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Table of Contents

System Specifications
General IGX 8410 Switch Specifications
General IGX 8420/8430 Switch Specifications
IGX Power Consumption by Card Type
UXM-E Physical and Electrical Specifications
ATM Layer Specification for the UXM-E
OC-3 (STM-1) Interface on UXM-E Back Cards
T3 Interface on BC-UAI-6T3 or BC-UAI-3T3
E3 Interface on BC-UAI-6E3 or BC-UAI-3E3
T1 Interface on BC-UAI-8T1 or BC-UAI-4T1
E1 Interface on BC-UAI-8E1 or BC-UAI-4E1
UFM Physical and Electrical Specifications
T1 Interface on UFI-8T1 Back Card
E1 Interface for UFI-8E1 Back Card
UFM Unchannelized Interface
Frame Relay Interface for the FRM Front Card
T1 Interface on FRI Back Card
E1 Interface on BC-E1 Back Card
Voice Circuit Support
UVM Physical and Electrical Standards
T1 Interface on the BC-UVI-2T1EC
E1 Interface on the BC-UVI-2E1EC
J1 Interface on the BC-UVI-2J1EC
J1 Interface on the BC-J1
Data Channel Support for HDM and LDM
ATM Interface
Network Synchronization

Network Management Control
Peripheral Specifications
Printer
Cabling Summary
Cisco Cabinet Dimensions
Where to Go Next

System Specifications


This appendix contains system specifications for all models and communications types for the node.

General IGX 8410 Switch Specifications

This section provides general system information on the IGX 8410 node.

System capacity:

1 shelf with 8 card slots.
Slots 1 and 2 are dedicated to NPM front cards and the SCM back card.

Up to 32 trunks (physical or virtual).
Up to 48 lines (any T1, IMA NxT1, E1, IMA NxE1, T3, E3, or OC3/STM1 interfaces that are not trunks).

Enclosure size:

IGX 8410 Standalone/Rack-mount:
Height: 25 in. (63.5 cm) standalone; 24.5 in. (62.3 cm), rack
Width: 19.9 in. (50.5 cm), standalone; 19 in. (48.3 cm), rack
Depth: 26.5 in. (67.3 cm), standalone and rack-mount

Shipping weight:

270 lb (122.7 kg)

Clearance requirement:

Min. clearance: 30 in. front; nominal 30 in. rear; 12 in. side

Power input voltage:

AC system: Normal operating range is 100-240 VAC, 47 to 63 Hz. The (under- and over-voltage limits are 90-254 VAC).
DC system: -42 to -56 VDC.
Each AC supply can provide up to 400W to the card shelves. Space is available for four power supplies.

Input AC power
connector:

IEC 16 A input connector: Six different power cords are available to comply with the standards of individual countries. Power cords are 6 ft (about 2 meters) long. See the "Cabling Summary" section for details.

Current requirements:

Configuration-dependent: use Network Design Tool for exact requirements. For planning purposes, use the following:

  • AC system

10A maximum for 110 VAC, 5A for 220 VAC

  • DC system

20A maximum at -48 VDC; 25A at -42 VDC (worst case)

DC input connections:

3-wire pluggable terminal block with screw terminal connectors

Operating environment:

0 to 40\xb0 C (32 to 104\xb0 F) normal operation (50\xb0 C or 122\xb0 F up to 72 hours). 10 to 85 percent relative humidity, non-condensing.

Shock:

Withstands 10 G, 10 ms. at 1/2 sine wave

Vibration:

Withstands 1/4 G, 20-500 Hz

Heat transfer to room:

IGX 8410: 2720 Btus max.

General IGX 8420/8430 Switch Specifications

This section provides general system information on the IGX 8420 and IGX 8430 nodes.

System capacity:

1 or 2 shelves, each with 16 card slots.
Slots 1 and 2 are dedicated to NPM front cards and the SCM back card.

Up to 32 trunks (physical or virtual).
Up to 64 lines (any T1, IMA NxT1, E1, IMA NxE1, T3, E3, or OC3/STM1 interfaces that are not trunks).

Enclosure size:

IGX 8420 Standalone/Rack mount:
HT: 32.25 in. (82 cm), standalone; 31.75 ins. (80.7 cm), rack
WD: 19.9 in. (50.5 cm), standalone; 19 in. (48.3 cm), rack
DP: 26.75 in. (68 cm), standalone; 26 in. (66 cm), rack

IGX 8430 Standalone/Rack mount:
HT: 55.5 in. (141 cm), standalone; 55 in. (139.7 cm) rack
WD: 19.9 in. (50.5 cm), standalone; 19 in. (48.3 cm), rack
DP: 26.75 in. (68 cm), standalone; 26 in. (66 cm), rack

Shipping weight:

600 lb (270 kg) for a fully loaded IGX 8430 enclosure.
400 lb (180 kg) for a fully loaded IGX 8420 enclosure.

