Table Of Contents
Managed Objects
9.1 Introduction
9.2 Alarm
9.2.1 AU-4
9.3 ONS 15302
9.4 Bridge
9.4.1 General Bridge Parameters
9.4.2 Unicast Forwarding Table Attributes
9.4.3 Multicast Forwarding Table Attributes
9.4.4 Multicast Forward All Table Attributes
9.4.5 Multicast Forward Unregistered Table Attributes
9.4.6 Multicast Static Table Attributes
9.4.7 MAC Multicast Parameters (IGMP Snooping)
9.4.8 MAC Multicast Group Table Attributes
9.4.9 MAC Multicast Router Table Attributes
9.5 General Spanning Tree Parameters
9.5.1 General STP Attributes
9.5.2 STP Port Attributes
9.5.3 Rapid STP Port Attributes
9.5.4 Rapid Spanning Tree Force Software Version Attributes
9.5.5 Traffic Control Port Priority Attributes
9.5.6 Traffic Class Attributes
9.5.7 Priority Group Attributes
9.6 DCC
9.7 Ethernet
9.8 Ethernet/VC-12 Mapping
9.8.1 Ethernet/VC-12 Mapping Attributes
9.8.2 WAN Port Alarms
9.9 Feature
9.10 Firmware
9.11 LAN
9.12 LED
9.13 Management Port (MGMT)
9.14 Multiplex Section (MS)
MS Attributes
MS Alarms
9.15 The Point-to-Point Protocol (PPP)
9.16 Port
9.17 Protection
Protection Attributes
Protection Alarm
9.18 Regenerator Section
RS Attributes
RS Alarms
9.19 RTC
9.20 SDH
SDH Attributes
SDH Alarms
9.21 SNMP User
9.22 Software
9.23 Tributary
Tributary Port Attributes
Tributary Port Alarms
9.24 TU-12
TU-12 Attributes
TU-12 Alarms
9.25 User Channel
9.26 User Traffic Ethernet
User Traffic Ethernet Attributes
Port Mirroring Attributes
9.27 VC-12
VC-12 Attributes
VC-12 Alarms
9.28 VC-4
VC-4 Attributes
VC-4 Alarms
9.29 VLAN
VLAN Attributes
Attributes for each VLAN
Attributes for each Port being Member of a VLAN.
Attributes for each Ethernet User defined Protocol
GVRP Attributes
GVRP Port Attributes
9.30 VT100 User
9.31 WAN
Managed Objects
9.1 Introduction
This section give an overview of the parameter related to each managed object. Table 9-1 describes the ONS 15302 managed objects.
Table 9-1 Managed Objects
Managed Object
|
Description
|
Alarm
|
Auxiliary alarm input (for voltage-free switches).
|
AU-4
|
Administrative Unit level 4
|
ONS 15302
|
ONS 15302 device
|
Bridge
|
Bridging of Ethernet packets including Spanning Tree Protocol.
|
DCC / DCC-R / DCC-M
|
SDH Data Communication Channel as defined by ITU-T G.784
|
Ethernet
|
Physical (LAN + Mgmt Port) and logical (WAN) Ethernet interfaces
|
Ethernet/VC12 Mapping
|
Mapping of Ethernet traffic into a number of SDH VC12s
|
Feature
|
Software feature that can be enabled in the software.
|
Firmware
|
Firmware on a module.
|
Interface
|
Logical IP interface on router.
|
IP/IPX Router
|
Routing of IP and IPX traffic including routing protocols.
|
LAN
|
Customer Ethernet interface mapped to a physical port.
|
LED
|
Customer LED indicator, and Operator LED indicator
|
Mgmt Port
|
Ethernet management port.
|
MS
|
SDH signal Multiplexer Section
|
OSI Stack
|
Forwarding and routing of CLNP traffic including routing protocols.
|
Port
|
Generalization of all logical and physical interfaces.
|
Protection
|
SDH protection according to ITU.
|
QoS
|
Quality of Service
|
RS
|
SDH signal Regenerator Section
|
RTC
|
Real-Time Clock
|
SDH
|
Optical or electrical SDH port
|
SNMP User
|
Registered SNMP user
|
Software
|
Software.
|
Trib.
|
PDH port (2Mbit/s).
|
TU-12
|
Tributary Unit level 12.
|
Tunnel
|
Tunnel for encapsulation of IP packets in CLNP. This object covers both encapsulation/decapsulation and address mapping.
|
User Channel
|
Transparent serial communication channel.
|
User Traffic Ethernet
|
Ethernet interface for user traffic, i.e. LAN + WAN (specialization the Ethernet managed object).
|
9.2 Alarm
The following section defines the managed object attributes, and their associated alarms. Note that all alarms are associated with a severity level, i.e. WARNING, MINOR, MAJOR, and CRITICAL. This is not shown in the tables.
Table 9-2 Alarm Attributes
Attribute
|
Access
|
Type
|
Description
|
MODE
|
R/W
|
choice
|
ENABLED or DISABLED
|
TRIGGERED WHEN
|
R/W
|
choice
|
OPENS or CLOSES. Defines whether contact opening or contact closure is the alarm situation.
|
TRIGGERED
|
R
|
string
|
Indicates if an alarm situation is present on the port (YES or NO).
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
Table 9-3 Alarm Input Port Alarm
Alarm ID
|
Description
|
AUX
|
Alarm situation on alarm input port.
|
9.2.1 AU-4
This section give an overview of the parameter related to AU-4 managed object.AU-4 attributes are described in Table 9-4. AU-4 alarms are described in Table 9-5.
Table 9-4 AU-4 Attributes
Attribute
|
Access
|
Type
|
Description
|
AIS FILTER
|
R/W
|
choice
|
ON/OFF filtering of AIS
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below
|
Table 9-5 AU-4 Alarms
Alarm ID
|
Description
|
AIS
|
Alarm indication signal
|
LOP
|
Loss of pointer
|
9.3 ONS 15302
This section give an overview of the parameter related to ONS 15302 managed object.ONS 15302 attributes are described in Table 9-6. Related alarms are described in Table 9-7.
