Adtech Sx14 test set at a rate of 10E-3. There are trunk statistics generated but no trunk alarm because the statistics that cause alarms on do not meet the threshold for MAJOR or MINOR alarms. Conditions: This was generated in a lab environment with test equipment that was set to inject bit errors randomly through the entire bandwidth. Some HCS errors were generated as well as Path unavailable and Path Farend unavailable. Workaround: Lowering the alarm threshold for MAJOR and MINORHCS errors can help to generate a trunk alarm. Use the cnflnalm command and modify the Hcserr alarm thresholds to .01 for MAJOR and .0001 for MINOR. These thresholds are as low as they can be set currently.
CSCdt82384	Symptom: APS trunk built on bxm-155-4d. sf and sd thresholds set to 5 and UNI-direction non-revertive switching with cnfapsln. Random logic errors inserted into the working pair of the trunk to observe protection switch at sf threshold. Good switch at 1 in 10³ and 10⁵ but when 1 in 10⁴ inserted trunk goes unstable repeatedly switching from working to protection and vice versa. Trunk continues to toggle until errors removed. Conditions: BXM-155 enhanced cards using APS card cage and injecting 10^4 error rate into one of the working lines. Workaround:

Bugs Fixed in MFP

Bug ID	Description
CSCds47753	Symptoms: Card error will happen in standby "VrmDekConnEndPoint Try to delete". Condition: When standby syncs up with active, it tries to delete a not existing connection. Workaround: The card error indicates that there is a invalid try of deleting a non-existing connection. It should not create any problem in existing or new connection.
CSCds75845	Symptom: There is no ER stamping cell generated from BPX in SES environment. Although, CI is set to be off and ER is on by using cnfabrparam, CI cells are still observed where there is congestion. Condition: When the connection is routed by PNNI (created by using SES controller.) Workaround: No workaround
CSCdt55356	Symptom: After configured status of all nni links to dwon at SES node svcpop2, then configured all links up. while the 100k spvc connections are derouting and rerouting. at bxm, slot 11, 12, 13 and 14 are reset by itself. Condition: MGX nodes p2spvc4 and p2spvc3(via node) both have standalone PXM45-B card. Initially 100K spvc connections have been established between p2spvc4 and SES node svcpop2 end points. Workaround: It was found that a deadlock in the firmware code (SC_task and device's driver). In order to solve the problem, mutual-exclusion semaphore is selected for QE, SABRE, SIMBA and RCMP instead of binary semaphore.
CSCdu21842	Symptom: ILMI does not report correct status of the ATM PVCs when Protocol by card is enabled. Conditions: When a BPX is connected to a router through a BXM card and ILMI Protocol is run by the card. Workaround: None.
CSCdu04976	Symptom: Around 200 SPVCs stuck in Rx ais after resetting BCC. Conditions: Resetting the BCC during resync with a SES controller causes this problem as the AIS bit-map is cleared. PXM: 1.1(50.100)A1 BXM: MF15 SWSW: 9.3.3E Workaround: Unknown
CSCdu29758	Symptom: After power cycle BXM card send the OAM F4 Segment loopback from ADTECH test equipment to BXM received a different VCI value. Conditions: The first couple of loopback cells received have incorrect VCI values. BXM=MFJ, BPX 9.2.31 BXMa-BPX==BPX-BXMb<-> ADTECH (OAM F4Loopback) Workaround: None
CSCdu63175	Symptom: LOF and Bert_SD alarm uncleared on BXM Conditions: 1+1 aps with bi-dir on BPX and MGX Workaround: switchcdred/switchyred on BXM
CSCdu89263	Symptom: When running XLMI on a BXM port which is connected to an AXSM enni port, BXM XLMI sending slot 0 and incorrect port number in the node status msg.BXM XLMI is configured with polling disabled. Condition: Running XLMI and disable the polling. Workaround: Enable the polling, then disable it.
CSCdv18519	Symptom: In reading MF* BXM MFM fw release notes, it was discovered the Stats collection level 0 is no longer supported in MFM and beyond. Ie, Stats level 0 supports 32k cons stats level 1 16k cons. Condition: 9.3.3V MF21 Workaround: See MFM release notes Stat level 0 no longer supported on Legacy BXM cards.
CSCdv21924	Symptom: By running XLMI, when the NodeStatus message didn't get ack back, it would retry every T396 (polling timer), instead of using the correct T393 timer. Condition: When XLMI is configured and link/line is down. XLMI NodeStatus retry mechanism kicks in. But a wrong timer T396 was used for retrying interval. Work around: It won't cause any service interrupting or deteriorating and it won't show up under normal operating condition. If a specific NodeStatus retry interval is really needed, one can configure T396 to that value temporarily before the fix is in.
CSCdv21999	Symptom: BXM sends a port failure VSI msg to the controller after switchyred. Conditions: Under yred configuration, and running LMI on PNNI port on this card. Switchyred so the standby card become active and the port on standby card from failure state to OK. Workaround: None
CSCdv32466	Symptom: A enni port is still showing as failed after switchyred when it becomes OK. Conditions: Yred and APS 1+1 are configured. XLMI is runng on the enni port. On the previous active card, the port was in a fail state. When the failure got recovered very quick during the switchyred, BXM missed the OK report to BCC, so BCC still shows this port as fail state. SW and FW version: 9.3.30 MF25 Workaround: None
CSCdv43448	Symptom: The command dsppnports shows the port in "LostConnectivity" state. Condition: Disable ilmi on bpx using cnfvsiif Work Around: Reset the card. This problem happens only in MFN due to the chkin done in Aug 13 2001. Or use Firmware image newer than MFN.
CSCdv52437	Symptom: Comm Failure after Working line experiences "Remote Yellow" Conditions: APS 1+1 bidirectional mode GR-253 and ITU After remote experiences LOS on Protection line, the local active Working line will have a Remote Yellow alarm. This alarm eventually causes a Communications failure, and traffic will be rerouted. Workaround: Use unidirectional mode
CSCdv57400	Symptom: Customer removes commands under ATM interface or tears vc down and up again the router will send two traps to the BXM VSI port but only looks like it is re-acting to the first trap hence the remote router will receive AIS and then transmit RDI. The connection will never come out of this state unless the remote end from the SES is bounced. Conditions: Must be attached to a PNNI VSI port on the BXM. Workaround: 1. Switch ILMI off on the port. 2. Disable oam-manage on the routers.
CSCdv58157	Symptom: On BXM switchover, the VSI abr VP falls to MCR. Condition: BXM FW up to MFN (MF30). Standby BXM should collect this VP abr connection during initial data transfer phase. ie. Standby BXM is inserted later than active card or is reset after connection provisioning. Check with 'rsh slot# sabre GetSabreParams sabre# lcn#' and look for 'Path con' field. Switchover to stdby in this case will cause the problem. Workaround: Reassert/resync all the connections. Use firmware later than MFN.
CSCdv62493	Symptom: BXM does not send Node status counters to BCC Conditions: XLMI is running on card Workaround: None. This is an enhancement.
CSCdv66806	Symptom: Dax conn does not get rerouted if added when slave interface is down; and later when slave interface is brought back up. Condition: This is applicable only for dax conns on SES - not on MGX2. Workaround: Delete and re-add the dax conn when the slave interface is up - it will get routed.
CSCdv86166	Symptom: A feeder trk shows UNREACHABLE after switchyred, while it was actually uprunning without any communication problem. Condition: When running FDR-LMI in a yred pair, the FDR trunk was in a fail state. After switchyred, the FDR trunk changed its state to be OK, however, dspnode still shows this fdr trk was in the UNREASHABLE state. Workaround: No service impact, though the fdr trk shows as unreachable. To get the correct state, reset the card.