Clearance requirement:

Minimum 30 in. front and rear; nominal 12-in. side clearance.

Power input voltage:

AC system: Normal operating range is 200-240 VAC, 47 to 63 Hz. The under and over-voltage range is 180-254 VAC.
DC system: -42 to -56 VDC.

Each AC supply can provide up to 875W to a card shelf. Cabinet has space for six AC power supplies.

Note Three of the six available AC power supply slots should be used for power redundancy.

Current requirements:

Configuration-dependent: Use Network Design Tool for exact requirements. For planning purposes, use the following:

  • AC system

IGX 8420/8430 node: 12A at a nominal voltage of 200 VAC. At the under-voltage limit of 180 VAC, the current draw is a maximum of 16A.

  • DC system

IGX 8420 node: 24A max. per circuit at -42 VDC (worst case)
IGX 8430 node: 44A at nominal -48 VDC; 50A maximum per circuit at -42 VDC.

Input AC power
connector:

AC power distribution unit is the same for all cabinets: IEC 16A input connector. Six different power cords available, depending on country of destination. See the "Power Cabling" section.

DC input connections:

DC power is the same for all IGX 8420 and IGX 8430 cabinets shipped.
DC: 3-screw pluggable terminal connectors.

Operating environment:

0 to 40\xb0 C (32 to 104\xb0 F) normal operation (50\xb0 C or 122\xb0 F up to 72 hours). 10 to 85 percent relative humidity, non-condensing.

Shock:

Withstands 10 G, 10 ms. at 1/2 sine wave.

Vibration:

Withstands 1/4 G, 20 to 500 Hz.

Heat transfer to room:

IGX 8420 node: 4300 Btus max, AC-powered system; 3600 Btus in a DC-powered unit.
IGX 8430 node: 8600 Btus max, AC-powered system; 6800 Btus in a DC-powered unit.

IGX Power Consumption by Card Type

Card Type

Power Consumption

ALM

51W

ARM

9W

BTM

56W

CVM

44W

FRM-B

50W

FRM

55W

FTM

43W

HDM

51W

LDM

34W

NPM

43W

NTM

37W

UFM-C

66W

UFM-U (HSSI)

93W

UFM-U (V.32, X.21)

72W

URM

73W

UVM

55W

UXM

73W

UXM-E

65W

FAN TRAY

160W

This section contains information on power consumption by individual IGX front card type.

UXM-E Physical and Electrical Specifications

This section provides physical and electrical specifications for the UXM-E card set.

Dimensions

Front card: 15.25 by 16.25 in. Back card: 6.5 by 16.25 in.

Weight:

Front card: 8 lb (3.6 kg). Back card: 4 lb (1.8 kg)

Input voltage:

-48 VDC

Power consumption:

65W

ATM Layer Specification for the UXM-E

This section list items that apply to the UXM-E's implementation of the ATM layer.

ATM layer management protocol:

Interim Local Management Interface (ILMI) or none

Standards:

ATM Forum UNI 3.1, TM 4.0

Virtual path identifier (VPI) range:

1-255

Virtual circuit identifier (VCI) range for user traffic:

VCC: 0-65535
VPC: 32-65535

Frame-to-ATM interworking:

Network interworking (FRF.5)
Service interworking (FRF.8)

OC-3 (STM-1) Interface on UXM-E Back Cards

These specifications apply to the UXM-E back cards BC-UAI-xxx-xx. The specifications are the same for single-mode fiber (SMF) and multimode fiber (MMF), except where the text makes a distinction.

Line rate:

155.52 Mbps

 

Line code:

NRZ, CMI for STM-1 electrical

 

Idle code:

Configurable

 

ATM mapping:

physical layer convergence procedure/header error control (PLCP/HEC)
HEC for STM-1 electrical

 

Signal levels for:

Maximum:

Minimum:

MMF transmit (TX)

-15 dBm

-22 dBm

MMF receive (RX)

-10 dBm

-31 dBm

SMF TX

-8 dBm

-15 dBm

SMF RX

-8 dBm

-28 dBm

SMFXLR TX

0 dBm

-3 dBm

SMFXLR RX

-3 dBm

-34 dBm

Wavelength:

1310 nm for SMF, MMF; 1550 nm for XLR

 

Cable length:

15 km for IR SMF
100 km for XLR
2 km for MMF

 

Physical framing:

STS-3c, STM-1

 

Port interface:

Local Management Interface (LMI), ILMI

 

Maximum ATM
cell rate per port:

353208 cps per port

 

Impedance:

STM-1: 75 ohms

 

ATM layer protocol:

LMI, ILMI

 

Port alarm processing:

LOS, LOF, LOP, path AIS, path yellow

Line errors counted:

Section BIP8, line BIP24, line FEBE, path BIP8, path FEBE

Connector:

SMF: SC
MMF: SC
STM-1: BNC

 

Maximum cable lengths:

MMF ~ 2 Km
SMF IR ~ 15 Km

Indicators:

Card status and
port status

 

Payload scramble:

On/Off

 

HCS masking:

Yes/No

 

Standards (applicable to both SMF and MMF):

Telcordia Technologies: GR-253-CORE.