Table 9-6 ONS 15302 Attributes
Attribute
|
Access
|
Type
|
Description
|
DESCRIPTION
|
R
|
string
|
Device type
|
NAME
|
R/W
|
string
|
User defined device name
|
LOCATION
|
R/W
|
string
|
User defined address
|
CONTACT
|
R/W
|
string
|
User defined responsible person(s)
|
TIME
|
R/W
|
hh:mm:ss
|
Current Device Time
|
DATE
|
R/W
|
dd/mm/yy
|
Current Device Date
|
SYSTEM UP-TIME
|
R
|
integer
|
Seconds since last restart
|
ADMINISTRATIVESYNC SOURCE
|
R/W
|
choice
|
List of desired SDH synchronization source in prioritized order. Legal values are EXTERNAL (sync port), LOCAL (free-running), ACTIVE PORT, any SDH port in the system, or any E1 interface configured in PRA mode.
|
OPERATIONALSYNC SOURCE
|
R
|
string
|
Actual SDH synchronization source. For legal values, see ADMINISTRATIVE SYNC SOURCE.
|
REMOTE DEVICE
|
R/W
|
IP address
|
IP address of the remote ONS 15302.
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
GALNET MODE
|
R
|
choice
|
Current mode supported by the device.
|
GALNET MODE AFTER RESET
|
R/W
|
choice
|
New mode supported by the device after the next reset. Legal values are BASE or EXTENDED.
|
Table 9-7 ONS 15302 Alarms
Alarm ID
|
Description
|
HWFAIL
|
Hardware failure
|
LOSSY
|
Loss of external synchronization (Sync port)
|
TEMP
|
Temperature exceeded threshold
|
FAN
|
FAN failure
|
9.4 Bridge
Table 9-8 gives an overview of the parameter related to Bridge managed object.
9.4.1 General Bridge Parameters
Table 9-8 General Bridge Attributes
Attribute
|
Access
|
Type
|
Description
|
BRIDGE-ADDRESS
|
R
|
MAC
|
The device MAC address
|
BRIDGE-TYPE
|
R
|
text
|
Bridge Type, always Transparent only for ONS 15302.
|
FORWARDING TABLE AGING TIME
|
R/W
|
integer
|
User-defined number of seconds the learned entries remain in the Forwarding Table(s) (minimum = 10 sec.).
|
9.4.2 Unicast Forwarding Table Attributes
Table 9-9 shows attributes that exist for each node or interface known to the bridge (Unicast Forwarding Table).
Table 9-9 Unicast Forwarding Table attributes
Attribute
|
Access
|
Type
|
Description
|
PORT
|
R/W
|
integer
|
Port through which the MAC has been learned.
|
MAC-ADDRESS
|
R/W
|
MAC
|
MAC address of the node.
|
IF-INDEX
|
R/W
|
integer
|
VLAN identifier (> 100 000) to which the MAC address applies.
|
STATUS
|
R
|
choice
|
Learned or manually configured addr. Possible values are LEARNED (the entry was automatically learned), SELF (the entry is a port on the device), MGMT (the entry is a static set by the operator), or OTHER.
|
COUNT
|
R
|
integer
|
Current Unicast Forwarding Table size (per VLAN)
|
9.4.3 Multicast Forwarding Table Attributes
The following attributes exist for each multicast MAC address / VLAN-ID pair known to the bridge, ( Table 9-10).
Table 9-10 Multicast Forwarding Table Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN-ID
|
R
|
integer
|
VLAN identifier to which the multicast MAC address applies.
|
MAC-ADDRESS
|
R
|
MAC
|
Destination multicast MAC address.
|
EGRESS PORTS
|
R
|
list
|
Indicates a list of ports in a VLAN to be used to send frames to the multicast MAC address.
|
LEARNT
|
R
|
choice
|
Indicates the subset of ports from the list in EGRESS PORTS which were identified by IGMP snooping.
|
9.4.4 Multicast Forward All Table Attributes
The following attributes exist for each VLAN-ID, ( Table 9-11).
Table 9-11 Multicast Forward All Table Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN-ID
|
R
|
integer
|
VLAN identifier of the Forward All Group.
|
EGRESS PORTS
|
R
|
list
|
Indicates a list of ports in a VLAN to be used to send frames to the multicast MAC address.
|
STATIC PORTS
|
R/W
|
list
|
Indicates a list of ports in a VLAN which can participate in a Forward All group.
|
FORBIDDEN PORTS
|
R/W
|
list
|
Indicates a list of ports in a VLAN which cannot participate in a Forward All group.
|
9.4.5 Multicast Forward Unregistered Table Attributes
The following attributes exist for each VLAN-ID, ( Table 9-12).
Table 9-12 Multicast Forward Unregistered Table Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN-ID
|
R
|
integer
|
VLAN identifier of the Forward Unregistered group.
|
EGRESS PORTS
|
R
|
list
|
Indicates a list of ports in a VLAN to be used to send frames to the multicast MAC address.
|
STATIC PORTS
|
R/W
|
list
|
Indicates a list of ports in a VLAN which can participate in a Forward All group.
|
FORBIDDEN PORTS
|
R/W
|
list
|
Indicates a list of ports in a VLAN which cannot participate in a Forward Unregistered group.
|
9.4.6 Multicast Static Table Attributes
The following attributes exist for each multicast MAC address / VLAN-ID pair known to the bridge, ( Table 9-13).
Table 9-13 Multicast Static Table Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN-ID
|
R/W
|
integer
|
VLAN identifier to which the multicast MAC address applies.
|
MULTICAST MAC ADDRESS
|
R/W
|
MAC
|
Destination multicast MAC address.
|
RECEIVE PORTS
|
R/W
|
choice
|
Indicates the port number of the port from which a packet must be received in order for this entry's filtering information to apply.
|
STATIC PORTS
|
R/W
|
list
|
Indicates a list of ports to which packets received from, and destined to, are always forwarded. This is regardless of the IGMP snooping setting.
|
FORBIDDEN PORTS
|
R/W
|
list
|
Indicates a list of ports to which packets received from, and destined to, must not be forwarded. This is regardless of the IGMP snooping setting.
|
STATUS
|
R/W
|
choice
|
Possible values are PERMANENT, DELETE ON RESET (the entry is deleted after a bridge reset), or DELETE ON TIMEOUT (the entry is deleted when it has timed out - aging mechanism).
|
9.4.7 MAC Multicast Parameters (IGMP Snooping)
MAC Multicast General attributes are shown in Table 9-14.