Bugs Fixed in MFN

Bug ID	Description
CSCds08461	Symptoms: Incorrect operations (SF_LOW sent) after detecting mode mismatch Conditions: BXM configured as APS 1+1 Bidirectional mode, and is attached to a node configured as 1+1 Unidirectional. Workaround: Manual administrative intervention to synchronize both nodes to the appropriate mode.
CSCds53524	Symptom: SWLOG error 109 on BPX Conditions: SWSW 9.3.10, Cards: BXM 155 While adding connections between BPX nodes found a swlog 109 Workaround: Under Investigation
CSCds78285	Symptom: Connections in failed or BuildingVC state. Conditions: CAC policy was not downloaded to some of the BXMs. Workaround: None
CSCds91102	Symptom: BXM card interfaces went into provisioning state Conditions: BXM card was reset and pxm did a resync Workaround: None
CSCdt35547	Symptom: Cell drops at a cbr connection when a cbr connection and an abr connection are congested at an enni trunk Conditions: When congestion exists at an enni trunk in a AR/PNNI hybrid network. Workaround: No workaround
CSCdt38471	Symptoms: The available BXM TCB buffer went down to zero and the card got stuck. Conditions: This happened in the 100k SPVC devtest setup. The problem can be reproduced by performing switchyred on two BXM redundancy cards. Workaround: The reasons to cause TCB buffer leakage were found. Furthermore, the holes in the firmware code have been sealed. The fix will be included in the firmware releases MFM or later.
CSCdt41728	Symptoms: Card error VrmRetLcnResources was observed Conditions: This bug is reproduced in 100K network when port 1.2 of orses7, which is connected to adtech is seeing temporary LOS. This happened when Adtech is power cycling. Also 1.2 is the end point of 6666 routed SPVCs. Workaround: No workaround
CSCdt53756	Symptom: SES had huge CDV value compared to MGX 8850 R2. Conditions: Always occurs Workaround: None
CSCdt55356	Symptom: After configured status of all nni links to dwon at SES node svcpop2, then configured all links up. while the 100k spvc connections are derouting and rerouting. at bxm, slot 11, 12, 13 and 14 are reset by itself. Conditions: MGX nodes p2spvc4 and p2spvc3(via node) both have standalone PXM45-B card. Initially 100K spvc connections have been established between p2spvc4 and SES node svcpop2 end points. Workaround: It was found that a deadlock in the firmware code (SC_task and device's driver). In order to solve the problem, mutual-exclusion semaphore is selected for QE, SABRE, SIMBA and RCMP instead of binary semaphore.
CSCdt68427	Symptom: After dellp is done traffic isn't right when VP connection and cnfln VC shaping enable. Conditions: A dellp was done on a VP with VC shaping enabled. Workaround: None
CSCdu08104	Symptom: AR connections don't pass traffic or some links be in comm fail condition. Conditions: The intermediate devtest release for VC-merge project had a problem. On downloading this image would some time bring down the trunk. Workarounds: There are no known workarounds.
CSCdu12049	Symptom: BXM Card switches on Nortel exercising to test APS Link. This happens everytime test is completed. Conditions: BXM card is not reacting to K1 bits correctly. Workaround: There are no known workarounds.
CSCdu20728	Symptom: One end of the trunk experiences unbalanced Rx/Tx high priority cells in dspqbinstats. Any CBR traffic on the trunk will not be seen in the CBR QBIN stats. Conditions: Unknown Workaround: None yet.
CSCdu22039	Symptom: F4 F5 Code mapping modifications Conditions: None Workaround: None
CSCdu23725	Symptom: Attempt to configure the booking factor on a UNI port failed. Err msg: "ERROR: Switch Response returned Failure". Conditions: The conditions for the error is unknown since the CAC feature on the UNI port hasn't been studied before and there were many activities such as addcon, cable failure prior the problem detected. Workaround: Unknown
CSCdu26023	Symptom: When PNNI&MPLS partitions are configured in a interface with no common pool of bandwidth, only one of the partition will be working fine and the other partition will not come up. Conditions: When PNNI&MPLS is configured in a interface with no common pool of bandwidth, due to the rounding up of the bandwidth for each service type in PNNI by policy parameters, the total bandwidth of a partition, resulted from adding bandwidths of all service types, will go beyond the max bandwidth of both partitions. Because of this, only the first partition will succeed and the other partition will be rejected by cac. Workaround: Provide at least 20 cells of common pool using cnfrsrc command.
CSCdu29758	Symptom: After power cycle BXM card send the OAM F4 Segment loopback from ADTECH test equipment to BXM received a different VCI value. Conditions: BXM=MFJ, BPX 9.2.31 Setup BXMa-BPX==BPX-BXMb<-> ADTECH (OAM F4Loopback) Workaround: None
CSCdu44350	Symptom: Although equipment is NOT connected to PROT Line, Standby Line Alarm Status is OK on dspapsln. This symptom appears when CDERR is logged at timing of addapsln. Conditions: Standby line is not connected to equipment. Workaround: None
CSCdu48766	Symptom: VI programming on enhanced cards is improper. Conditions: Virtual Trunks were Dropping all cells Workaround: None
CSCdu50129	Symptom: While cwm coldstart then down two links with 32K connections at orses2 nodes. cwm can not sync up with orses2 node any more and stuck in mode 2. Condition: There are 50K spvc dax connections at node orses2. Workaround: CWM needs to coldstart again.
CSCdu59151	Symptoms: APS commands switchapsln F/M on PXM fails. Condition: BXM running devtest image MF20 with APS configured as ITU-T Annex A and the remote node is any box that strictly adheres to G.783 Annex A, specifically regarding not sending "mode" bits. Workaround: Don't use devtest image MF20 for ITUT Annex A.
CSCdu59240	Symptom: Alarms on 1:1 APS BPX side uncleared after 1:1 aps back to Bi-dir on MGX side Conditions: 1:1 aps with bi-dir on BPX and 1:1 aps with uni-dir on MGX Workaround: Unknown.
CSCdu62336	Symptom: Code clean-up Conditions: None Workaround: Unknown.
CSCdu67053	Symptom: When BXM OC-3 card was downgraded from M.F.21 to M.E.K continuous card errors were being logged. Condition: M.E.K. FW was burned on the standby card that was configured for Y-Red and had APS 1+1 lines configured with traffic. Workaround: Use matching firmware versions on YRED pair.
CSCdu75130	Symptom: Active card in the y-red pair continuously Making the connections. Resource usage in active and standby card differs. Conditions: 1. Active card up & running 2. Intracard connections between two interfaces on the same BXM. 3. Booking factor less that 100% on above interfaces. 4. Stdby card is inserted at this time. Workaround: Resetting both the active and sdtby cards at the same time.
CSCdu82229	Symptom: ILMI polling when "Protocol by Card" is configured to "Yes" is inconsistent and unpredictable. Conditions: When ILMI is running on card and its peer is running version 3.0/3.1, the polling interval timer was set with wrong value, which was the 1/5 of the configured polling interval. For correct behavior, refer to SCM note of this bug. Workaround: Use OAM instead of ILMI
CSCdu87060	Symptom: pnport on SES goes into building vc state. Condition: Change the signalling vpi using cnfpnportsig. Workaround: Reset the bxm card.
CSCdu88418	Symptom: 1. After SwSw upgrade from 9.2.34 -> 9.3.3W, BXME OC-12 card with APS 1+1 setup logged swsw err. 105 and card errs. 2. This problem have been observed several times before. Conditions: This event happened after SWSW upgrade. Workaround: Need DE input.
CSCdv08977	Symptom: Unable add PNNI VSI connections on a y-red BXM pair when upgraded from BXM to BXM-E. Standby card not in SYNC with active card. Policy parameters for the first interface/partition on the active card missing. Condition: BXM FirmWare MFN and before. Any Sw/Sw supporting hot upgrade on BXM. Upgrade procedure is followed to upgrade a y-red pair of BXM from BXM to BXM-E cards. Note that the policy params for the first interface/partition on the active card are messed up. If this interface has booking factor less than 100% then above defect will surface. Workaround: Resetting both the BXM cards after upgrade. OR -- Use MFN or later BXM FW before upgrade and on enhanced cards.
CSCdv17853	Symptom: Fix compiler warnings Condition: None Workaround: None
CSCdv18775	Symptom: BXM card err. "ilmi_task.c 323 pIlmiWd: SoItcSend Failed (currsize 500)" Conditions: 1. This problem occurs after burning BXM FW MF21 -> MJ04 2. It occurs after switchyred 3. It occurs after rerouting of connections Workaround: Need a fix from BXM FW DEs
CSCdv30471	Symptoms: Active and Standby card do not sync up in terms on number of connections. VSI yred pair. Conditions: FW image prior to MFN. When VSI partition #3 is used by controller. Workaround: Do not use partition #3.
CSCdv30755	Symptom: Traffic discontinuity on SPVC connections on consecutive switch-yreds on BXMs. Condition: To begin with BXM with UNI interfaces should have de-routed connections which are later routed properly. This can happen during initial provisioning of the SPVCs or on re-routing the conns after trunks (NNI) go down and up. Two or more consecutive switchovers on the BXMs hosting UNI interfaces (persistent endpoints of SPVCs). Workarounds: 1. Reroute/resync all the connections and reset the stdby card once active card has all conns. 2. Do no do BXM switchovers more than once. 3. Reset standby card before doing the first switchover.

Bugs Fixed in MFM

Bug ID	Description
CSCdr16007	Symptom: ILMI trap atmfVccChange returns invalid agent-addr (48.48.48.48), while the correct one shall be (0.0.0.0). "ERROR Invalid agent-addr". Conditions: The error happens during adding or deleting connections. Workaround: None
CSCdr44694	Symptom: ILMI trap atmfVccChange returns incomplete information. "variable-bindings (none)". Conditions: The error happens during adding or deleting connections. Workaround: None
CSCds06835	Symptom: Nodes become unreachable if CC traffic traverses to the destination node via a UXM-BXM virtual trunk. Conditions: CC traffic is passed across virtual trunks. Workaround: Change the trunk configuration with cnftrk command to restrict CC traffic on virtual trunks.
CSCds74110	Symptom: The second leaky bucket doesn't adhere to the leaky bucket algorithm. When testing a VBR connection on a BXM-E3 you can burst over the expected value for the connection. Conditions: A connection can exceed his calculated burst size for a VBR connection. Workaround: There is no workaround.
CSCds75477	Symptom: When a delay of over 200ms is introduced to a trunk with a Addtech tester, 75% of the time the tstdelay result gives a reading lower than the actual RTD. ie we would expect over 400ms but get 150ms. Conditions: The tstdelay test reports inaccurate results. Workaround: None
CSCdt21547	Symptom: There is no command available to clear SPVC statistics on SES controller. Conditions: SPVC statistics cannot be cleared via SES Workaround: None
CSCdt36060	Symptom: The tstdelay command intermittently fails. Conditions: Tstdelay intermittently failed when BPX is configured as a segment endpoint for VCC and VPC established between a MGX abd BPX Workaround: None
CSCdt43471	Symptom: 1. Card errors of "Non Fatal Error id: 0x12000003" 2. Unknown vpi/vci in dsptrkstats and dspportstats Conditions: Enhanced BXM cards with 1 port group and supports greater than 32K LCNs. Workaround: None
CSCdt44670	Symptoms: The available BXM TCB buffer went down to zero and the card got stuck. Conditions: This happened in the 100k SPVC devtest setup. The problem can be reproduced by performing "switchyred" on two BXM redundancy cards. Workaround: None
CSCdt45820	Symptom: 1. Card errors of "Non Fatal Error id: 0x12000003" 2. Unknown vpi/vci in dsptrkstats and dspportstats Conditions: Enhanced BXM cards with 1 port group and supports greater than 32K LCNs. Workaround: None
CSCdt45966	Symptom: Resync process starts and SPVC connections are re-asserted on BXM switch over. Condition: Intra-slave (DACS) SPVC connections are conditioned (AIS/Abit generation) due to external factors. Workaround: None
CSCdt46282	Symptom: On SPVC connection CDVT programmed is not observed when testing. Conditions: When user tries to set up the CDVT value to less than 10ms due to a bug in the firmware BXM uses the value 250ms. Workaround: Use values above 10ms.
CSCdt48062	Symptom: Ports remain in "provisioning" state on SES. Condition: Enabling /disabling the partitions on BXM interfaces (specially on engineering BXM images after MFJ between MF08 to MF12) Workaround: Do not re-enable the partition after disabling it. BXM need to be reset if re-enabled configuration has to take effect.
CSCdt58185	Symptom: The CESM-E8 dropped cells after 1/2 hrs. (Seeing the clock synchronization problem. Conditions: When selecting a clock from the trunk or passing the sync along the trunk. BXM-OC3-D or DX (enhanced) card did not behave properly. Workaround: Use any other type of BXM card except for the BXM-OC3 enhanced.
CSCdt78404	Symptom: 70K SPVCs stuck in Rx side AIS after resetsys/switchcc on PXM overnight. Conditions: SPVCs stuck in AIS state Workaround: Reset BXM card.
CSCdt75817	Symptom: Asymmetric ABRSTD connections using VSVD will not ramp up ACR to higher than the lower PCR setting. Conditions: It happens when an asymmetric ABR connection is added or modified. Workaround: The problem was identified as incorrect programming SABRE chip and has been fixed in MFM or later FW.
CSCdt80542	Symptom: BXM does guarantee at least mcr value on abr connection on a congested port. Condition: Traffic was pumped on a congested port having abr conns. Workaround: Unknown.
CSCdt88482	Symptom: The available TX cell rate is lot smaller than available RX cell rate. The available TX cell rate for signalling is a huge negative number Condition: 100K spvc connections have been established between MGX and BPX nodes. Workaround: Reset BXM card

Bugs Fixed in MFL

Bug ID	Description
CSCds15145	Symptom: Max BW could be configured as less than Min. Conditions: This might happen as the policy parameter might not be checked for the consistency. Workaround: Do not configure Max below min.
CSCds06835	Symptom: Nodes become unreachable if CC traffic traverses to the destination node via a UXM-BXM virtual trunk. Conditions: CC traffic is passed across virtual trunks. Workaround: Change the trunk configuration with cnftrk command to restrict CC traffic on virtual trunks.
CSCds75221	Symptom: When Issuing the command "dspconstats" for abr or ubr connection it does not report the CLP0 and CLP1 correctly. Conditions: Statistics for abr and ubr not updated. Workaround: None
CSCdt38554	Symptom: After executing resetsys on the node(svcpop2) pxm1 cards. there are two ports stuck in building vc. Conditions: The node(svcpop2) has 100k routed spvc connections. Workaround: Unknown
CSCdt45966	Symptom: Checksum calculation is not correct in BXM. Conditions: Connection conditioning via bulk set cmd. Workaround: Uppnport/dnpnport on UNI and NNI port and do switchyred to kick resync.
CSCdt48062	Symptom: Port gets stuck in building VC state. Conditions: Connection admission control. Workaround: Establish connections of various service type and bandwidth requirements.