ANSI: T1.102, T1.105.

ITU-T: G.703, G.707,
G.783, G.813, G.957,
G.958.

T3 Interface on BC-UAI-6T3 or BC-UAI-3T3

These specifications apply to the UXM-E's six and three-port T3 back cards.

Line rate:

44.736 Mbps ± 20 ppm, asynchronous

Line code:

B3ZS

Clock source mode:

Internal (asynchronous)

Signal level:

DSX-3

Framing formats:

ANSI T1.107 C-bit parity

Alarms processed:

AIS
LOS
Remote alarm indication
Loss of framing

Line errors counted:

BPV
Parity bit errors

Receiver input impedance:

Terminated=75 ohms

Transmission modes:

Point-to-point

Connector:

SMB (adapter available for BNC)

Max. line lengths:

450 ft (137 m) to DSX-3 using 75-ohm coaxial cable

Indicators:

Red alarm
Yellow alarm
LOS
AIS

Idle code:

Configurable

ATM mapping:

PLCP/HEC

Standards:

ANSI T1.102, ANSI T1.404, ITU-T G.824, T1.107

Payload scramble:

On/Off

HCS masking:

Yes/No

ATM cell rate per port:

96000 cps in PLCP mode, 104268 cps in HEC mode

E3 Interface on BC-UAI-6E3 or BC-UAI-3E3

These specifications apply to the UXM-E's six and three-port E3 back cards.

Line rate:

34.468 Mbps ± 20 ppm, asynchronous

Line code:

HDB3

Clock source mode:

Internal (asynchronous)

Signal level:

ITU-T G.703

Framing formats:

ITU-T G.804, G.832

Alarms processed:

AIS
LOS
Remote alarm indication
Loss of framing

Line errors counted:

BPV
Parity bit errors

Receiver input impedance:

Terminated=75 ohms

Transmission modes:

Point-to-point

Connector:

SMB (adapter available for BNC)

Indicators:

Red alarm
Yellow alarm
LOS
AIS

Idle code:

Configurable

ATM mapping:

HEC (G.804)

Standards:

ITU-T G.804, G.823, G.832, ITU-T G.703

Payload scramble:

On/Off

HCS masking:

Yes/No

ATM cell rate per port:

80000 cps

T1 Interface on BC-UAI-8T1 or BC-UAI-4T1

These specifications apply to each port of the UXM-E's eight and four-port T1 back cards.

Line rate:

1.544 Mbps ± 32 ppm, asynchronous

Line code:

B8ZS

Clock source mode:

Internal (asynchronous)

Framing formats:

Extended superframe (ESF)

Alarms processed:

AIS
LOS
Remote alarm indication
Loss of framing

Line errors counted:

BPV
Parity bit errors

Receiver input impedance:

Terminated=100 ohms

Transmission modes:

Point-to-point

Connector:

DB-15

Line lengths:

0-655 ft

Indicators:

Red alarm
Yellow alarm
LOS
AIS

Idle code:

Hex 6A

ATM mapping:

HEC

Standards:

ANSI T1.102, ANSI T1.404, T1.231, T403
ITU-T G.824

Payload scramble:

On/Off

HCS masking:

Yes/No

ATM cell rate per port:

3622 cps

E1 Interface on BC-UAI-8E1 or BC-UAI-4E1

These specifications apply to the UXM-E's eight and four-port E1 back cards.

Line rate:

2.054 Mbps ± 50 ppm, asynchronous

Line code:

HDB3

Clock source mode:

Internal (Asynchronous)

Framing formats:

Multiframe, clear channel

Alarms processed:

AIS
LOS
Remote alarm indication
Loss of framing

Line errors counted:

BPV
Parity bit errors

Receiver input impedance:

Terminated=75 ohms for BNC or 120 ohms for DB-15

Transmission modes:

Point-to-point

Jitter:

± 50 ppm

Connector:

BNC or DB-15

Indicators:

Red alarm
Yellow alarm
LOS
AIS

Idle code:

Hex 6A

ATM mapping:

HEC

Standards:

ITU-T G.703, G.704, G.706, G.732, G.735-9, G.775, G.823, G.832, I.431

Payload scramble:

On/Off

HCS masking:

Yes/No

ATM cell rate per port:

4830 cps

UFM Physical and Electrical Specifications

This section contains physical and electrical specifications for the UFM cards.

Dimensions:

Front card: 15.25 by 16.25 in. Back card: 6.5 by 16.25 in.

Weight:

Front card: 8 lb (3.6 kg). Back card: 4 lb (1.8 kg).