Table 9-14 MAC Multicast General Attributes
Attribute
|
Access
|
Type
|
Description
|
MAC MULTICAST FILTERING ENABLE
|
R/W
|
choice
|
Enables multicast on a device. Legal values are TRUE or FALSE.
|
IGMP SNOOPING MIB VERSION
|
R/W
|
integer
|
Indicates the software version of IGMP that is running on the device.
|
IGMP SNOOPING ENABLE
|
R/W
|
choice
|
Enables IGMP learning on a device. Legal values are TRUE or FALSE.
|
IGMP SNOOPING HOST AGING TIME
|
R/W
|
integer
|
Indicates the amount of time (in seconds) before aging out an entry in the MAC Multicast Group Table.
|
IGMP SNOOPING ROUTER AGING TIME
|
R/W
|
integer
|
Indicates the amount of time (in seconds) before aging out an entry in the MAC Multicast Router Table.
|
9.4.8 MAC Multicast Group Table Attributes
The following attributes exist for per VLAN (tag), per port and per MAC multicast address, ( Table 9-15).
Table 9-15 MAC Multicast Group Table Attributes
Attribute
|
Access
|
Type
|
Description
|
TAG
|
R
|
integer
|
Identifies the VLAN.
|
PORT
|
R
|
integer
|
Port number in the VLAN from which multicast group information was learned.
|
ADDRESS
|
R
|
MAC
|
MAC multicast group address.
|
EXPIRY TIME
|
R
|
integer
|
Indicates the (minimum) amount of time before the entry is aged out.
|
9.4.9 MAC Multicast Router Table Attributes
The following attributes exist for per VLAN (tag), and per port, ( Table 9-16).
Table 9-16 MAC Multicast Router Table Attributes
Attribute
|
Access
|
Type
|
Description
|
TAG
|
R
|
integer
|
Identifies the VLAN.
|
PORT
|
R
|
integer
|
Port number in the VLAN for which this entry contains information for an IP multicast Router.
|
EXPIRY TIME
|
R
|
integer
|
Indicates the (minimum) amount of time before the entry is aged out.
|
9.5 General Spanning Tree Parameters
This section describes General Spanning Tree parameters.
9.5.1 General STP Attributes
General STP attributes are shown in Table 9-17.
Table 9-17 General STP Attributes
Attribute
|
Access
|
Type
|
Description
|
STATUS
|
R/W
|
choice
|
Enabling/disabling of the Spanning Tree Protocol. Legal values are TRUE/FALSE.
|
PROTOCOL
|
R
|
string
|
Always IEEE 802.1d
|
STP-TYPE
|
R
|
string
|
per Device or per VLAN
|
MUST-BELONG-TO-
VLAN
|
R/W
|
choice
|
Defines if STP shall be enabled on VLAN ports only or on all ports. Legal values are TRUE (VLAN only) or FALSE (all).
|
PRIORITY
|
R/W
|
integer
|
Bridge priority in the STP network (low numerical value makes it more likely to become the root) 0-65535
|
BRIDGE-MAX-AGE
|
R/W
|
integer
|
The maximum age (in seconds) of STP-information learned from the network on any port before it is discarded
|
BRIDGE-HELLO-TIME
|
R/W
|
integer
|
Time (in seconds) between transmission of config. messages through a given port
|
BRIDGE-FORWARD-
DELAY
|
R/W
|
integer
|
Amount of time a bridge remains in a listening and learning state before forwarding the packets.
|
STP-MIB-VERSION
|
R
|
integer
|
STP MIB version
|
ROOT-PORT
|
R
|
integer
|
Port number offering the lowest cost to the root node.
|
ROOT-ADDRESS
|
R
|
MAC
|
Current root node MAC address
|
ROOT-PRIORITY
|
R
|
integer
|
Current root node priority
|
ROOT-PATH-COST
|
R
|
integer
|
Cost from this bridge to the current root node (0 if this bridge is root)
|
TIME-SINCE-TOPOLOGY-CHANGE
|
R
|
integer
|
Time (in seconds) since last reconfiguration of STP-topology
|
TOPOLOGY-CHANGE-
COUNT
|
R
|
integer
|
Number of STP reconfigurations since last restart
|
MAX-AGE
|
R
|
integer
|
The maximum age (in seconds) currently in use by all the bridges within the spanning tree.
|
HELLO-TIME
|
R
|
integer
|
Time (in seconds) between transmission of config. messages through a given port currently in use by all the bridges within the spanning tree.
|
HOLD-TIME
|
R
|
integer
|
Minimum time (in seconds) between transmission of config. messages through a given port (hard coded = 100 hundredths of sec., i.e. 1 sec.).
|
FORWARD-DELAY
|
R
|
integer
|
Amount of time a bridge remains in a listening and learning state before forwarding the packets (value currently in use by all the bridges within the spanning tree).
|
9.5.2 STP Port Attributes
Table 9-18 shows attributes that exists for each port of the bridge (port specific Spanning Tree Parameters).