Bugs Fixed in MFK

Bug ID	Description
CSCdt21322	Symptom: BXM load info returned to controller is wrong when maxbw set to 0. Conditions: Reproducible Workaround: None.
CSCdp16050	Symptom: maxvc functionality for CAC not working Conditions: reproducible Workaround: None.
CSCdt04632	Symptoms: For a vsi partition, the reporting available number of LCN is greater than the maximum number of LCN configured for that partition. Conditions: When the port group unused LCN is less than the maximum LCN configured for the partition and the unused LCN for the port group plus the LCN that still left from the reserved (min-curr) is greater than the max of the partition. Work around: None.
CSCds85653	Symptom: BXM card error of "cb_if.c 1588 CbCoreTxEvent(): Failed core_cbmsg_put: return. Conditions: Continually doing switchcc with large amounts of AR/SPVC connections Workaround: Reset BXM card
CSCds76142	Symptom: BXM card shows standby-failed status Condition: Download firmware on standby card Workaround: Reset BXM card.
CSCds65105	Symptom: When pumping the ATM CBR traffic at the rate over = of port line rate (BXM-622), at the egress 'dspchstats' shown the number of cells 'From Network' twice larger than 'To Port'. Conditions: DAX conn from BXM-622 port 1-2 on the same node with ADTECH generate traffic. Workaround: None
CSCdr19696	Symptom: User never gets to know when the line is out of SD/SF condition. both the aps lines always show in OK state in dspapsln. Conditions: APS Line switches to stby line because of SD/SF condition. dspapsln will still show OK for both the lines. This way, user will never get to know when this line has come out of SD/SF condition. Workaround: Use rsh command to get all the aps line's status.

Bugs Fixed in MFJ

Bug ID	Description
CSCds61912	Symptom: After downloading new firmware(MF30), card in failed state. Conditions: Downloading MF30 firmware release. Workaround: Don't use MF30 which is a development release between MFH and MFJ.
CSCds11506	Symptom: Min guaranteed cell rate shows a cell less than configured. Conditions: Setting min BW to say 3333334 and policy BW% to 5859 Workaround: Increase the minBW by few cells.
CSCdr19696	Symptom: User never gets to know when the line is out of SD/SF condition. Both the aps lines always show in OK state in dspapsln. Conditions: APS Line switches to stby line because of SD/SF condition. dspapsln will still show OK for both the lines. This way, user will never get to know when this line has come out of SD/SF condition. Workaround: Use rsh command to get all the aps line's status.
CSCds32845	Symptom: Connection commits rejected with reason 'no resources even when resources are actually available. Conditions: Enabling/disabling a virtual trunk. Workaround: Resetting the BXM after disabling a VT on any interface on the card.
CSCds37237	Symptom: When upgrade BXM firmware image to BXMMFH from images between BXMMFC-BXMMFF, if the network migration flag was enabled in a card before the upgrading, then after burning the new image to the card, the network migration flag becomes disabled mistakenly. Conditions: The problem only happens to the card whose previous image is BXMMFC-BXMMFF, and the network migration flag was enabled before upgrading, and BXMMFH has to be the new image. Workaround: Upgrading to image BXMMFH+ (not including BXMMFH), will not have any problem. network migration flag is always enabled, and no user command available any more to disable it. Only for the situation you need to upgrade image to BXMMFH and your card's previous images is BXMMFC-BXMMFF, you may see the problem. The workaround is, issue either the "rsh <slot> cdcfg netwotk dis" command before the upgrading, or "rsh <slot> cdcfg netwotk ena" after the upgrading, to enable the netwotk migration flag on BXMMFH.
CSCds59710	Symptom: Loss of traffic on a VPC connection added with VPI=0. Conditions: SWSW: 9.3.10 BXM FW: MFF The port on which the VPC connection has been added has a VSI ctrlr attached to it and the Ctrlr is usingVPI=0 and VCI=x for its signalling channel. Workaround: If a VPC connection exists with VPI=0, on the port to which a Ctrlr is to be added, configure the signallingchannel on the controller side to use a VPI other than 0.
CSCds63578	Symptom: SW errors 105 logged on BXM while adding VSI connections. Subsequent card errors saying CB_TASK restarted. Conditions: This error sometimes happen when a VSI partition is enabled/disabled many times. Workaround: Reset the BXM.
CSCds65105	Symptom: When pumping the ATM CBR traffic at the rate over = of port line rate (BXM-622), at the egress 'dspchstats' shown the number of cells 'From Network' twice larger than 'To Port'. Conditions: DAX conn from BXM-622 port 1-2 on the same node with ADTECH generate traffic. Workaround: None
CSCds67854	Symptom: SPVC cannot be routed over the virtual trunk even when enough bandwidth and lcn are available. Routed connections discard some traffic. Conditions: Routing connections of different service types over the virtual trunks. Workaround: None.
CSCds04137	Symptom: Channels remain mismatch after lockout is cleared Conditions: In ITU-T Annex B protocol for APS, when a condition causes a switch to occur while a lockout request is present, the channel change will not resynchronize even after the lockout is cleared. Workaround: No
CSCds53645	Symptom: ABR connections (PNNI) not programmed properly for redundant slave. Conditions: Switchyred When connection is added, redundant card is not there and inserted at later stage. When connection is added, no redundant config, addyred at later stage. Workaround: None

Bugs Fixed in MFH

Bug ID

Description

CSCds14495

Symptom: Dynamic Partitioning and SPVC AIS generation would not work on a card until a rsh command is issued to enable the network migration flag and reset the card.

Conditions: When a card comes up and has never enabled the network migration flag for life time.This network migration flag is used for enabling dynamic partitioning and SPVC AIS, status report generations. By default, the flag is disabled.

Workaround: Use the "rsh <slot> cdcfg netmig en/dis" command to enable/disable the flag, then reset the card once in a lifetime.

Bugs Fixed in MFF

Bug ID	Description
CSCds08448	Symptom: ERS (explicit rate stamping) is working only first virtual trunk and NOT for subsequent VTs (standard ABR) Conditions: When ERS is enabled on a card basis using "cnfabrparm", the mapping is done on a port-by-port basis. The port_vi is used but for virtual trunks, this mapping does not hold true. Need to change the mapping to the physical port. Workaround: On any physical port, just set up one virtual trunks. Or a physical trunk. Multiple VTs on the same physical port will cause a problem.
CSCdr79610	Symptom: Change booking factor for a class of service, get rejected. Conditions: When there are some connections established, and some of the class of service have used bandwidth exceeding their reserved, change booking factor for any class of the service may get rejected. This is because it fails the check which should only be called when cos_min_bw in the policy parameters is changed. This check should not be called when booking factor is changed. Workaround: Disable that partition, change the booking factor, then enable the partition again. Or keep the used_bw for all cos under teh cos_min_bw, you will be able to change booking factor freely.
CSCdr76334	Symptom: Connect OC3 port on BXM with 7200 router, connect 2 OC3 ports back to back. enable ILMI on router, and ILMI, protocol on card cnfrsrc VSI part 1 disable NebDiscovery on ports.when running cnfnodeparm 56 0\|1 and With VSI disabled, peer info is transmitted to peer. delcntrl, and cnfrsrc deleting VSI partition, fails to disable Peer information as well. Conditions: ilmi_enable_from_contrl bit was not cleared when delctrlr, or vsi partition deleted, thus vsi code kept issuing get requests and responding to peer information. In AR/VSI hybrid networks, and for backward compatibility either BXMs w/o NebDisc, or swsw versions. Topo traps are not sent to downrev'd swsw versions, and are controllable by sw software for versions including the feature. Code was added to properly support disabling of VSI functionality using delctrlr or cnfrsrc @ Bcc in addition to existing dnpnport @ the vsi controller. support for backrev'd cards added, and corrections to logic in Ilmi FSM state machine to properly send TopoTrap to BCC. Workaround: None
CSCdr79936	Symptom: Stats files not generated/missing on some 15 minutes intervals. Conditions: When system time is changed at 15 minutes boundaries. Workaround: Minimize system time and card config changes.
CSCdr83144	Symptom: Card error of: Description: 'N. Fatal from 0x17: 0x25120075 0x809b5f90 0x367e 0x1 Conditions: switchyred, switchcc or reset PXM when there are spvc connections with stats enabled. Workaround: None
CSCds11484	Symptom: Available cell rate reported by BXM is incorrect. Conditions: Sum of the minimum bandwidths of all the interfaces on a BXM reaches OC12. Workaround: Reduce minimum BW on all interfaces by half.
CSCdr89217	Symptom: Software Error Log of 9098 Conditions: cnfrsrc of partition 3 using MEB firmware Workaround: None
CSCdr89966	Symptom: Card Error of 0x41030006 Conditions: PXM controller is upgraded/re-booted Workaround: None
CSCdp89085	Symptoms: The total call count becomes negative on the BXM interface. However, this problem has not been reproducible. Conditions: If this problem happens, the following card error is displayed: 'vsi_rsrc_pfns.c 483 VrmRetLcnResources 3, 16316' Workaround: A related bug CSCdr86894 which reported an incorrect number of total call counts, has been found to be the result of an uninitialized variable in vsi_rsrc_conn_pfns.c: VrmRsrcClrRCMP(). The debugging information embedded in this function may be helpful in verifying the negative call count problem if it is reproduced.

Bugs Fixed in MFE

Bug ID	Description
CSCdp05098	Symptom: Cell discards occur for ABRFST/ABRSTD conns when the traffic burst is greater than the MBS Conditions: This occurs when the traffic burst size is fixed to 140000 cells at 70000 cps. The conn are configured with PCR=72000/72000, MBS=1000/1000 and ICR 7200/7200. This is the expected behavior since the configured MBS < the actual burst size. Workaround: Increase the MBS and ICR using cnfcon.
CSCdr59731	Symptom: Port 11.1 is connected to 11.2 and ILMI are up and running on both ports. Enable neighbor discovery on 11.1, then 11.2. The 0x71 responses/traps from BXM fw is not predictable. At least two variations are observed: 1. port 11.2 has it's neighbor's info but port 11.1 doesn't. 2. both port 11.1 and 11.2 only know the IP addresses of their neighbors. The Neighbor's IFName are missing. Problem was observed in MF17, but code changes in more recent builds had already repaired the problem. Conditions: When ILMI session restarts, remnants of IfName, IpAddr from previous session left. Clr/reset IfName,IpAddr in MIB, on ILMI session restart In FMSStart, pIlmiProcessFsmStart() calls a new function IlmiClrPeerAndSendTopoTrap(pcb_ptr->session_id)
CSCdr79936	Symptom: Stats files not generated/missing on some 15 minutes intervals. Conditions: When system time is changed at 15 minutes boundaries. Workaround: Minimize system time and card config changes.
CSCdm16800	Symptom: Card error 0xc000007 appears in the card error log. Conditions: This error indicates that an unknown type of cell which is not expected has arrived in the egress QE. Workaround: Engineering has done in-depth investigation into this case. We are convinced the problem does not affect user traffic or the node in any other way. Therefore, the symptom will not be reported as a card error. The fix has been incorporated into MEE firmware.
CSCdp22930	Symptom: N/A Conditions: cbus rd/wr operations set up in the PUUMBA chip when performing cbus rcv/xmit. Workaround: None
CSCdp74680	Symptom: Even if the interface is in LOS, the spvc's do not generate ingress AIS into the network. Conditions: Connection is added after the interface goes into LOS. Workaround: None
CSCdr44250	Symptom: Private image did not allow as many OAM cells to flow as public image. Conditions: This occurred by undoing a hardware fix in a private image. Workaround: This was never introduced into the Public view and no workaround is required.
CSCdr45986	Symptoms: Standby and active block checksum value do not match and resync happens on switchover. Conditions: When active card has many spvc connections derouted it happens. Workaround: None.
CSCdr71473	Symptom: Unreachable BXM, sw errors and cd errors on the BPX. Conditions: LMI is enabled when controller either slow to respond or un-reachable. Workaround: Disable LMI.
CSCdp97307	Symptoms: When executed "rsh <slot> vsi cm VsiIs " without parameter. The card will crash. Conditions: Always. Workaround: Pull out the card and reinsert.
CSCdr86894	Symptoms: Many ports have VC failure because BXM has no resource to build the CVC. Conditions: Intermittent Workaround: Reset BXM card.
CSCdr57712	Symptom: Multi_partition fails to report all virtual trunks. Conditions: In case of virtual trunks with different partition. Workaround: Reset the BXM card.
CSCdr77238	Symptom: Switch General Info does not contain bulk set capability bit. With newer images of PXM bulk set will not work with BXM images prior to MFD. Conditions: PXM Images later than 07/06/2000 contains logic to identify the bulk set capability of the slave. BXM images prior to 07/06/2000 will not have this bit set because it is newly introduced parameter in VSI spec. Workaround: No workaround. Need to upgrade to MFD.