Input voltage:

-48 VDC

Power consumption:

UFM-C: 66 W. UFM-U: 72 W (V.35/X.21) or 93 W (HSSI).

Interface mode:

DTE or DCE

T1 Interface on UFI-8T1 Back Card

This section applies to each T1 line on the UFI-8T1. The UFI-8T1 is the eight-port T1 back card for the UFM. The information applies whether the front card supports four or eight ports.

Line rate:

1.544 Mbps, ± 50 bps (± 200 bps VCO lock range)

Line framing:

ESF per AT&T TR 54016

Frame Relay interface:

Meets ANSI T1.618, two-octet header

Frame Relay rates:

Either 56 kbps or n x 64 kbps, where 1 £ n £  24. Sum of all n £ 24.

Number of interfaces:

1-24 occupied channels where 1 £ n £  24, and the sum of £ 24.

Synchronization:

Transmitter can be either loop-timed to line or synchronized to node.

Line coding:

B8ZS

Framing formats:

Fractional T1, contiguous DS0s. Minimum of four DS0s required

Signal level:

DSX-1 compatible

Line impedance:

Terminated=100 ohms nominal. Bridged=1 Kohm

Pulse amplitude:

Individual pulse amplitude 2.4-3.6V (making a total base-to-peak amplitude of 6V ± 0.6V)

Minimum pulse density:

Zero-code suppression, either LSB, MSB or B8ZS

VF signaling:

Robbed bit D4 with A and B bits

Max. line lengths:

Up to 533 ft with equalizers using ABAM cable

Input jitter tolerance:

Meets AT&T PUB 62411 specifications

Output jitter generation:

Meets AT&T PUB 62411 using normal mode synchronization

Connector:

DB-15 female

E1 Interface for UFI-8E1 Back Card

This section applies to each E1 line on the UFI-8E1. The UFI-8E1 is the eight-port E1 interface card for the UFM. The information applies whether the UFM front card supports four or eight ports.

Line interface connector:

DB-15 (120 ohms), BNC (75 ohms)

Line rate:

2.048 Mbps, ± 50 bps (± 200 bps VCO lock range)

Frame Relay interface:

Meets ANSI T1.618, two-octet header

Number of Frame Relay interfaces:

1-31 occupied channels where 1 £ N £ 31, and the sum of all
N <= 31.

Frame Relay interface rate:

Either 56 kbps or N x 64 kbps, where 1 £ N £ 31. Sum of all
N £ 31.

Line code:

Bipolar HDB3

Line impedance:

120 ohms (balanced) or 75 ohms (balanced or unbalanced)

Minimum pulse density:

Zero-code suppression using HDB3 coding

Frame format:

Unframed: 32-channel (G.703). Framed: 30 or 31-channel multiframe per ITU-T G.704.

VF Signaling:

CAS or CCS

Maximum line length:

E1 output complies with G.703, so cabling must not exceed -6 dB/1000 ft at 1024 KHz (whether cable is coaxial or twisted pair)

Input jitter tolerance:

Meets G.823

Output jitter generation:

Meets G.823

Electrical interface:

Complies with G.703 specification

Connector:

Back card has either all DB-15 female or all BNC connectors

UFM Unchannelized Interface

This section contains specifications for the V.35/X.21 and HSSI interface cards for the UFM-U.

V.35 or X.21 HSSI

Line rate:

56 kbps-10.24 Mbps

1.-24-16.384 Mbps

Clock rate:

N x 64 KHz, where 1 <= N <= 32

N x 1.024 MHz, where 2 <= N <= 10

1.024 + N x 0.512 MHz

Connector type:

DB-60

50-pin SCSI

Interface mode:

DTE or DCE

DTE or DCE

Frame Relay Interface for the FRM Front Card

This section contains technical specifications for Frame Relay service on the FRM.

Type of service:

Permanent virtual circuit (PVC)

Data interface:

Per ITU-T I.122 and ANSI T1/S1 standards

Data transfer protocol:

LAP-D frame level core functions

Input data format:

High-Level Data Link Control (HDLC) protocol

Input data frame length:

Up to 4096 bytes

Frame integrity check:

Frame Check Sequence and CRC check of data frame. If CRC fails, data frame is discarded at receiving node.

Input data rate:

56 kbps-2.048 Mbps. The maximum rate is available with only one of four ports on the back card active.

Ports per card:

4 model D

31 model E

PVCs per port:

252 per FRM card, distributed in any combination

Port electrical interface:

ITU-T V.35. IGX node and X.21 can be DCE or DTE for direction of control leads and timing on Model D and E using E1 or T1.

Data clocking:

Normal or looped

Virtual circuit identifier:

Data Link Connection Identifier (DLCI)

Control protocol:

Local management interface with XON/XOFF type flow control. The IGX node sets FECN and BECN bits in Frame Relay frame.