Table 9-18 STP Port Attributes
Attribute
|
Access
|
Type
|
Description
|
PRIORITY
|
RW
|
integer
|
Port priority. 0-255
|
PORT-STATE
|
R
|
choice
|
STP state. Legal values are DISABLED, BLOCKING, LISTENING, LEARNING, FORWARDING.
|
PORT-ENABLE
|
R/W
|
choice
|
Defines whether the STP is enabled on a port or not. Legal values are ENABLED or DISABLED.
|
COST
|
R/W
|
integer
|
The cost added to the root path field. Used to determine the cost of the path to the root through this port. 0-65535.
|
DESIGNATED-ROOT
|
R
|
bridgeidentifier
|
Designated Bridge transmits a unique Bridge Identifier as the Root in the configuration messages (CMs) with priority and MAC address of the Designated Bridge being included.
|
DESIGNATED-COST
|
R
|
integer
|
The Designated Port path cost of network segments connected to this port. This value is compared to the Root Path Cost field in received configuration messages (CMs).
|
DESIGNATED-BRIDGE
|
R
|
bridgeidentifier
|
The Bridge Identifier, which this port considers to be the Designated Bridge for this port segment, with priority being included.
|
DESIGNATED-PORT
|
R
|
portIdentifier
|
The Port Identifier on the Designated Bridge for this port LAN segment.
|
FORWARD-TRANSITIONS
|
R
|
integer
|
The number of times this port has transitioned from the Learning state to the Forwarding state.
|
9.5.3 Rapid STP Port Attributes
Table 9-19 shows attributes that exists per VLAN and per port of the bridge (port specific Rapid Spanning Tree Parameters):
Table 9-19 Rapid STP Port Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN
|
R
|
integer
|
VLAN ID.
|
PORT
|
R
|
integer
|
Port number.
|
STATUS
|
R/W
|
choice
|
Indicates if the port is an edge port. Legal values are FALSE or TRUE.
|
9.5.4 Rapid Spanning Tree Force Software Version Attributes
Table 9-20 shows attributes that exists per VLAN (Rapid Spanning Tree Force Software Version Table).
Table 9-20 Rapid Spanning Tree Force Software Version Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN
|
R
|
integer
|
VLAN ID.
|
STATE
|
R/W
|
choice
|
Specifies whether this Bridge uses the normal RSTP algorithm, or the STP Compatibility algorithm. Legal values are: STP COMPATIBILITY, or NORMAL RSTP.
|
9.5.5 Traffic Control Port Priority Attributes
The following attributes exists per port, ( Table 9-21).
Table 9-21 Traffic Control Port Priority Attributes
Attribute
|
Access
|
Type
|
Description
|
PORT
|
R
|
integer
|
Port number.
|
DEFAULT PRIORITY
|
R/W
|
integer
|
Indicates the default priority assigned to the ingress port. Packets are assigned this default priority if they are not tagged. Legal values are [0:7].
|
NUMBER OF TRAFFIC CLASSES
|
R/W
|
integer
|
Indicates the number of traffic classes to which received packets can be mapped. Legal values are [1:8].
|
9.5.6 Traffic Class Attributes
The following attributes exists per port and per priority, ( Table 9-22).
Table 9-22 Traffic Class Attributes
Attribute
|
Access
|
Type
|
Description
|
PORT
|
R
|
integer
|
Port number.
|
PRIORITY
|
R
|
integer
|
Priority level. Legal values are [0:7].
|
TRAFFIC CLASS
|
R/W
|
integer
|
Indicates the traffic class to which received packets with specified PRIORITY are mapped. Legal values are [0:3].
|
9.5.7 Priority Group Attributes
The following attributes exists per port, ( Table 9-23).
Table 9-23 Priority Group Attributes
Attribute
|
Access
|
Type
|
Description
|
PORT
|
R
|
integer
|
Port number.
|
PRIORITY GROUP
|
R
|
integer
|
Indicates the group to which the PORT belongs. All ports belonging to a same group have the same User Priority to Traffic Class mapping ( Table 9-22)
|
9.6 DCC
There are two DCC objects per SDH port, one for DCCR and one for DCCM. Both have the following attributes.Attributes are shown in Table 9-24.
Table 9-24 DCC Attributes
Attribute
|
Access
|
Type
|
Description
|
ENABLED
|
R/W
|
choice
|
Defines whether this DCC is enabled. Legal values are TRUE/FALSE.
|
MODE
|
R/W
|
choice
|
Defines the use of the DCC.
Legal values are:
NONE
IP BROADCAST
PPP
|
LAPD ROLE
|
R/W
|
choice
|
Defines the LAPD role on the DCC. Legal values are:
NETWORK
USER
|
9.7 Ethernet
Abstract object, no attribute defined.
9.8 Ethernet/VC-12 Mapping
The following subsections describes attributes related to Ethernet/VC-12 Mapping.
9.8.1 Ethernet/VC-12 Mapping Attributes
Table 9-25shows attributes that exist for each WAN port.
Table 9-25 Ethernet/VC-12 Mapping Attributes
Attribute
|
Access
|
Type
|
Description
|
ADMINISTRATIVE-CAPACITY
|
R/W
|
integer
|
Bandwidth allocated by operator (0-100 in steps of 2 MBit/s (Mbps))
|
OPERATIONAL-CAPACITY
|
R
|
integer
|
Current real bandwidth (0-100)
|
KLM
|
R
|
string
|
Identification of the allocated SDH VC-12 containers. Allocation of VC-12s takes place according to the mapping scheme defined in section SDH multiplexing and mapping
|
OPERATIONAL-STATUS
|
R
|
choice
|
Operational status per VC-12 (UP or DOWN)
|
PATH-TRACE
|
R/W
|
choice
|
Enabling/disabling of path trace mechanism (for all allocated VC-12s). Legal values are ENABLE/DISABLE.
|
EXPECTED-TI
|
R/W
|
string
|
Rx VC-12 path trace identifier pattern (15 char). Equal for all VC-12s.
|
TRANSMIT-TI
|
R/W
|
string
|
Tx VC-12 path trace identifier pattern (15 char). Equal for all VC-12s.
|
CHANNEL-TI
|
R/W
|
choice
|
Represents the VC-12 (1-50) for which the received path trace identifier pattern is displayed in RECEIVED-TI.
|
RECEIVED-TI
|
R/W
|
string
|
Received trace identifier pattern for the VC-12 of the channel selected by RECEIVED-TI KLM.
|
9.8.2 WAN Port Alarms
WAN port alarms are shown in Table 9-26.