Bugs Fixed in MFD

Bug ID	Description
CSCdr29278	Symptom: Originally the card used to get frozen not responding to any request from the controller, as the TCB database was corrupted. But it has been protected now. But whenever a null pointer is being inserted into the TCB list a card error is being flagged. It is a harmless card error (not service affecting) Conditions: The cause is unknown. Workaround: None.
CSCdp63445	Symptom: ABR and UBR connections loose traffic when VC shaping is turned on. Conditions: Enabling of VC shaping on port terminating ABR and UBR connections. Workaround: Leave VC shaping disabled.
CSCdr30454	Symptom: Connections (LCNs) can not satisfied because of insufficient memory Conditions: When channel stat level is set to 0 Workaround: Use chan stat level (cnfcdparm) 1, 2 or 3
CSCdr14247	Symptom: The correct state of an SPVC is not reflected in connection bulk traps for large number of connections (> 1000). Sometimes Connection states keep toggling between AIS and CLR state when the conns are actually in AIS state Conditions: AIS cells generated by the RCMP on different connections arrive too close to each other in the same second. This sudden burst of cells overwhelm the Class of service buffers (QBINs) in the Egress direction and get discarded. This causes remote end of the trunk to detect a loss of AIS cells and declare connection a CLR. Workaround: None
CSCdr40204	Symptom: Service rate for VBR traffic when WFQ is enabled is at SCR (instead of PCR) even when there is no congestion for enhanced cards (1210 QE & Sabre) Conditions: For enhanced cards, when WFQ is enabled, the local congestion is monitored at the Egress side by the hardware. In order to do this, a few variables that need to be initialized. There were some problems with the initialization routine, causing inaccurate tracking of the congestion level. Workaround: None. Has been fixed.
CSCdr42885	Symptom: All the ports on a BXM slave go into provisioning state. Conditions: Controller looses communication with the BXM. This happens when AAL5 driver in the BXM mal-functions and does not free the message buffers of the application processes (ILMI/VSI etc). Eventually BXM runs out of message buffers. Workaround: Reset the BXM card.
CSCdr49056	Symptom: Invalid Part id in SPVC stats after controller is added. Condition: This problem happens when SFM receives the vsi message before adding the controller. This is possible to happen when there is a delay between 52 and 61 message. Since 52 add the control vc it will receive the frame and give it SFM task. But SFM won't have any information for that partition and will report the error saying that invalid partition. Since this is possible to happen as per design, the card is removed now.
CSCdr40234	Symptom: Service rate for UBR traffic when WFQ is enabled much lower than PCR even when there is no congestion for enhanced cards (1210 QE & Sabre) Conditions: For enhanced cards, when WFQ is enabled, the local congestion is monitored at the Egress side by the hardware. In order to do this, a few variables that need to be initialized. There were some problems with the initialization routine, causing inaccurate tracking of the congestion level. Workaround: None. Has been fixed.
CSCdr49060	Symptom: When doing a cnfcon for ABR connection, service rate drops to MCR rate even when there is no congestion. This is when WFQ is enabled and the inherent VSVD is not used. Conditions: There are a certain parameters associated with WFQ that are required in order for WFQ to work. However, for ABR connections, when a cnfcon is done, once it is detected that VSVD is not enabled, the structure (Sabre rate RAM) which holds all these parameters is cleared out. This would cause WFQ not to operate properly. Workaround: No need. Fix is done.
CSCdr43012	Symptom: All the ports on a BXM slave go into provisioning state. Conditions: Controller looses communication with the BXM as AAL5 driver in BXM gets stuck. Workaround: Reset the BXM card.
CSCdr52195	Symptom: All the ports on a BXM slave go into provisioning state. Conditions: Controller looses communication with the BXM as AAL5 driver in BXM gets stuck. Workaround: Reset the BXM card.
CSCdr36963	Symptom: When PNNI controller goes down then comes up, it couldn't establish its control call to the BXM partition, thus VC failure is displayed in PNNI controller for that partition. Conditions: This problem only happens under the following conditions: 1. The policy parameters for the partition have been configured as nonzero at some of the class of service,i.e. the reserved minimum bandwidth of some class of service are nonzero. 2. Delete/disable that partition. BXM suppose to release all resources. However, it only released resources at partition level, but leave the reserved resources at cos level unchanged. As result, when this partition is enabled again, the internal CAC calculation at partition level became negative. That caused the first control call setup request fail. Workaround: Reset the BXM card will clear the VC failure.
CSCdr33867	Symptom: Connect OC3 port on BXM with 7200 router, enable ILMI on router, and ILMI, protocol on card and Neighbor Discover, Object 0x31, Peer's IfName is not null terminated. Conditions: Some peer.ifName's are null terminated, some aren't a PDU containing valid nonzero length peer.ifName doesn't always include '\0'; and is stored accordingly in the MIB. added a test if peer.ifName is non-zero in length, and isn't null terminated, concatenate the '\0'char and bump peer.ifNameLen++ count Added logic CbIlmiStatsReport, ilmi_proc.c pIlmiFsmGetResponseEventAtS3, pIlmiFsmGetResponseEventAtS9, ilmi_fsm_evt.c to ensure TopoTrap, and ILMIStats report are correctly formatted. Workaround: None
CSCdp48306	Symptom: On NNI side, when cross connect is established with VPI>1000 (0x3e8) the first nibble is getting chopped off and traffic is flowing on VPI 0xe8 due to bad programming of connection. Conditions: This happens if on NNI side VPI > 0xff. Workaround: None.
CSCdr51875	Symptom: Virtual Trunking causing Unreachability Conditions: At least two virtual trunks share a common port at one node, but their remote endpoints terminate on different nodes. The virtual trunks are used to carry networking (rt_op) traffic. The simplest example follows below: node_A ---- vtrk ---- /---- vtrk ---- node_C / / node_B (vtrks share common port) With this topology, "node_A" sees "node_C" as unreachable and vice-versa; however, "node_A" communicates to "node_B", and "node_B" communicates to "node_C". Workaround: Customers who are already using VT wraparound should continue to do so under 9.2.3x until the fix is available. BXM virtual trunking (no VT wraparound) can still be implemented using software release 9.2.2x. If virtual trunks are not yet in use, the VT wraparound solution can be implemented in release 9.2.3x.
CSCdr57805	Symptom: Card errors show up indicating "CB_TASK is ready" Conditions: CB_TASK gets busy processing VSI messages and this causes root task to incorrectly assume that CB_TASK is not in a sane state. Actually a firmware change incorrectly reduced the polling interval by the root task such that it was polling the states of tasks sooner than it is supposed to. Workaround: None. Ignore these card errors as these are benign.
CSCdr56931	Symptom: After resetsys on PXM or bouncing the feeder/control port or reset of BXM card, some virtual trunks go into vc failure/building vc state. Conditions: Resetting PXM or pulling out the cable connecting the BXM feeder port to the controller or resetting the BXM cause the interface set policy parameters to be sent to the BXM. This cause ingress BW to be recomputed. CB_TASK passes VI numbers 0 to 31 to the CAC module which expects the range 0 to 15. This caused the problem by overindexing the CAC structures. Workaround: None
CSCdr59241	Symptom: Building VC status on UNI ports after repeated enabling/disabling of partition with the control port Conditions: Controller does not send policy parameters for control port upon enabling of partition. When disabling partition, COS max bandwidth was zeroed out. With no policy parameters from which to obtain the new values, COS max bandwidth is stuck at zero; thus not allowing ant control to be established. Workaround: Older PXM image does send policy parameters even for the partition with the control port. Control port does not require policy parameters to be sent from controller. Default it to the max bandwidth configured for the partition.
CSCdr51970	Symptom: Change CAC policy parameters will cause the available BW for some cos to be negative. Conditions: Current implementation does not validate the CAC policy parameter change. It will always take the value. However, in some cases, improper policy parameters change will cause the avail_bw at cos level go negative. In this particular scenario, the current used bandwidth of a cos is equal to its reserved minimum bandwidth.Then the user changed the policy parameter to make this cos min_bw to smaller number. Now current_used_bw for this cos is greater than its reserved, and it has to obtained bw from the common pool to maintain its currently used bw. However, the user changed the policy parameter again, to increase the reserved bw for another cos, which caused the common pool to be zero.Therefore, by normal calculation, the previous cos avail_bw becomes to negative. Decreasing cos_min_bw to be less than it is currently used_bw is an invalid operation and should get rejected, otherwise it will mess up the CAC. Workaround: Delete some connections to release bandwidth before decreasing cos minimum bandwidth.
CSCdr66273	Symptom: The encoding is in the reverse of the expected value by UNI4.0 spec. Conditions: STD ABR connections. Workaround: No workaround.

Bugs Fixed in MFC

Bug ID	Description
CSCdp63445	Symptom: ABR and UBR connections loose traffic when VC shaping is turned on. Condition: Enabling of VC shaping on port terminating ABR and UBR connections Workaround: Leave VC shaping disabled.
CSCdr11396	Symptom: Data transfer has affected while running OAM loopback Conditions: All user data is dropped when send in 960 cps of oam. Workaround: None
CSCdp11511	Symptom: BPX treats segment oam loopback different from end-to-end oam loopback cells. Conditions: Workaround:
CSCdr13208	Symptom: BXM CD errors while running OAM cells. Conditions: 1. One PVC has 2880 cps of data and 960 cps of oam cells. 2. Another PVC has 2880 cps of data and 960 cps of oam cells. Workaround: None
CSCdr13196	Symptom: BPX reports SWERR 105. Conditions: SWERR105 logged while running OAM loopback test Workaround: None reset the BXM card.
CSCdr13182	Symptom: tstdelay/tstcon/tstconseg for all PVCs on that card will fail. Conditions: When user sending in >= 960 cps of oam loopback cells Workaround:
CSCdr13151	Symptom: dspportstats always show Tx port = 0 Conditions: Sending in >= 960 cps of oam loopback cells. Workaround:

Bugs Fixed in MFB

Bug ID	Description
CSCdm52254	Symptom: Random BIP-8 errors show up on T3 when running in direct map (HEC) mode. There is no such thing as a BIP-8 error in the direct map mode. But this counter should report 0 in this mode. Conditions: This is totally random due to the fact that an uninitialized (don't care) counter variable is accumulated in every poll period. This counter is not even read from hardware in the HEC mode. Workaround: Ignore BIP-8 errors when the T3 trunks are configured in the HEC mode.
CSCdp58969	Symptom: cb_get.c CB_VPC_STATUS_POLL SoItcSend Failed upon VSI Failure Conditions: When VSI receives and transmits lot of vsi message AAL5 drive will get into deadlock problem if it had missed a DMA interrupt. Workaround: None. Upgrade to MEF or newer version of firmware
CSCdp57596	Symptom: CB_TASK on BXM goes into deadlock state causing VSI session to be lost Conditions: This happens when both Ingress and Egress qe semaphore is taken by IDLE_TASK and it never released in an error condition. Workaround: None. Upgrade to MEF or newer versions of firmware.
CSCdp25220	Symptom: Avail Buffer on BXM = 0 on LVC flapping for xtag interfaces Conditions: Same as CSCdp58969. During this condition AAL5 driver doesn't release the transmission buffer. Workaround: None. Upgrade to/MEF or newer versions of firmware
CSCdp59328	Symptom: EPD bit was not set for interslave control vc. Conditions: When vsi get congestion (same as CSCdp58969). Workaround: None. Upgrade to/MEF or newer versions of firmware.
CSCdp92916	Symptom: Commands executed on stdby card affect APS line. Conditions: Series of commands executed in stdby card affects APS line. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp39723	Symptom: Aps not functioning in 9.2.21 w/FW ME18@sprintf for Bidirectional w/Nonrevertive Conditions: Reversion was happening due to spurious SF/SD events.Fixed by setting the right values for SF/SD thresholds. Workaround: None.Upgrade to MEF or newer version of firmware
CSCdp20848	Symptom: SF switchover doesnot occur after dncd/upcd execution on Annex B 1+1 APS. Conditions: When the dncd command is executed, SWSW sends 0x27 CBUS message. The handler for this message was putting the lines in loopback and shutting down the laser. Also it was changing the line state in SoCdDown() to DOWN state. This caused subsequent upcd (0x05/0x04) message to re-initialize the lines disabling the S/UNI interrupts in the process. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp24224	Symptom: WTR does not occur after LOS recovery on protection line Conditions: The meaning of primary and secondary channels were changed immediately upon switchover instead of waiting for the expiry of WTR. This caused the clearing of the failure to be accounted against the secondary channel and thus there was no WTR. Fixed by introducing a Preparation switch mode where-in the current active channel will remain as the secondary until a WTR occurs or a primary section mismatch pre-empts that state. At the expiry of WTR, the preparation switch mode is complete and the current active channel becomes the primary. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp32646	Symptom: WTR Timer does not work and reversion occurs during SF switchover. Conditions: Added a preparation switch mode where the current active channel is the secondary channel. At the expiry of WTR, the secondary channel is changed to the become the primary channel. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp35156	Symptom: BPX APS reverts back to the working line before WTR time has expired Conditions: TR was being pre-empted by a spurious SD condition. Fixed by setting the right thresholds for SF/SD based on BER. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp60696	Symptom: Both lines fail when only one line in alarm. Conditions: After the standby card comes out of reset, its S/UNI states are not reliable for a period of 1.5 seconds and the S/UNI reports LOS clear on the WORK line. This gets conveyed to the active card and then the Manual switch gets priority and becomes the current local request. This causes a switch back to WORK. When the active card's S/UNI monitors the WORK line, it discovers that the line is in LOS and immediately switches back. The oscillations continue and the line goes into LOCKOUT due to excessive switching. In the Lockout mode only the WORK line is active and thus the defect. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp65320	Symptom: Need a trap when BPX puts APS in lockout Conditions: Send the traps in the right sequence. First send the Lockout trap and then the failed to switch trap if there is a switch attempt while lockout is in effect. Workaround: None.Upgrade to MEF or newer version of firmware
CSCdp25130	Symptom: APS Non-revertive bidirectional feature. Conditions: Resolved Workaround: None
CSCdp79156	Symptom: TDP signalling cross connect VSI request rejected by BXM Conditions: If BPX is configured with trunks and virtual trunks the virtual trunks are initialized properly with qbin size. Workaround: None.Upgrade to MEF or newer version of firmware
CSCdp62213	Symptom: Switching from bi-direction APS to un-directional APS generates mismatch err. Conditions: The alarms generated while the line was in bi-dir mode was not cleared when it was changed to uni-dir mode. Fixed by clearing all alarms when re-configuring lines. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp89972	Symptom: Node rebuild caused 3 BXM cards failed. Conditions: Moved the allocation and initialization of the Connection database to the SoCoEnterStandby function instead of in the 0x50 handler (SoCdUp). Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp86147	Symptom: The removal of Rx cable of APS trunk leading to loss of Frm and Prot Sw Byt Fail. Conditions: While removing the Rx cable of APS working line (configured to trunk) working line goes to Loss of Frm and dsptrks shows the trunk in alarm. After connecting cable back the APS Alarm status shows "Prot Sw Byt FAIL". Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp84386	Symptom: Connectivity w/BXM lost due to missing DMA completion interrupts Conditions: Aal5 driver will be in deadlock and never transmits and receives. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdp38148	Symptom: Resetcd slot 11 on BPX causes local APS switching. Conditions: Re-impose the selector and bridge states on both ACTIVE and STANDBY cards after Y-red switchover, re-discover the line states and re-execute and external requests.Also include a STABILITY timer before the line state is processed. Workaround: None.Upgrade to MEF or newer version of firmware.
CSCdm92931	Symptom: APS line switchover occurs upon card removal when lockout is set. Conditions: Workaround: None Upgrade to MEF or newer version of firmware.
CSCdp49749	Symptom: Node unreachable after resetting two nodes in the network. Conditions: Workaround: None
CSCdp49640	Symptom: When FCES feature enable on BXM NNI data transfer stops. Conditions: The ABR parameters like NRM,CRM,FRTT,MCR,ICR were not getting programmed when the FCES is turned on using th cnfcon command.Adding the Connection with the FCES enabled behaved properly. Workaround: None
CSCdm62817	Symptom: tstconseg command sometimes does not work. Conditions: Execute tstconseg multiple times with high loop count (10). Workaround: None
CSCdm84853	Symptom: BW reported via interface load info is erroneous. Conditions: When Forward & Backward BW for VSI connections is different. Workaround: None
CSCdp62213	Symptom: Switching from bi-dir to uni-dir mode APS generates APS architecture mismatch error Conditions: When APS pair is configured from bi-dir mode to uni-dir mode the other side indicates APS architecture mismatch error, and then the other side is also configured from bi-dir mode to uni-dir mode, the APS architecture mismatch error does not clear. Workaround: Delete APS and then add APS again - it defaults to uni-dir.
CSCdp59729	Symptom: addlnlocrmt causes node unreachable. Conditions: addlnlocrmtlp causes node unreachable even though there are other parallel trunks. Workaround: No known workaround.
CSCdp67673	Symptom: dspapsln does not show ARCH_MIS any more. Conditions: dspapsln does not show ARCH_MIS when caused for the second time on the same trunk. Workaround: No known workaround
CSCdp46399	Symptom: Need a documentation explains how to setup port groups for FW MEF (me26). Conditions: Workaround: No known workaround.
CSCdp49749	Symptom: Node unreachable after resetting two nodes in the network. Conditions: When combus message 0x52 is sent down to BXM, we were not handling the case when message says activate the lcn, but delete the vpi-vci pair specified in the command. Workaround: None.Upgrade to MFB.
CSCdp28931	Symptom: No RDI-P generated when loss of Cell Delineation occurs. Conditions: Workaround:
CSCdp59727	Symptom: Addlnlocrmt causes node unreachable. Conditions: Workaround: Reset the BXM card.

Bugs Fixed in MFA

Bug ID	Description
CSCdm53420	Symptom: switchyred causes APS line to switch when last user request is clear. Conditions: APS 1+1 configuration. The protection line was active and the "last user switch request" was clear. When a switchyred was performed, APS line switched to working line active Workaround:
CSCdm93274	Symptom: OC3 back card LED is wrong after reset/pull cards. Conditions: Multiple APS lines on a card and perform switchyred when Working line is active and Secondary card is active. Workaround: None.
CSCdm04312	Symptom: The problem is a false failure is declared against the SIMBA Multicast Record RAM. Conditions: The problem occurs when Self Test is activated against a Y-Redundant pair of BME Cards (BXM-622 cards loaded with the multicast BME firmware) that have more than 1000 connections programmed through them. Workaround: Disable Self Test via the cnftstparm command.
CSCdm50659	Symptom: Trunk alarms are not generated when random bit errors are injected onto a trunk using an Adtech Sx14 test set at a rate of 10E-3. There are trunk statistics generated but no trunk alarm because the statistics that cause alarms on do not meet the threshold for MAJOR or MINOR alarms. Conditions: This was generated in a lab environment with test equipment that was set to inject bit errors randomly through the entire bandwidth. Some HCS errors were generated as well as Path unavailable and Path Farend unavailable. Workaround: Lowering the alarm threshold for MAJOR and MINOR HCS errors can help to generate a trunk alarm. Use the cnflnalm command and modify the Hcserr alarm thresholds to .01 for MAJOR and .0001 for MINOR. These thresholds are as low as they can be set currently.
CSCdk42527	Symptom: Rx Queue becomes full after LOS on the feeder trunk. Conditions: After LOS condition on the feeder trunk. Workaround: Reset the feeder trunk.
CSCdm16505	Symptom: AIS not sent on VP ABRFST/ABRSTD connection. Conditions: LOS on trunk between 2 nodes. Workaround: None
CSCdm81534	Symptom: ICR of abrfst on BXM-155 falls down to MCR after resetcd. Conditions: Change the ICR after resetcd before start sending traffic. Workaround: None
CSCdm61493	Symptom: When BIP8 errors are received on an E3 line or trunk at a rate of 10E-3, the line or trunk will not declare any alarm. Conditions: When high rates of BIP8 errors are received. Workaround: None.
CSCdk81384	Symptom: BXM slot errors keeps on incrementing on a BCC3 node, but the reading of 'EAP ARFD' should only be interpreted when using the dual receiver feature on a BCC4 node. Conditions: BXM slot errors on a BCC3 node. Workaround: None
CSCdk80483	Symptom: TX cell loss counts in dsptrkerrs increase continuously. Conditions: When there is trunk configured. Workaround: None.
CSCdm04312	Symptom: The problem is a false failure is declared against the SIMBA Multicast Record RAM. Conditions: The problem occurs when Self Test is activated against a Y-Redundant pair of BME Cards (BXM-622 cards loaded with the multicast BME firmware) that have more than 1000 connections programmed through them. Workaround: Disable Self Test via the cnftstparm command.
CSCdm09295	Symptom: Reconfig of FCES from enable to disable does not work, as a result traffic burst is restricted to MCR. Conditions: Every time changing an existing connection from FCES enable to disable. Workaround: Delete the connection and add back a new one with FCES disable.
CSCdm39186	Symptom: Card fatal error occurred when running in standby mode under the heat condition. As a result, the card reset periodically. Conditions: Card running in standby mode under heat condition Workaround: None
CSCdm09882	Symptom: Log non fatal message related to the RCMP errors. Conditions: It is mainly seen in the heat chamber. Workaround: Please make sure the TEST FREQUENCY and TIMEOUT variables under cnftstparm for BXM are set to 4000/3700 level.
CSCdm31923	Symptom: AIS/YEL alarm doesn't go away even after the alarm is clear from the other end. Conditions: It happens on the E3 when the LOOP TIME parameter is set to YESin the trunk or line configuration. Workaround: None
CSCdm92916	Symptom: Operational commands (dncd, resetcd, remove) on standby card impact active APS line. When active line is PROT line and a switchover of cards occur, WORK line becomes active line on the newly active cards. Conditions: APS 1+1 Annex B and PROT is active line. switchyred or resetcd on the active card causes line to switchover from PROT to WORK. Workaround: None
CSCdm92931	Symptom: APS line switchover occurs upon card removal/insertion when lockout is set Conditions: When Lockout is set, removing/inserting the card makes it happen.
CSCdm52585	Symptom: DspVsiPartInfo shows very large Available LCN field. Conditions: When the sum of min-lcns is greater than the max(max lcns) on a port group. Workaround: None.
CSCdp18840	Symptom: The CBR.2 Calls do not pass traffic above 50 Cells/second. Conditions: VSI controller establishes CBR.2 connection and it does not fill in the PCR field. Workaround: Fill the PCR value also with the CR value.
CSCdp17741	Symptom: 2-portgroup card reports 1 port group at the channel stats level 2 and 3. Conditions: When channel stats level 2 or 3 are configured on BXm-622-2 port and BXM-155 reports only one port group. Workaround: Auto Route connections are not affected by this. But for VSI connections there is no work around.
CSCdp22930	Symptoms: Intlock missing for rd/wr operation Workaround: Reassert intLock on commbus ISR to prevent SCC access from getting interrupted.
CSCdp33894	Symptom: Standby APS line shows status as Path AIS upon switchyred or on APS switchover on LOS. Conditions: switchyred on APS, the prot. line report Path AIS. Workaround: None. Upgrade to ME26/MED or later versions of BXM firmware.
CSCdp36324	Symptom: Last user request affects switching on BPX. Conditions: Workaround:
CSCdp31325	Symptom: UBR cells are policed unnecessarily below PCR. Conditions: Always. Workaround: None.
CSCdp36155	Symptom: BXM-E OC3/OC12 does not show supporting APS HW 1+1 in dspcd command and otherwise also. Condition: BXM-E OC3/ OC12 card with HW rev < 'C'. Workaround: None.
CSCdp32853	Symptom: The BXM enhanced cards keep getting reset and card errors are logged and node may go into degraded mode, when command "addapsln slot1.port1 slot2.port2 1" is issued. Conditions: BXM enhanced OC3 cards with 4 port and FW rel earlier that M.E.22/M.F.09. Workaround: 1. Do not addapsln on second port onwards for BXM-E OC3 4 port card. OR 2. Replace the BXM-E 4 port card with 8 ports card.
CSCdp17741	Symptom: 2-portgroup card reports 1 port group at the channel stats level 2 and 3. Conditions: When channel stats level 2 or 3 are configured on BXm-622-2 port and BXM-155 reports only one port group. Workaround: Auto Route connections are not affected by this. But for VSI connections there is no work around.
CSCdp11025	Symptom: Use the "dspapsln" to get the screen to display apsln status.When the working line is taken out the LOS appears on the working line. When the protection line is taken out both the working and protection display LOS. When the protection line is put back in the LOS/Alarms on the protection should clear. They do not. Conditions: Physically remove and add the rx or both rx and tx lines as follows: 1. Remove the working line. 2. Remove the protection line. 3. Add the protection line back. Workaround: None
CSCdm73220	Symptom: Trunks or Virtual Trunks does not allow traffic going through. Conditions: SWSW 9.1 with ME level of firmware. Trunks or VTs configured on BXM/BXM-E. Workaround: None