Bundled connections:

252 virtual circuits per card
1024 virtual circuits per node

Billing time accuracy:

Upon request from a user-device, an IGX node provides GMT from any node accurate to within one second.

T1 Interface on FRI Back Card

The BC-FRI-T1 is the T1 interface for the FRM Frame Relay card.

Line Rate:

1.544 Mbps, ± 50 bps (± 200 bps VCO lock range).

Line Code:

Bipolar AMI or B8ZS.

Framing Formats:

Fractional T1, adjacent or alternating channels.
Minimum of four DS0 channels required.

Signal Level:

DSX-1 compatible

Line Impedance:

Terminated=100 ohms nominal. bridged=1 Kohm

Pulse Amplitude

Individual pulse amplitude 2.4-3.6V (making a total base-to-peak amplitude of 6V ± 0.6V)

Minimum Pulse Density:

Zero code suppression, either LSB, MSB or B8ZS

Frame Format:

D4 and Extended SuperFrame (ESF)

VF Signaling:

Robbed bit D4 with A and B bits

Max. Line Lengths:

Up to 533 ft with equalizers using ABAM cable

Jitter Transfer:

Meets AT&T PUB 62411 specifications.

Jitter Tolerance:

Meets ANSI standards and AT&T PUB 62411 specifications.

Connector:

DB-15 female

E1 Interface on BC-E1 Back Card

The BC-E1 is the E1 interface card for both the NTM trunk and the CVM voice card.

Line rate:

2.048 Mbps, ± 50 ppm (± 200 bps VCO lock range)

Line code:

Bipolar AMI or HDB3

Line impedance:

120 ohms (balanced) or 75 ohms (balanced or unbalanced)

Minimum pulse density:

Zero-code suppression via HDB3 coding

Frame format:

Unframed: 32-channel (G.703). Framed: 30 or 31-channel multiframe per ITU-T G.704.

VF signaling:

Channel-associated signaling (CAS) or common channel signaling (CCS)

Maximum line lengths:

100 meters. The E1 output complies with G.703, so cabling must not exceed -6dB/1000 ft at 1024 KHz (applies to 75 ohm coaxial or 120 ohm twisted pair up to 350 meters or 1000 ft). Cisco supplies cable with a maximum attenuation of 7 dB /1000 ft, but the maximum cable length for this E1 interface is 100 meters.

Jitter:

Transmit output jitter, receive jitter tolerance, and jitter gain meet G.823.

Electrical interface:

Complies with G.703 specification.

Connector:

DB-15 female or BNC

Voice Circuit Support

This section lists voice circuit specifications. Where appropriate, the text names the card to which the specification applies.

Voice channel interface:

24-channel T1 (D4 format)
24-channel T1-ESF
30-channel framed E1

Voice compression:

32/24/16 kbps ADPCM on the CVM
32/24/16 kbps ADPCM
16 kbps or 8 kbps LDCELP (UVM only)
Voice Activity Detection (VAD) compression

Compression algorithm:

ITU-T G.721, G.723, G.726
Cisco 32 kbps ADPCM
Cisco LDCELP
Cisco CSACELP

PCM encoding types:

Accommodates mu-Law or a-Law encoding.
End-to-end conversion available.

Channel gain control:

-8 dB to +6 dB.

Signaling modes:

T1: Robbed bit or CCS (ISDN).
E1 and J1: CAS or CCS

Signaling conditioning:

Various make-busy and forced-idle routines during circuit alarm, configurable on a per-channel basis.

Quantizing distortion added:

2.5 quantizing distortion units (QDUs) with 32 kbps ADPCM over 1 hop plus 0.7 QDUs with digital loss PAD (mu-law or a-Law).

Nominal transmission loss:

0 dB at 1 KHz.

UVM Physical and Electrical Standards

This section lists physical and electrical characteristics for the UVM card sets.

Dimensions:

Front card: 15.25 by 16.25 in. Back card: 6.5 by 16.25 in.

Weight:

Front card: 8 lb (3.6 kg). Back card: 4 lb (1.8 kg)

Input voltage:

-48 VDC

Power consumption:

55W

T1 Interface on the BC-UVI-2T1EC

The BC-UVI-2T1EC is the two-port T1 interface for the UVM voice card.

Line rate:

1.544 Mbps, ± 32 ppm

Line code:

B8ZS, AMI

Line impedance:

100 ohms

Frame format:

D4, ESF

VF signaling:

CAS (robbed bit), CCS (ISDN)

Signaling conditioning:

Configurable

Idle code:

Hex 7F

Cable lengths:

0-655 ft

Jitter:

± 32 ppm

Standards:

ANSI T1.102, T1.231, T1403
ITU-T G.824

Connector:

Two DB-15, female

E1 Interface on the BC-UVI-2E1EC

The BC-UVI-2E1EC is the two-port E1 interface for the UVM voice card.