Table 9-26 WAN Port Alarms
Alarm ID
|
Description
|
WANDELAY
|
Differential VC-12 delay for the WAN port is greater than +/- 2ms
|
9.9 Feature
Feature attributes are shown in Table 9-27.
Feature Attributes
Table 9-27 Feature Attributes
Attribute
|
Access
|
Type
|
Description
|
ENABLED FEATURES
|
R
|
list
|
List of enabled features on object.
|
9.10 Firmware
Firmware attributes are shown in Table 9-28.
Firmware Attributes
Table 9-28 Firmware Attributes
Attribute
|
Access
|
Type
|
Description
|
PRODUCT NUMBER
|
R
|
string
|
Product number
|
ICS
|
R
|
string
|
Item Change Status (revision)
|
9.11 LAN
See Ethernet.
9.12 LED
LED attributes are given in Table 9-29.
LED Attributes
Table 9-29 LED Attributes
Attribute
|
Access
|
Type
|
Description
|
SEVERITY THRESHOLD
|
R/W
|
choice
|
Defines which alarm severity shall turn on the LED.Legal values are: WARNING, MINOR, MAJOR, or CRITICAL.
|
9.13 Management Port (MGMT)
Management port attributes are shown in Table 9-30.
Mgmt Port Attributes
Table 9-30 Mgmt Port Attributes
Attribute
|
Access
|
Type
|
Description
|
MODE
|
R/W
|
choice
|
Defines the use of the Management Port. Legal values are:NONEIP MANAGEMENT PORTIP BROADCAST
|
MAC FRAME FILTER
|
R/W
|
choice
|
ENABLED or DISABLED. Defines whether the filtering mechanism for MAC frames coming from the Management Port shall be used or not. Valid only for IP BROADCAST mode.
|
9.14 Multiplex Section (MS)
Multiplex Section attributes are shown in Table 9-31 and relevant alarms in Table 9-32.
MS Attributes
Table 9-31 MS Attributes
Attribute
|
Access
|
Type
|
Description
|
AIS FILTER
|
R/W
|
choice
|
ON/OFF filtering of AIS
|
RDI FILTER
|
R/W
|
choice
|
ON/OFF filtering of RDI
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
SIGNAL DEGRADE TRESHOLD
|
R/W
|
integer
|
Threshold for signal degraded alarm, 10E-n where n is the threshold. Legal values are 6, 7, 8 and 9.
|
BBE
|
R
|
integer
|
Background Block Errors
|
ES
|
R
|
integer
|
Errored Seconds
|
SES
|
R
|
integer
|
Severe Error Seconds
|
UAS
|
R
|
integer
|
Unavailable Seconds
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
MS Alarms
Table 9-32 MS Alarms
Alarm ID
|
Description
|
AIS
|
Alarm Indication signal.
|
EXC
|
Excessive error defect.
|
DEG
|
Degraded signal defect.
|
RDI
|
Remote Defect indication.
|
CSF
|
Communication subsystem failure, DCCM communication failure.
|
9.15 The Point-to-Point Protocol (PPP)
The PPP interface parameters are not manageable via ONSCLI. However, the implementation is based on standard MIBs, RFC 1471 (PPP) and RFC 1473 (NCP).
Data Link Layer - PPP
In IP/PPP mode PPP is used as the Data Link Layer Protocol on the DCC channel. The ONS 15302 uses RFC 1662: PPP in HLDC like framing with the CRC-32 option. The CRC-16 option is not supported.
Link Control Protocol - LCP
The ONS 15302 uses RFC 1661: The Point-to Point-Protocol with the following options:
•
Magic Number
•MRU = 1500
Once the LCP reach the opened state, Echo-Request and Echo-Reply messages are used as keep alive messages. The Echo-Request messages are sent with the negotiated Magic Number, zero if not negotiated. The ONS 15302 uses an Echo-Request interval of 10 seconds. The ONS 15302 will turn the interface down after missing 5 Echo-Reply messages.
After the LCP is established the ONS 15302 will initiate NCP for IP, i.e. IPCP.
Internet Protocol Control Protocol - IPCP
The ONS 15302 uses RFC 1332: The PPP Internet Protocol Control Protocol, with the following options:
•IP-Address
The ONS 15302 uses the IPCP negotiation phase to inform its peer of its own IP address. The peer must access this address.
The ONS 15302 will accept any IP Address negotiated by the peer.
Once the IPCP reach the opened state, IP communications can take place.
9.16 Port
Common parameters for Ethernet, SDH, tributary, and alarm ports is described in Table 9-33.
Table 9-33 Port Attributes
Attribute
|
Access
|
Type
|
Description
|
PORT NUMBER
|
R
|
integer
|
Port number on the module.
|
DESCRIPTION
|
R/W
|
string
|
User defined name of port
|
9.17 Protection
The protection mode supported is 1 + 1 Multiplex Section Protection (MSP). Attributes are described in Table 9-34 with relevant alarms shown in Table 9-35.
Protection Attributes
Table 9-34 Protection Attributes
Attribute
|
Access
|
Type
|
Description
|
MSP Enabled
|
R/W
|
choice
|
ENABLED or DISABLED
|
Switching Type
|
R/W
|
choice
|
UNIDRECTIONAL or BIDIRECTIONAL
|
Operation Type
|
R/W
|
choice
|
REVERTIVE or NON-REVERTIVE
|
Wait-to-restore time
|
R/W
|
integer
|
Number of seconds to wait before switching back to the preferred link after it has been restored (default 300 s)
|
Preferred Link
|
R
|
string
|
Identifier of the preferred working link (always LINK A for ONS 15302).
|
Commands
|
R/W
|
choice
|
CLEAR, LOCKOUT-OF-PROTECTION, FORCED-SWITCHED-TO-PROTECTION,
FORCED-SWITCHED-TO-WORKING,
MANUAL-SWITCHED-TO-PROTECTION,MANUAL-SWITCHED-TO-WORKINGEXERCISE, or NO-COMMAND
|
Active Link
|
R
|
string
|
Identifier of the active link
|
Local Request
|
R
|
integer
|
Local request contained in K1 byte
|
Remote Request
|
R
|
integer
|
Remote request contained in K1 byte
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
Protection Alarm
Table 9-35 Protection Alarm
Alarm ID
|
Description
|
MSP
|
Problem with MSP signalling with another NE across K1/K2 bytes.
|
9.18 Regenerator Section
Regenerator Section attributes are described in Table 9-36 with relevant alarms in Table 9-37.