Bugs Fixed in MEC

Bug ID	Description
CSCdm66131	Symptom: After addapsln trunk goes to LOS Conditions: Both ends have secondary card active, add aps 1+1 to one end, then add aps to the other end, the trunk sometimes goes into LOS. Workaround:
CSCdm64366	Symptom: APS 1+1 manual switch sometimes does not work after a while after several manual switch and auto switch. Conditions: Secondary card is active and several manual switch and auto switches are performed. Workaround:
CSCdm62809	Symptom: APS 1+1 bidirectional non-revertive switches back to working line when line condition clears on working. Condition: APS 1+1 configured in bi-direction non-revertive mode. Working line is in LOS, current active line is protection, clear LOS on working line. Workaround:
CSCdm69974	Symptom: Card errors (0x25170076) occur when only one Virtual Trunk is configured in a physical port. Workaround:
CSCdm65813	Symptom: APS switches back o working line incorrectly. Condition: Switch sequence W->P, P->W and then W->P, then cause LOS on WORK line and put the cable back, APS switches to Working line. Workaround:
CSCdm77212	Symptom: When addshelf command is executed, it comes back with a communication breakdown. Condition: Channel level stats is set to 0 so that BXM reports wrong max channels. Workaround:
CSCdm74316	Symptom: Re-adding VSI shelf does not work until a resetcd is executed on the LSC control port. Condition: Load information on an interface is 4 bytes more that MAX_VSI_MSG. The message gets dropped on BXM, so VSI controller is in discovery state forever. Workaround:
CSCdm75722	Symptom: No control VC after BXM is reset. Condition: When resync request comes down from the VSI controller with 19 checksum blocks, the length check done on BXM does not include padding. Workaround:
CSCdm74968	Symptom: 0B card error causing BXM to reset. Condition: Over night jobs running on controller cards. Workaround:
CSCdp02190	Symptom: tstdelay timed out when going through BNI trunk. Condition: More that 12 VTs on an interface causes wrong port-vi mapping while considering STI_SHIFT/NO_SHIFT from 13 th VT/port onwards. Workaround:
CSCdm78335	Symptom: dspvsistatus rarely shows the VSI programming status as Done. Condition: Primary and secondary port has two different VPI range. Workaround:
CSCdm26752	Symptom: Card errors continuously logged with "SoItcSend failed" message. Condition: RAS oam_lpbk is on and switchyred is executed several times in a job. Workaround:
CSCdm93839	Symptom: Card resets on receiving oam loopback cells at high rate. Condition: oamlpbk is enabled with high oam traffic on large number of connections. Workaround:
CSCdm52254	Symptom: BIP-8 code errs occurs on routing trunks Condition: T3 card used in HEC mode can randomly have this problem. Workaround:
CSCdm44183	Symptom: BXM-155 4DX was not able to recover after resetting the card. Condition: Traffic is sent at a rate >= 383 cps on a terminated connection on BXM-E card and then card is reset. Workaround:
CSCdm90997	Symptom: BXM-E trunk and port stats are always zero in TX direction. Condition: Port terminated on BXM-E card or trunk passing through BXM-E card. Workaround:
CSCdm80991	Symptom: Unable to add 3 segment connections using CM GUI. Condition: Feeder connected to BXM card of BPX routing node and for, BXM trunk configuration, ILMI/LMI protocol is enabled as CARD based. Workaround:
CSCdm82688	Symptom: Traffic Shaping problems with VT with and without rap around solution. Condition: Large deviations in CDV values. Workaround:
CSCdm94372 (see explanation below)	Symptom: Trunks sometimes drop cbr traffic. Condition: If a trunk is configured to full line rate on BXM cards, then traffic is dropped. Workaround:
CSCdp00063	Symptom: Node unreachability is experienced on VTs (virtual trunks). Condition: Multiple VTs are configured on a trunk interface of the BXM/BXM-E. Workaround: Configure only one VT per trunk interface.

Logic to calculate actual cell transmission rate in a BXM card is as follows (CSCdm94372):

if (configured cell rate == full line cell rate) then

	transmitted cell rate = full line cell rate

else

	transmitted cell rate = from equation below or from table 1

For example:

If a trunk is configured at 100,000 CPS, the actual transmitted cell rate is then 98,013 CPS any traffic sent over 98,013 CPS would be discarded.

Only rates in the table or computed from the equation should be used. Otherwise, cell loss may be experienced.

1464865	56552	28832	19348	14559	11670	9738	8355
733860	54458	28278	19097	14416	11579	9674	8308
489558	52513	27744	18852	14277	11488	9611	8261
367288	50703	27231	18614	14139	11399	9549	8215
293888	49013	26736	18381	14005	11311	9487	8169
244938	47432	26258	18154	13872	11225	9426	8124
209966	45950	25798	17933	13743	11140	9366	8079
183733	44558	25353	17717	13616	11056	9307	8035
163327	43247	24923	17506	13491	10974	9248	7992
147001	42012	24508	17300	13368	10892	9190	7948
133642	40845	24106	17099	13248	10812	9133	7906
122509	39741	23717	16902	13129	10733	9077	7863
113088	38695	23341	16710	13013	10656	9021	7822
105012	37703	22976	16522	12899	10579	8966	7780
98013	36761	22623	16339	12787	10503	8912	7739
91889	35864	22280	16159	12677	10429	8858	7699
86485	35010	21947	15983	12568	10355	8805	7659
81681	34196	21625	15812	12462	10283	8753	7619
77383	33419	21311	15643	12357	10212	8701	7580
73515	32676	21007	15479	12254	10141	8650	7541
70014	31966	20711	15318	12153	10072	8599	7502
66833	31286	20423	15160	12053	10003	8549	7464
63927	30634	20143	15005	11955	9936	8500	7427
61264	30009	19871	14853	11859	9869	8451	7389
58814	29409	19606	14705	11764	9803	8403	7352

Bugs Fixed in MEB

Bug ID

Description

CSCdm50469

Symptom:

Software error 105 and mallet card errors happened continuously.

Condition:

When jobs that cause reroutes of connections (e.g. switchcc, hitless rebuild) are run for a long time, sometimes BXM card freezes with malloc card errors and software error 105.

Workaround:

None

CSCdm50723

Symptom:

After deleting APS, switchyred causes temporary LOS when the other end still has APS.

Condition:

One end has APS 1+1, other end was added with APS 1+1 and line is up between the two ends. Then APS is deleted from one end. The primary card is active on non APS end. On switchyred on the non APS end there is a temporary LOS. If APS was never added to one end, then switchyred does not result in temporary LOS.

Workaround:

Instead of deleting APS first and then doing a switchyred, do a switchyred first and then delete APS. This does not result in temporary LOS.

CSCdm63038

Symptom:

BXM card fails with breakpoint error.

Condition:

When tx cell rate of a trunk is reduced to zero, BXM card fails with break point error (division by zero).

Workaround:

None

Bugs Fixed in MEA

Bug ID	Description
CSCdm09882	Symptom: Log non fatal message related to RCMP errors. Conditions: It is mainly seen in the heat chamber. Workaround: None
CSCdm18186	Symptom: AIS status could be randomly be displayed in dspcon Conditions: When the connection AIS signal is constantly changing, the dspcon/dspchstats OAM status will not be accurate for all the connections on the card. Workaround: None
CSCdm26380	Symptom: Software error 9098 occured during switchyred BXM Conditions: This problem occurs on cards with the APS channels halved option set and then doing a cnfrsrc on a port that belongs to the second port group. Note that this fix will cause a card mismatch on active cards with channel halved option turned on. Workaround: None
CSCdm31923	Symptom: AIS/YEL alarm doesn't go away even after the alarm is clear from the other end. Conditions: It happens on the E3 when the LOOP TIME parameter is set to YES in the trunk or line configuration. Workaround: None
CSCdm37519	Symptom: Trunks go to Communication Fail after burning firmware. Conditions: When MC10 is burnt into BXM-OC12 with trunks. Workaround: None
CSCdm37709	Symptom: APS line fails to clear channel mismatch after lockout. Conditions: Bi-direction APS 1+1. Local end has locked out of protection set. Then WORK cable is pulled out on local end to cause LOS. Lockout is then cleared and then the WORK cable is put back. This causes a channel mismatch on the far end and the mismatch never clears. Workaround: None
CSCdm38647	Symptom: This bug has been fixed in MEA such that the firmware reports the correct number of port groups. The side effect of this fix is that the Switch Software could mismatch the BXM card. If there is a card mismatch then down all the lines/trunks on the card and up them again. Conditions: When the user loads the MEA firmware on the BXM card running MDA with APS halved channeled enabled, then the card will come up in mismatched state. Workaround: None
CSCdm46658	Symptom: switchapsln command does not work for APS AnnexB line. Conditions: Annex B configuration if hitless rebuild is done when active line is PROT, then switchapsln does not work after hitless rebuild. Workaround: None