Line Rate:

2.048 Mbps, ± 50 ppm

Line Code:

HDB3, AMI

Line Impedance:

120 ohms on BNC (balanced), 75 ohms on DB-15

Frame Format:

CEPT

VF Signaling:

CAS or CCS

Signaling conditioning:

Configurable

Idle code:

Hex 54

Max. Line Lengths:

100 meters

Jitter:

± 50 ppm

Standards:

ITU-T G.703, G.704, G.706, G.732, G.735-9, G.775, G.823, G.826, I.431

Connector:

Two DB-15, female, and two pairs of BNCs

J1 Interface on the BC-UVI-2J1EC

The BC-UVI-2J1EC is the two-port J1 interface for the UVM voice card.

Line Rate:

2.048 Mbps, ± 50 ppm (± 200 bps VCO lock range)

Line Code:

Bipolar CMI

Line Impedance:

110 ohms

Frame Format:

TTC-2M / JJ-20.11

VF Signaling:

CAS or CCS

Signaling conditioning:

Configurable

Idle code:

Hex 7F

Max. Line Lengths:

100 meters. Cisco supplies cable with a maximum attenuation of
7 dB per 1000 ft, but the maximum cable length recommended for this J1 interface is 100 m.

Jitter:

± 50 ppm: transmit output jitter, receive jitter tolerance, and jitter gain meet G.823.

Standards:

Applicable JATE standards

Connector:

Two DB-15, female

J1 Interface on the BC-J1

The BC-J1 is a J1 interface card for both the NTM trunk card and the CVM voice card.

Line Rate:

2.048 Mbps, ± 50 ppm (± 200 bps VCO lock range)

Line Code:

Bipolar CMI

Line Impedance:

120 ohms (balanced) or 75 ohms (balanced or unbalanced)

Frame Format:

Per JJ-20.11

VF Signaling:

CAS or CCS

Maximum line lengths:

100 m. Cisco supplies cable with a maximum attenuation of
7 dB /1000 ft, but the maximum cable length recommended for this J1 interface is 100 m.

Jitter:

Transmit output jitter, receive jitter tolerance, and jitter gain meet G.823.

Electrical interface:

Complies with G.703.

Connector:

DB-15 female or BNC

Data Channel Support for HDM and LDM

This section contains interface card specifications for the HDM and LDM data cards.

Synchronous data interfaces:

EIA/TIA-232C/D, EIA/TIA-449/422, V.24, X.21, and V.35
with IGX switch as DCE or DTE

High-speed rates (HDM):

2.4 kbps-1.344 Mbps

Low-speed data rates:

2.4 to 19.2 kbps per LDM port

Ports per card:

LDI back card: 4 or 8
SDI back card: 4

Control leads supported:

SDI back card: Per interface standards
SDI back card: Up to 7 in each direction for fast EIA
LDI back card: 3 in each direction for DCE and DTE for each port

Control lead sync
w/data:

Control leads are sampled every 50 ms. A change normally follows data within 100 to 1000 msec. Fast EIA lead is within 1 byte.

Data clocking:

Synchronous and isochronous clocking
Normal, looped, and split clock configurations

Pleisochronous
clock range:

± 2 percent of nominal data rate

ATM Interface

This section contains general ATM interface specifications. For specifications that apply to the UXM-E only, see the "ATM Layer Specification for the UXM-E" section.

Type of Service:

Permanent virtual circuit (PVC)

Interface Types:

UNI and NNI per ITU-T I.361 and I.363

Data Rates:

T1, E1, T3, E3, OC3 (STM-1)

ATM Layer:

Physical Layer Convergence Protocol (PLCP) per AT&T publication TA-TSY-00772 and 000773 for T3; ITU I-361 with HEC for E3

Cell Rate:

T1: 3622
E1: 4830
T3: 96,000 cps in PLCP mode, 104268 cps in HEC mode.
E3: 80,000 cps
OC-3: 353,207

Adaptation Layer:

AAL5

Number of PVCs per card:

255

VPI Addressing Range:

0 to 255

VCI Addressing Range:

0 to 65535

Traffic Queues:

CBR, VBR, and ABR (except ALM/A)

Management Protocol:

LMI and ILMI

Network Synchronization

External Clock Sources:

The IGX switch synchronizes to the nearest, highest-stratum clock available. Any T1, E1, T3, E3, OC3 (STM-1) line, trunk, or optional external clock inputs can serve a clock source.

Internal to Node Source:

T1: 1.544 MHz, ± 10 ppm (stratum 4)
E1: 2.048 MHz, ± 10 ppm (stratum 4)

Clocking Hierarchy:

Dynamic primary, secondary, and tertiary clocking

Note Without a defined external clock reference, the IGX defaults to its internal clock source.

Network Management Control

Network Control Terminal:

Cisco WAN Manager workstation and Cisco software required for graphical display of network status, statistics gathering and display, and automatic downloading of software.