RS Attributes
Table 9-36 RS Attributes
Attribute
|
Access
|
Type
|
Description
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
SIGNAL DEGRADE TRESHOLD
|
R/W
|
integer
|
Threshold for signal degraded alarm, 10E-n where n is the threshold. Legal values are 6, 7, 8 and 9.
|
BBE
|
R
|
integer
|
Background Block Errors
|
ES
|
R
|
integer
|
Errored Seconds
|
SES
|
R
|
integer
|
Severe Error Seconds
|
UAS
|
R
|
integer
|
Unavailable Seconds
|
RS TRACE
|
R/W
|
choice
|
Enabling/disabling of trace mechanism. Legal values are ENABLE/DISABLE.
|
RS RECEIVED TI
|
R
|
string
|
Actual Received Regenerator Section Trace Identifier, string (15 octets).
|
RS EXPECTED TI
|
R/W
|
string
|
Expected Regenerator Section Trace Identifier, string (15 octets).
|
RS TRANSMIT TI
|
R/W
|
string
|
Actual Transmitted Regenerator Section Trace Identifier, string (15 octets).
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
RS Alarms
Table 9-37 RS Alarms
Alarm ID
|
Description
|
EXC
|
Excessive error defect.
|
DEG
|
Degraded signal defect.
|
CSF
|
Communication subsystem failure, DCCR communication failure.
|
TIM
|
Trace Identifier mismatch.
|
9.19 RTC
RTC attributes are described in Table 9-38.
RTC Attributes
Table 9-38 RTC Attributes
Attribute
|
Access
|
Type
|
Description
|
TIME SERVER IP ADDRESS
|
R/W
|
IP address
|
IP address of a host acting as a server for the Time Protocol (RFC 868)
|
TIME SYNC INTERVAL
|
R/W
|
integer
|
Frequency at which the date/time on the ONS 15302 should be synchronized with the date/time on the server. Setting this parameter to 0 means use manual setting time.
|
TIME ZONE
|
R/W
|
integer
|
Used to adjust the GMT time received from the server to the local time, and to possibly take into account the Day-Light Saving Time.
|
9.20 SDH
SDH attributes are described in Table 9-39 with relevant alarms in Table 9-40.
SDH Attributes
Table 9-39 SDH Attributes
Attribute
|
Access
|
Type
|
Description
|
ADMINISTRATIVE STATUS
|
R/W
|
choice
|
Desired operational status. ENABLED or DISABLED.
|
OPERATIONAL STATUS
|
R
|
string
|
Actual status on interface. UP or DOWN
|
RX Level
|
R
|
integer
|
Received optical signal level in dBm (Not applicable with electrical interface).
|
CONNECTED TO
|
R/W
|
list of 100 integers
|
This attribute is added in order to enable network level management applications to discover the physical network topology. Use of the list entries is user defined and may be variable according to type of network element connected in the other end. Typically the first entry defines which type of NE this port is connected to. The next entries may contain e.g. rack, subrack, IP address, NSAP, module, port.
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
SDH Alarms
Table 9-40 SDH Alarms
Alarm ID
|
Description
|
LOS
|
Loss of STM-1 signal
|
LOF
|
Loss of frame alignment on the STM-1 signal.
|
TD
|
Transmit Degrade on laser (Not applicable with electrical interface).
|
TF
|
Transmit fail on laser (Not applicable with electrical interface).
|
9.21 SNMP User
SNMP User attributes are described in Table 9-41.
SNMP User Attributes
The SNMP User object contains a table of SNMP users. Each entry of the table contains the following parameters.
Table 9-41 SNMP User Attributes
Attribute
|
Access
|
Type
|
Description
|
IP ADDRESS
|
R/W
|
IP address
|
IP address of authorized manager
|
TRAPS ENABLE
|
R/W
|
choice
|
Defines if traps shall be sent to this manager. Legal values are YES and NO.
|
ACCESS RIGHT
|
R/W
|
choice
|
Defines the access rights of the user. Legal values are SUPER, READ-WRITE and READ-ONLY.
|
PASSWORD
|
R/W
|
string
|
Password use to access the NE (SNMP community string).
|
9.22 Software
Software attributes are described in Table 9-42.
Table 9-42 Software Attributes
Attribute
|
Access
|
Type
|
Description
|
PRODUCT NUMBER
|
R
|
string
|
Product number
|
ICS
|
R
|
string
|
Item Change Status (revision)
|
9.23 Tributary
Tributary attributes are described in Table 9-43 with relevant alarms in Table 9-44.
Tributary Port Attributes
Table 9-43 Tributary Port Attributes
Attribute
|
Access
|
Type
|
Description
|
ADMINISTRATIVE STATUS
|
R/W
|
choice
|
Defines if port is ENABLED or DISABLED
|
OPERATIONAL STATUS
|
R
|
choice
|
Actual port status UP or DOWN
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
TRIBUTARY MODE
|
R/W
|
choice
|
Tributary port mode, TRA (G.703 Transparent mode) or PRA (ISDN Primary Rate Access)
|
LOOP MODE
|
R/W
|
choice
|
Loop mode, possible values are:NONE, No loop activated on this tribLL2, Local Loop 2 is activeLL3, Local Loop 3 is active
|
PATH TRACE
|
R/W
|
choice
|
Enabled or disabled
|
RECEIVED TI
|
R
|
string
|
Actual Received Path Trace Identifier, string (15 octets).
|
EXPECTED TI
|
R/W
|
string
|
Expected Path Trace Identifier, string (15 octets).
|
TRANSMIT TI
|
R/W
|
string
|
Actual Transmitted Path Trace Identifier, string (15 octets).