Bugs Fixed in MDA

Bug ID	Description
CSCdm38647	Symptom: MDA fw may report incorrect number of port-groups when APS channels are set to halved. Conditions: When user attempts to add all the channels available on the card on one port-group, it may be allowed even though the BXM may not have enough memory to support it. Also, this may cause a mismatch state when MDB firmware is burnt. Workaround: Down all the line/trunks on the card and up them again.
CSCdm23713	Symptom: VI numbers are not modified by firmware. Conditions: When one or more trunks are failed in the network, there may be a combreak in the network. Workaround: Set all the Virtual trunks to restrict CC traffic.
CSCdm23827	Symptom: APS alarm may clear on switchyred. Conditions: After a switchyred, an existing a LOS/LOF alarm may get cleared. This will only happen when the line has switched to protection before the card switchover is performed. Workaround: None
CSCdm23752	Symptom: BXM fw does not allow a networking channel on VTs to configured for egress only. Conditions: BXM fw allowed configuration of networking channel to be bidirectional only. Workaround: None

Firmware Filenames and Sizes

Filename	Size
BXMMFV.000	65536
BXMMFV.001	65536
BXMMFV.002	65536
BXMMFV.003	65536
BXMMFV.004	65536
BXMMFV.005	65536
BXMMFV.006	65536
BXMMFV.007	65536
BXMMFV.008	65536
BXMMFV.009	65536
BXMMFV.010	65536
BXMMFV.011	65536
BXMMFV.012	65536
BXMMFV.013	65536
BXMMFV.014	65536
BXMMFV.015	65536
BXMMFV.016	65536
BXMMFV.017	65536
BXMMFV.018	65536
BXMMFV.019	65536
BXMMFV.020	65536
BXMMFV.021	65536
BXMMFV.022	65536
BXMMFV.023	65536
BXMMFV.024	65536
BXMMFV.025	45744
BXMMFV.026	14
BXMMFV.027	2
BXMMFV.IMG	784
BXMMFV.img	784

Appendix B. UXM Model C ACH Firmware Release Notes

This section contains information about UXM Model C firmware.

Introduction

ACH is a firmware maintenance release for UXM card on IGX. Firmware is the same for UXM and UXM-E cards.

New Features

None.

Obsolete Features

None.

Compatibility

1. Software

ACH firmware is compatible with Switch Software Release 9.3.10 or later.

2. Hardware

ACH firmware is compatible with all UXM and UXM-E model hardware.

Bugs Resolved in ACH

The open bugs known at this stage are listed in the Known Anomalies section of this appendix. The firmware release ACH also contains the bug fixes done in the Model B firmware up to revision ABL.

Upgrade Instructions

If the firmware being upgraded is not revision ACB or higher, then the firmware upgrade to revision ACH requires an intermediate upgrade to revision ABJ. However, before upgrading the firmware to revision ABJ, the boot code must be upgraded to boot revision 8.

If the firmware revision ACB has not been burned, follow these steps to upgrade the firmware to revision ACH:

Step 1 Execute a graceful upgrade to Release 9.3.10 or later.

Step 2 Upgrade the UXM boot code to boot revision 8.

Step 3 Upgrade the Administration application firmware to revision ABJ or greater.

Step 4 After the card comes up, upgrade the Administration application firmware to revision ACH.

Warning If these procedures are not followed, the card might enter a state from which it can NOT be recovered. Pay attention to this section before loading the new firmware.

If the firmware revision ACB has been burned onto the card, follow these steps to upgrade the firmware to revision ACH:

Step 1 Execute a graceful upgrade to Release 9.3.10 or later.

Step 2 Upgrade the run-time UXM firmware to revision ACH.

Known Anomalies

Bug ID

Description

CSCdu50731

Symptom: When one of the physical lines within IMA goes down and comes backup remote side of IMA goes out of Sync. The UXM trunks may experience CGW discards due to corrupted Frames passing over unbalanced IMA trunk.

This problem is identified and resolved in ABR Release under UXM Model B firmware.

Workaround: Resetting the UXM card will restore the service.

Bugs Fixed in ACH

Bug ID	Description
CSCdu89369	Symptom: SWERR9000/C311 logged when disable VSI partition on IMA-T1 VT on IGX. Conditions: When a VSI partition is enabled/disabled on a T1-IMA Virtual trunk SwSw Error9000 is logged. Workaround: Not a service affecting bug.
CSCdv19468	Symptom: Loopback on Physical Interface not working on E3, T3 and OC3. Conditions: Loop back on Physical interface is not effective on ports and trunks as the traffic is seen leaked to other end CPE. This bug is found as part of Diagnostic Loopback feature implemented on UXM trunks which is enabled in 9.3.40 SwSw Release. Workaround: Issue resetcd.
CSCdv38499	Symptom: Traffic is being LEAKED to the remote end when loop back is present. Conditions: Local loopback on UXM ports will result in traffic leaked to cell bus. Local remote loopback on UXM ports will result in traffic leaked to cell bus from remote end. This bug is found and resolved as part of the Diagnostic Loopback feature implementation which is enabled in 9.3.40 SwSw Release. Workaround: Issue resetcd on UXM.
CSCdw14895	Symptom: Adding ds3 trunk from Y-RED side results addtrk failure with message in 'loop back ' detected. This bug was introduced due to CSCdv38499 which has broken addtrk on Y-Red pair. Workaround: addtrunk from remote end if no Y-Red exists on remote end. Alternatively, physically pullout the Standby and perform addtrk.
CSCdt14885	Symptom: UXM card resets, we see swerr 103 and or cderrs 0B 29 00 A9 01 0D 17. Conditions: UXM card resets with either 103 SwSw error or 0B h/w error or both on an active UXM which has been Up for 320 days. This bug is due to Gateway Timer Counter overflow which is found to occur every 320 days since card is up. This bug exists in all previous versions of firmware under Model-C UXM as well as UXM-E hardware. Workaround: Reset UXM card in a maintenance window before 320 days of uptime.

Boot Code Requirements

Boot Code revision boot_08 is needed for the ACH release.

Unsupported Configurations or Applications.

1. MPLS Controllers other than 7200 series routers.

2. Port Adapter PA-A3 on the 7200 series router not supported for "multi-vc" configuration.

3. The OC3 MMF backcard is not supported for Y-redundancy configuration.

4. Adding more than one controller to a VSI partition is not supported.

5. Adding controllers on trunks is not supported. The controllers must be attached to line interfaces.

6. Usage of IMA interfaces is not supported for attaching the LSCs (Label Switched Controllers) or LERs (Label Edge Routers). This restriction is because of the non availability of IMA interface support in IOS software release 12.1.(3)T for LSC and LER interfaces. The IMA interfaces can be used for trunks between IGX nodes.

7. ILMI implementation does not support service registration and address registration.

Notes and Cautions

1. Switch Software Release 9.3.10 or later is compatible with the following versions of IOS and 7200 port adapter hardware:

IOS 12.1(3)T and later

PA-A1 (non enhanced) flavors of T3, E3, and OC3 ATM adapters

Note PA-A3 adapters are not supported for multi-VC mode as of 9/2000.

2. Changing the VPI range on a UXM interface partition is not causing the Xtagatm interface configuration on the controller to be updated.

This issue is recently discovered in 12.1(3)T.

When the slave ATM switch reports a VPI range change through an "IFC GET CNFG TRAP" the LSC does the following:

a. If the VPI range is reduced, the XTAG interface is toggled down and back up to force LDP/TDP to be reset. The LDP negotiates label ranges (VPI,VCI ranges) only when the session is established. The information displayed through a "show tag int detailed" command should be correct in this case.

Note The above does not apply to the BPX where the VPI or VCI range cannot be SHRUNK using the cnfrsrc command unless the interface is in the disabled state.

b. If the VPI range is increased, the information is updated in the VSI master but the information is NOT propagated to the XTAG. The LSC ignores the increased range instead of resetting the LDP session which forces VCs to be torn down. The VPI range from the "show tag int detailed" command can be interpreted as the LOCAL range that LDP/TDP used when setting up the session that is active. Changes at the ATM switch level are not reflected in the LSC unless the change explicitly causes the LDP session to be re-established.

3. Only one Xtag interface corresponding to a partition on a UXM interface that has multiple-partitions comes up. Other Xtag interface based on different partitions on the same UXM interface is not coming up.

Turn on "debug VSI errors."

The following errors display the messages: VPI/VCI in use or VCI in use. Overloading of the 0/32 tag-control PVC has occured.

a. Example 1: Node tagigx4 dspctrlrs for tagigx4, shows two controllers, one each for partition 1 and partition 2.

	node TN    Cisco           IGX 8430  9.3.1Z    Aug. 3 2000  11:05 PDT  

                    VSI Controller Information 

	 CtrlrId   PartId     ControlVC            Intfc    Type     CtrlrIP 

        	             VPI    VCIRange 

   	1         1       0      40-70          3.3      MPLS     6.6.6.6 

   	 2         2       0      40-70          19.3     MPLS     66.66.66.66 

b. Example 2: dsprsrc for 7.1, shows partitions 1, 2 and 3 on trunk 7.1

	Trunk : 7.1 

	Maximum PVC LCNS: 256             Maximum PVC Bandwidth: 65000 

                                   (Statistical Reserve: 5000) 

        	       State   MinLCN   MaxLCN   StartVPI   EndVPI   MinBW    MaxBW 

	 Partition 1:   E       30       100      50         75       1000     10000 

	 Partition 2:   E       10       100      90         150      1000     10000 

 	Partition 3:   E       10       100      180        240      1000     5000 

c. Xtagatm interface configuration for partitions 1 and 2 on Trunk 7.1

Make sure that only Xtag ATM interface uses the default tag-control-vc of 0/32. All other Xtag ATM interfaces on the same UXM interface should use non-default tag-control-vcs using the "tag-switching atm control-vc" command.

The following example shows xtagatm71 configuration on the LSC connected to 3.3 using default tag-control-vc of 0/32

	Current configuration: 

!

	 interface XTagATM71 

	  ip unnumbered Loopback0 

  	no ip mroute-cache 

  	extended-port ATM2/0 vsi 0x00070100 

 	 tag-switching ip 

end

The following example shows xtagatm71 configuration on an LSC connected to 19.3 using configured tag-control-vc of 90/32

 	Current configuration: 

!

	 interface XTagATM71 

  	ip unnumbered Loopback1 

  	no ip directed-broadcast 

  	no ip route-cache cef 

  	extended-port ATM5/0 vsi 0x00070100 

  	tag-switching atm control-vc 90 32 

  	tag-switching ip 

end

4. The URL for open and resolved caveats for IOS release image 12.1.(3)T can be found at: http://www.cisco.com/univercd/cc/td/doc/product/software/ios121/121relnt/121cavs/121tcavs.htm

5. An MPLS LSC on a T3 port cannot see the IGX.

When configuring a Cisco MPLS LSC on T3 interfaces, make sure the payload scrambling option on the UXM T3 line matches the config on the LSC. The default for the LSC is OFF, and the default for the UXM is ON since the lines come UP and CLEAR.

The following examples show T3 UXM configurations:

a. dsplncnf 12.6

node VT    Cisco           IGX 8430  9.3.1Z    Aug. 3 2000  10:14 PDT  

         LN  12.6 Config       T3/636                UXM slot:12  

         Loop clock:           No  

         Line framing:         PLCP Idle code:            7F hex  

         HCS Masking:          Yes  

         Payload Scramble:     No  

         VC Shaping:           No  

b. dspctrlrs

node VT    Cisco           IGX 8430  9.3.1Z    Aug. 3 2000  10:14 PDT  

                    VSI Controller Information 

         CtrlrId   PartId     ControlVC            Intfc    Type     CtrlrIP 

                                 VPI    VCIRange 

            1         1       0      40-70          12.6     MPLS     7.7.7.7 

            2         2       0      40-70          12.1     MPLS     99.99.99.99 

Controller 1 on node tagigx3 is connected to 12.6. If the IP address in the CtrlrIP column is correct, you know that the LSC is being seen by the IGX and vice-versa. Otherwise a 0.0.0.0 displays.