Control Terminal:

DEC VT100, WYSE 85, Televideo 970, or equivalent terminal for basic system configuring and alarm monitoring.

Remote Alarm Reporting:

Auto-dial modem connects to one of two control ports on each IGX node for automatic reporting of network alarms.

Remote Diagnostics:

Auto-answer modem connects to one of two control ports on each IGX node for remote diagnostic access by Cisco TAC or other authorized personnel.

Network Control Ports:

Two ports per node—one EIA/TIA 232C interface and one Ethernet LAN port.

Alarm Notification:

Status of all trunks and nodes in network distributed to and stored by each individual node. Reported to Cisco WAN Manager workstation at connecting node.

External Alarms:

Meets Telecordia Technologies (formerly Bellcore) Compatibility Bulletin #143 and AT&T Technical Reference PUB 43801 DS1 (T1) facility alarm requirements when equipped with DTI group.

Indicators and Controls:

Active and Fail lights on all cards and power supplies.

Peripheral Specifications


Note   EIA/TIA-232 and EIA/TIA-449 existed as recommended standards RS-232 and RS-449 before the Electronics Industries Association (EIA) and Telecommunications Industry Association (TIA) accepted them as standards.

Network Management Terminal

StrataView Terminal

A Cisco WAN Manager workstation is required for managing an IGX network. Refer to the  
Cisco WAN Manager Installation publication for setup instructions and specifications for the Cisco Network Management Terminal. The Cisco WAN Manager Installation publication has all the necessary information for obtaining network alarm, control, and statistics from IGX switch software for
Cisco WAN Manager.

Control Terminal

Table A-1 lists the control terminals requirements.

Table A-1   Control Terminal Requirements

Parameter Requirement

IGX Port Used

Control terminal port on the SCM card is used to interface with a local control terminal

Code

Standard 7- or 8-bit ASCII; 1 or 2 stop-bits; even, odd, or no parity

Interface

EIA/TIA-232 DCE

Data Rate

All standard asynchronous data rates from 300 to 19200 bps, independently software-selectable

Supported Terminals

VT-100, or equivalent, recommended

Cable Required

Straight-through EIA/TIA-232 cable

Printer

The maintenance printer that is currently being shipped with the IGX node is the Okidata Model 184. Refer to Table A-2 for interface requirements.

Table A-2   Printer Interface Requirements

Parameter Requirements

IGX port used

The AUX port on the SCM is the interface with the maintenance printer.

Code

Standard 8-bit ASCII; 8 data bits, 1 stop-bit, odd parity

Interface

EIA/TIA-232 DCE

Data Rate

9600 baud

Supported Printers

Okidata 184

Cable Required

Straight-through EIA/TIA-232 cable

DIP Switch Settings for Okidata 184

DIP Switch A is an eight-section DIP switch located on the main circuit board of the printer. For access to the configuration switches, slide back the switch cover at the top-rear of the printer case. Set Switch A according to the information in Table A-3.

Table A-3   DIP Switch A Settings

Switch A Setting Description

1

Off

ASCII with

non-slashed

zero

2

Off

3

Off

4

Off

11-inch

paper

5

On

6

Off

No auto line feed

7

On

8-bit data

8

Off

Enables front panel

The high-speed serial interface DIP switch consists of two DIP switches, SW1 and SW2, located on a serial board that is attached to the printer's main board. Set switches 1 and 2 as indicated in Table A-4 and Table A-5.

Table A-4   Settings for DIP Switch 1 (SW1)

Switch 1 Setting Description

1

On

Odd parity

2

On

No parity

3

On

8 data bits

4

On

Ready/busy protocol

5

On

Test select circuit

6

On

Print mode

7

On

Busy line selection

8

On

DTR pin 2 enabled

Table A-5   Settings for DIP Switch 2 (SW2)

Switch 2 Setting Description

1

Off

Transmission

speed =

9600 baud

2

On

3

On

4

On

DSR active

5

On

Buffer = 32 bytes

6

On

Timing = 200 ms

7

On

Space after power on

8

Don't care

Not used

Modems

In general, a dial-out connection to a modem uses the AUX port on the SCM. A dial-in connection from a modem uses the Control port on the SCM. Refer to Table A-6 for interface requirements.

Table A-6   Modem Interface Requirements

Parameter Requirement

IGX port used

Control port on SCM is used for auto-answer modem;
AUX port on SCM is used for auto-dial modem.

Code

Standard 8-bit ASCII, 1 stop-bit, no parity

Interface

EIA/TIA-232 DCE

Cable

Null modem cable

Phone lines

Dedicated, dial-up business telephone line for TAC-to-IGX modem and auto-dial-to-TAC modem

Data rate

Standard, asynchronous rates 3.0-19.2 kbps, independently software-selectable

Supported modems

Motorola Model V.34R 9600 baud modem

Motorola V.34R IGX Dial-In/Out Configuration

IGX Auto-Answer

Auto-answer is a setup in which the Cisco TAC can dial into the switch. Using the cnfterm command, set the IGX Control port speed to 9600 bps. Using the cnftermfunc command, set the terminal type to VT100/StrataView. To program the modem, temporarily attach a terminal to the modem using a null modem cable. The modem EIA port automatically matches the 9600 bps setting of the terminal. Enter the commands listed in Table A-7 to set up the modem for proper operation.