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
Tributary Port Alarms
Table 9-44 Tributary Port Alarms
Alarm ID
|
Description
|
LOSTX
|
Loss of signal
|
AISRX
|
Alarm indication signal network side
|
LFARX
|
Loss of frame alignment customer side
|
LFATX
|
Loss of frame alignment customer side
|
UNASS
|
Trib activated without mapping to an available VC-12
|
9.24 TU-12
TU-12 attributes are described in Table 9-45 with relevant alarms in Table 9-46.
TU-12 Attributes
Table 9-45 TU-12 Attributes
Attribute
|
Access
|
Type
|
Description
|
AIS FILTER
|
R/W
|
choice
|
ON/OFF filtering of AIS
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object.
|
TU-12 Alarms
Table 9-46 TU-12 Alarms
Alarm ID
|
Description
|
AIS
|
Alarm indication signal
|
LOP
|
Loss of pointer
|
9.25 User Channel
User Channel attributes are described in Table 9-47.
User Channel Attributes
Table 9-47 User Channel Attributes
Attribute
|
Access
|
Type
|
Description
|
ADMINISTRATIVE STATUS
|
R/W
|
choice
|
Defines if user channel is ENABLED or DISABLED.
|
AGGREGATE PORT
|
R/W
|
choice
|
Identifies the aggregate port used to carry user channel data. Legal values are A, B, or ACTIVE PORT.
|
DESCRIPTION
|
R/W
|
string
|
User defined name.
|
MODE
|
R/W
|
choice
|
Speed. Legal values are 64 kbit/s and 19.2 kbit/s
|
9.26 User Traffic Ethernet
User Traffic Ethernet attributes are described in Table 9-48. Port Mirroring attributes are found in Table 9-49.
User Traffic Ethernet Attributes
Table 9-48 User Traffic Ethernet Attributes
Attribute
|
Access
|
Type
|
Description
|
CONNECTOR-TYPE
|
R
|
string
|
RJ45 or LC.
|
PORT-DESCRIPTOR
|
R
|
string
|
Always Ethernet in ONS 15302
|
MAX-CAPACITY
|
R
|
string
|
Highest possible port speed.
|
MAC-ADDRESS
|
R
|
MAC
|
Port's MAC address
|
ASSIGN-PHYSICAL-ADDRESS
|
R/W
|
choice
|
Defines if the common bridge MAC address or a dedicated port address assigned by the system shall be used. Legal values are DEFAULT/RESERVE.
|
ADMINISTRATIVE-STATUS
|
R/W
|
choice
|
Enables/disables the port. Legal values are ON/OFF.
|
PORT-STATUS
|
R
|
string
|
Actual port status. UP or DOWN.
|
SPEED-ADMIN-MODE
|
R/W
|
choice
|
Desired port speed. Legal values are 0, 10 and 100; 0 means port speed not assigned 10 means force speed manually to 10 Mbit/s 100 means force speed manually to 100 Mbit/s
|
AUTONEGOTIATION-MODE
|
R/W
|
choice
|
Defines whether speed and duplex mode shall be set manually or automatically. Legal values are ENABLE (automatic), DISABLE (manual).
|
PORT-SPEED
|
R
|
string
|
Current real speed on the port
|
DUPLEX-ADMIN-MODE
|
R/W
|
choice
|
Desired duplex mode. Legal values are NONE (mode not set), HALF or FULL.
|
DUPLEX-OPERATION-MODE
|
R
|
choice
|
Actual duplex mode (HALF or FULL).
|
BACK-PRESSURE-MODE
|
R/W
|
choice
|
ENABLE/DISABLE
|
FLOW-CONTROL-MODE
|
R/W
|
choice
|
ON/OFF/AUTO
|
Port Mirroring Attributes
Table 9-49 Port Mirroring Attributes
Attribute
|
Access
|
Type
|
Description
|
MIRRORED PORT
|
R/W
|
choice
|
Indicates the port number from which all outgoing and incoming traffic is copied. Legal values are DISABLED, or a port number.
|
COPY PORT
|
R/W
|
choice
|
Indicates the port number to which all outgoing and incoming traffic from/to MIRRORED PORT is mirrored. Legal values are DISABLED, or a port number.
|
9.27 VC-12
VC-12 attributes are described in Table 9-50 with relevant alarms in Table 9-51.
VC-12 Attributes
Table 9-50 VC-12Attributes
Attribute
|
Access
|
Type
|
Description
|
RDI FILTER
|
R/W
|
choice
|
ON/OFF filtering of RDI
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
SIGNAL DEGRADE TRESHOLD
|
R/W
|
integer
|
Threshold for signal degraded alarm, 10E-n where n is the threshold. Legal values are 6, 7, 8 and 9.
|
BBE
|
R
|
integer
|
Background Block Errors
|
ES
|
R
|
integer
|
Errored Seconds
|
SES
|
R
|
integer
|
Severe Error Seconds
|
UAS
|
R
|
integer
|
Unavailable Seconds
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object.
|
VC-12 Alarms
Table 9-51 VC-12 Alarms
Alarm ID
|
Description
|
UNEQ
|
Unequipped
|
TIM
|
Trace identifier mismatch
|
PLM
|
Payload mismatch
|
EXC
|
Excessive error defect.
|
DEG
|
Degraded signal defect.
|
RDI
|
Remote defect indication
|
9.28 VC-4
VC-4 attributes are described in Table 9-52 with relevant alarms in Table 9-53.