6. The complete list of the FAQs (Frequently Asked Questions) that assist in troubleshooting VSI/MPLS problems on IGX can be found at the following URL:

http://wwwin-eng.cisco.com/Eng/WAN/IGX/WWW/VSI/igxvsifaq.htm

Firmware Filenames and File Sizes

The following list contains the firmware file information for the UXM Model C.

Filename(s)	Size (bytes)
ACH.000 to ACH.023	65536
ACH.0024	37230
ACH.img	784

Filename(s)	Size (bytes)
AC08.000	56624
AC08.img	784

Appendix C. URM Model B Firmware XBB Release Notes

This section contains information about the UXM Model B firmware XBB.

Introduction

URM XBB is Model-B firmware release for URM card on IGX. The URM is an IOS-based routing module for the IGX. This release is an upgrade from XBA.

New Features

No new features are introduced by XBB.

Obsolete Features

None.

Compatibility

1. Software

XBB firmware is compatible with Switch Software Release 9.3.30 or later.

2. Hardware

XBB firmware is compatible with URM hardware.

Bugs Resolved in ABT

None. This firmware is equivalent to ACH UXM model firmware for VSI bug fixes.

Upgrade Instructions

None. This firmware uses the same boot revision as XBA firmware.

Boot Code Requirements

Boot Code revision boot_2 is needed for the XBB release.

Unsupported Configurations or Applications

The 0/1023 is a special VC used by URM for IPC between Admin Processor and IOS. When configuring MPLS network, do not commit any cross-connect or control-vc on the port. Otherwise, SWERRS or non-working configurations might occur.

Firmware Filenames and Sizes

This section contain URM-B firmware file information.

XBB Firmware Boot Code

Filename(s)	Size (bytes)
XBB.000 to XBB.019	65536
XBB.020	5701
XBB.img	784

XAA Firmware Boot Code

Filename(s)	Size (bytes)
XA2.000	57328
XA2.img	784

Notes and Cautions

1. The URM back card is hot-swappable; however the IOS processor is held in reset when back card is removed.

2. Card Mismatch might occur since XBA supports both BC-2FE2V and BC-2FE. Card mismatch is declared if BC-2FE2V and BC-2FE are swapped out of an ACTIVE URM card. Back cards of two different types can be swapped only in a STANDBY URM card.

3. If Remote Router Configuration feature is used to burn the IOS configuration in the card, the burned configuration cannot be deleted but can be overwritten only by another configuration.

Appendix D - UXM Model B Firmware ABT Release

Introduction

UXM ABT is Model-B firmware release for UXM card on IGX. Firmware is the same for UXM and UXM-E cards.

New Features

UXM trunk and line loopback.

Obsolete Features

None.

Compatibility

1. Software

ABT is compatible with Switch Software Release 9.3.30 or later.

2. Hardware

ABT is compatible with URM and UXM-E hardware of all models.

Bugs Resolved in ABT

The following table list the resolved anomalies in firmware ABT.

Bug ID	Description
CSCdu66836	Switchyred fails an IMA trk momentarily and then clears failure.
CSCdv73321	UXM fails RCMP SRAM Parity Test.
CSCdv91482	ACR is only 7 and traffic loss when trk vc shaping enabled for UBR.
CSCdw02669	UXM constantly fails when remote IMA configured for ITC.
CSCdw03819	On loc or rmt lpbk on uxm, IMA feeder trk to clear & fail state.
CSCdw04142	Traffic being leaked to remote end while loc lp exists on IMA feeder trks.
CSCdw08662	ACR is MCR when trk vc shaping is enabled for ABR conn.
CSCdw14895	Adding trunk on UXM Y-Red failed with error message Loop Back Detected.
CSCdw32804	Remaining IMA config in 1xT1 trunk. Ima not cleaned up.
CSCdw62198	Ubr does not tag all the cells to clp 1.
CSCdw78656	VT failure update takes long time - upto 6 secs.
CSCdw86157	UXM QE locks up causing 103s, frozen pvcs.
CSCdx02932	Looped PVC (abrstd with VSVD) on UXM IGX.
CSCdx30234	Improper use of timer in Cmi message handler.
CSCdx48613	Y-RED IMA TK cannot back to OK status after del TK remote loop back.
CSCin04753	Selftest failure on UXM card.

Upgrade Instructions

Update boot code to boot 09 before upgrading to ABT.

Caution This upgrade must be completed before upgrading to ABT.

Boot Code Requirements

None for the ABT release.

Boot code revision boot_09 of ABS release is the same for ABT release.

Unsupported Configuration or Applications

None.

Firmware Filenames and Sizes

ABT Firmware Boot Code

Filenames	Size (bytes)
ABT.000-ABT.017	65536
ABT.018	58074
ABT.img	784

Notes and Cautions

None.

Obtaining Documentation

The following sections explain how to obtain documentation from Cisco Systems.

World Wide Web

You can access the most current Cisco documentation on the World Wide Web at the following URL:

http://www.cisco.com

Translated documentation is available at the following URL:

http://www.cisco.com/public/countries_languages.shtml

Documentation CD-ROM

Cisco documentation and additional literature are available in a Cisco Documentation CD-ROM package, which is shipped with your product. The Documentation CD-ROM is updated monthly and may be more current than printed documentation. The CD-ROM package is available as a single unit or through an annual subscription.

Ordering Documentation

Cisco documentation is available in the following ways:

Registered Cisco Direct Customers can order Cisco product documentation from the Networking Products MarketPlace:

http://www.cisco.com/cgi-bin/order/order_root.pl

Registered Cisco.com users can order the Documentation CD-ROM through the online Subscription Store:

http://www.cisco.com/go/subscription

Nonregistered Cisco.com users can order documentation through a local account representative by calling Cisco corporate headquarters (California, USA) at 408 526-7208 or, elsewhere in North America, by calling 800 553-NETS (6387).

Documentation Feedback

If you are reading Cisco product documentation on Cisco.com, you can submit technical comments electronically. Click Leave Feedback at the bottom of the Cisco Documentation home page. After you complete the form, print it out and fax it to Cisco at 408 527-0730.

You can e-mail your comments to bug-doc@cisco.com.

To submit your comments by mail, use the response card behind the front cover of your document, or write to the following address:

Cisco Systems
Attn: Document Resource Connection
170 West Tasman Drive
San Jose, CA 95134-9883

We appreciate your comments.

Obtaining Technical Assistance

Cisco provides Cisco.com as a starting point for all technical assistance. Customers and partners can obtain documentation, troubleshooting tips, and sample configurations from online tools by using the Cisco Technical Assistance Center (TAC) Web Site. Cisco.com registered users have complete access to the technical support resources on the Cisco TAC Web Site.

Cisco.com

Cisco.com is the foundation of a suite of interactive, networked services that provides immediate, open access to Cisco information, networking solutions, services, programs, and resources at any time, from anywhere in the world.

Cisco.com is a highly integrated Internet application and a powerful, easy-to-use tool that provides a broad range of features and services to help you to

Streamline business processes and improve productivity
Resolve technical issues with online support
Download and test software packages
Order Cisco learning materials and merchandise
Register for online skill assessment, training, and certification programs

You can self-register on Cisco.com to obtain customized information and service. To access Cisco.com, go to the following URL:

http://www.cisco.com

Technical Assistance Center

The Cisco TAC is available to all customers who need technical assistance with a Cisco product, technology, or solution. Two types of support are available through the Cisco TAC: the Cisco TAC Web Site and the Cisco TAC Escalation Center.

Inquiries to Cisco TAC are categorized according to the urgency of the issue:

Priority level 4 (P4)—You need information or assistance concerning Cisco product capabilities, product installation, or basic product configuration.
Priority level 3 (P3)—Your network performance is degraded. Network functionality is noticeably impaired, but most business operations continue.
Priority level 2 (P2)—Your production network is severely degraded, affecting significant aspects of business operations. No workaround is available.
Priority level 1 (P1)—Your production network is down, and a critical impact to business operations will occur if service is not restored quickly. No workaround is available.

Which Cisco TAC resource you choose is based on the priority of the problem and the conditions of service contracts, when applicable.

Cisco TAC Web Site

The Cisco TAC Web Site allows you to resolve P3 and P4 issues yourself, saving both cost and time. The site provides around-the-clock access to online tools, knowledge bases, and software. To access the Cisco TAC Web Site, go to the following URL:

http://www.cisco.com/tac

All customers, partners, and resellers who have a valid Cisco services contract have complete access to the technical support resources on the Cisco TAC Web Site. The Cisco TAC Web Site requires a Cisco.com login ID and password. If you have a valid service contract but do not have a login ID or password, go to the following URL to register:

http://www.cisco.com/register/

If you cannot resolve your technical issues by using the Cisco TAC Web Site, and you are a Cisco.com registered user, you can open a case online by using the TAC Case Open tool at the following URL:

http://www.cisco.com/tac/caseopen

If you have Internet access, it is recommended that you open P3 and P4 cases through the Cisco TAC Web Site.

Cisco TAC Escalation Center

The Cisco TAC Escalation Center addresses issues that are classified as priority level 1 or priority level 2; these classifications are assigned when severe network degradation significantly impacts business operations. When you contact the TAC Escalation Center with a P1 or P2 problem, a Cisco TAC engineer will automatically open a case.

To obtain a directory of toll-free Cisco TAC telephone numbers for your country, go to the following URL:

http://www.cisco.com/warp/public/687/Directory/DirTAC.shtml

Before calling, please check with your network operations center to determine the level of Cisco support services to which your company is entitled; for example, SMARTnet, SMARTnet Onsite, or Network Supported Accounts (NSA). In addition, please have available your service agreement number and your product serial number.

CCIP, the Cisco Powered Network mark, the Cisco Systems Verified logo, Cisco Unity, Fast Step, Follow Me Browsing, FormShare, Internet Quotient, iQ Breakthrough, iQ Expertise, iQ FastTrack, the iQ Logo, iQ Net Readiness Scorecard, Networking Academy, ScriptShare, SMARTnet, TransPath, and Voice LAN are trademarks of Cisco Systems, Inc.; Changing the Way We Work, Live, Play, and Learn, Discover All That's Possible, The Fastest Way to Increase Your Internet Quotient, and iQuick Study are service marks of Cisco Systems, Inc.; and Aironet, ASIST, BPX, Catalyst, CCDA, CCDP, CCIE, CCNA, CCNP, Cisco, the Cisco Certified Internetwork Expert logo, Cisco IOS, the Cisco IOS logo, Cisco Press, Cisco Systems, Cisco Systems Capital, the Cisco Systems logo, Empowering the Internet Generation, Enterprise/Solver, EtherChannel, EtherSwitch, GigaStack, IOS, IP/TV, LightStream, MGX, MICA, the Networkers logo, Network Registrar, Packet, PIX, Post-Routing, Pre-Routing, RateMUX, Registrar, SlideCast, StrataView Plus, Stratm, SwitchProbe, TeleRouter, and VCO are registered trademarks of Cisco Systems, Inc. and/or its affiliates in the U.S. and certain other countries.

All other trademarks mentioned in this document or Web site are the property of their respective owners. The use of the word partner does not imply a partnership relationship between Cisco and any other company. (0201R)

Table of Contents