VC-4 Attributes
Table 9-52 VC-4 Attributes
Attribute
|
Access
|
Type
|
Description
|
RDI FILTER
|
R/W
|
choice
|
ON/OFF filtering of RDI
|
PERSISTENCY FILTER ALARM ON
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be on to be registered.
|
PERSISTENCY FILTER ALARM OFF
|
R/W
|
integer
|
Filtering of transient alarms. Defines the number of seconds an alarm must be off to be registered.
|
SIGNAL DEGRADE TRESHOLD
|
R/W
|
integer
|
Threshold for signal degraded alarm, 10E-n where n is the threshold. Legal values are 6, 7, 8 and 9.
|
BBE
|
R
|
integer
|
Background Block Errors
|
ES
|
R
|
integer
|
Errored Seconds
|
SES
|
R
|
integer
|
Severe Error Seconds
|
UAS
|
R
|
integer
|
Unavailable Seconds
|
PATH TRACE
|
R/W
|
choice
|
Enabled or disabled
|
RECEIVED TI
|
R
|
string
|
Actual Received Path Trace Identifier, string (15 octets).
|
EXPECTED TI
|
R/W
|
string
|
Expected Path Trace Identifier, string (15 octets).
|
TRANSMIT TI
|
R/W
|
string
|
Actual Transmitted Path Trace Identifier, string (15 octets).
|
ALARM REPORTING
|
R/W
|
choice
|
ENABLED or DISABLED. Set the alarm reporting capability for this object. The alarms are listed below.
|
VC-4 Alarms
Table 9-53 VC-4 Alarms
Alarm ID
|
Description
|
LOM
|
Loss of multiframe alignment
|
UNEQ
|
Unequipped
|
TIM
|
Trace identifier mismatch
|
PLM
|
Payload mismatch
|
EXC
|
Excessive error defect
|
DEG
|
Degraded signal defect
|
RDI
|
Remote defect indication
|
9.29 VLAN
This section described VLAN attributes.
VLAN Attributes
VLAN attributes is described in Table 9-54.
Table 9-54 VLAN Attributes
Attribute
|
Access
|
Type
|
Description
|
SUPPORTED-TYPE
|
R
|
string
|
Indicates the type of VLAN currently supported.
|
SUPPORTED-TYPE-AFTER-RESET
|
R/W
|
choice
|
Indicates the type of VLAN supported after the device is reset. Legal values are "Per Port" or "Per Port And Per Protocol"
|
Attributes for each VLAN
Table 9-55 describe attributes that exist for each VLAN.
Table 9-55 VLAN Attributes
Attribute
|
Access
|
Type
|
Description
|
NAME
|
R/W
|
string
|
User defined VLAN name.
|
PRIORITY
|
R/W
|
integer
|
Indicates the value of the priority tag. Legal values are [0:7].
|
MAC-ADDRESS
|
R
|
MAC
|
Permanent VLAN MAC address (depends on ADDRESS-TYPE).
|
ADDRESS-TYPE
|
R/W
|
choice
|
DEFAULT or RESERVE.
|
TAG
|
R/W
|
integer
|
VLAN tag for encapsulation of traffic in a remote bridge. Legal values are 0-4000.
|
PROTOCOL-TYPE
|
R/W
|
choice
|
Indicates the type of protocol used to define the VLAN. Legal values are PREDEFINED or USER DEFINED. This parameter applies only for per Port and per Protocol VLANs.
|
PROTOCOL
|
R/W
|
choice
|
Indicates the type of protocol used to define the VLAN. If PROTOCOL-TYPE = PREDEFINED, legal values are: IP, IPX RAW, IPX Ethernet, IPX LLC, IPX SNAP, DECNET, NETBIOS, SNA, or OTHER. If PROTOCOL-TYPE = USER DEFINED, legal values are defined by the user via the Ethernet User Defined Protocols (see). This parameter applies only for per Port and per Protocol VLANs.
|
Attributes for each Port being Member of a VLAN.
Table 9-56 describes attributes that exist for each port being member of a VLAN.
Table 9-56 VLAN Port Attributes
Attribute
|
Access
|
Type
|
Description
|
VLAN PORT NUMBER
|
R/W
|
integer
|
Defines an Ethernet port on the device.
|
VLAN PORT TYPE
|
R
|
choice
|
|
TAGGING
|
R/W
|
choice
|
Defines whether tagging shall be enabled on this port. Legal values are ENABLE/DISABLE.
|
FORBIDDEN EGRESS PORT
|
R/W
|
list
|
Indicates the ports which are forbidden to be included in the egress port list for this VLAN.
|
Attributes for each Ethernet User defined Protocol
Table 9-57 describes attributes that exist for each Ethernet user defined protocol.
Table 9-57 Ethernet User defined Protocol Attributes
Attribute
|
Access
|
Type
|
Description
|
PROTOCOL NAME
|
R/W
|
string
|
User defined name.
|
ETHERNET TYPE
|
R/W
|
octet string
|
User defined Ethernet type.
|
GVRP Attributes
GVRP attributes are described in Table 9-58.
Table 9-58 GVRP Attributes
Attribute
|
Access
|
Type
|
Description
|
GVRP STATUS
|
R/W
|
choice
|
Indicates if GVRP is enabled on the device. Legal values are ENABLED or DISABLED.
|
GVRP Port Attributes
Table 9-59 describes attributes that exist for each User Traffic Ethernet port.
Table 9-59 GVRP Port Attributes
Attribute
|
Access
|
Type
|
Description
|
PORT GVRP STATUS
|
R/W
|
choice
|
Indicates if GVRP is enabled on the port. Legal values are ENABLED or DISABLED.
|
JOINT TIME
|
R/W
|
integer
|
Maximum interval in milliseconds between GVRP PDUs.
|
LEAVE TIME
|
R/W
|
integer
|
Period of time in milliseconds that the device will wait in the Leaving state before transiting to the Empty state.
|
LEAVE ALL TIME
|
R/W
|
integer
|
Interval in milliseconds between Leave All PDUs.
|
FAILED REGISTRATIONS
|
R
|
integer
|
Indicates the total number of failed GVRP registrations, for any reason, on this port.
|
LAST PDU ORIGIN
|
R
|
octet string
|
Indicates the Source MAC Address of the last GVRP message received on this port.
|
9.30 VT100 User
The VT100 User object contains the password for the VT100 port and for TELNET access.Attributes are described in Table 9-60.
Table 9-60 VT100 User Attributes
Attribute
|
Access
|
Type
|
Description
|
VT100 PASSWORD
|
R/W
|
string
|
Password
|
TELNET PASSWORD
|
R/W
|
string
|
Password
|
9.31 WAN
See Ethernet.