Table A-7   Setting Up the Motorola v.34R for Auto-Answer Mode

Step Command Function

1

AT&F&W

Reset to factory default and save.

2

ATSØ=1

Enables auto-answer mode (answer on first ring).

3

ATL1

Modem speaker at low volume.

4

AT*SM3

Enables automatic MNP error correction.

5

AT*DC0

Disables data compression.

6

AT*FL0

Disables XON/XOFF flow control.

7

AT&S1

Sets DSR to "normal."

8

ATEØ

Disables local character echo.

9

ATQ1

Disables result codes. (Modem will appear "dead.")

10

AT&W

Saves current configuration settings in nonvolatile memory.

IGX Auto-Dial

Using the cnfterm command, set the IGX Auxiliary port (AUX port) speed to 9600 bps and enable XON/XOFF flow control. Using the cnftermfunc command, select option 7, Autodial Modem, then enter the Network ID designated by Cisco and the Cisco modem phone number. Attach a 9600 bps terminal to the modem using a cross-over cable and enter the following commands (Table A-8).

Table A-8   Steps for Attaching a Terminal to the Autodial Modem

Step Command Function

1

AT&F

Initializes factory defaults.

2

ATL1

Modem speaker at minimum volume.

3

AT*SM3

Enables automatic MNP error correction.

4

AT*DC0

Disables data compression.

5

AT*SC1

Enables DTE speed conversion.

6

AT*FL1

Enables XON/XOFF flow control.

7

AT*SI1

Enables 5-minute inactivity disconnect.

8

AT&C1

DCD controlled by modem.

9

AT&D2

Modem disconnects when node toggles DTR.

10

AT&V

Verifies entries.

11

AT&W

Saves current settings to nonvolatile memory.

Connect the modem to the IGX AUX port using the cable shown in Figure A-1. Ask the Cisco TAC to assist in the modem testing (see the "Obtaining Technical Assistance" section).

Modem Cables

The IGX Auto-Dial to Cisco application (also called "call home") and IGX Auto-Answer (call from Cisco) application use different modem cables. Figure A-1 shows the modem cable pinout for
IGX Auto-Dial to Cisco TAC. Figure A-2 shows the modem cable pinout for IGX Auto-Answer (call from Cisco TAC).


Figure A-1   Pinout for Customer to Auto-Dial Cisco (Call Home)



Figure A-2   Cable Pinout for Auto-Answer by Customer's Modem


Cabling Summary


Note   EIA/TIA-232 and EIA/TIA-449 existed as recommended standards RS-232 and RS-449 before the Electronics Industries Association (EIA) and Telecommunications Industry Association (TIA) accepted them as standards.


Warning To prevent accidental discharge in the event of a power line cross, route on-premise wiring away from power cables and off-premise wiring, or use a grounded shield to separate the on-premise wiring from the power cables and off-premise wiring. A power line cross is an event, such as a lightning strike, that causes a power surge. Off-premise wiring is designed to withstand power line crosses. On-premise wiring is protected from power line crosses by a device that provides overcurrent and overvoltage protection. Nevertheless, if the on-premise wiring is in close proximity to, or not shielded from, the off-premise wiring or power cables during a lightning strike or power surge, the on-premise wiring can carry a dangerous discharge to the attached interface, equipment, and nearby personnel. To see translations of this warning, refer to the Regulatory Compliance and Safety Information document that accompanied this product.

UXM-E Cabling

The cabling for the UXM-E appears in Table A-9.

Table A-9   UXM-E Cabling

Model Number Description

CAB-SMF-Y-SC

Single mode fiber Y-cable with SC male connectors

CAB-T3E3-PL-Y

SMB-BNC Y-cable, Posi-Lok SMB female connector on Y end and BNC female connector on tail end

CAB-T3E3-PL-Y-6

Bundle of 6 SMB-BNC Y-cable

CAB-T3E3-PL-Y-12

Bundle of 12 SMB-BNC Y-cable

CAB-SMF-SC-x

Standard single mode fiber cable with SC male connectors, x ft = 10, 25, 50, 75, 100

CAB-MMF-SC-x

Standard MMF cable with SC male connectors, x ft = 10, 25, 50, 75, 100

CAB-T3E3-PL-AD

SMB-BNC adaptor cable 72 inch

CAB-T3E3-PL-AD-6

Bundle of 6 SMB-to-BNC adaptor cable

CAB-T3E3-PL-AD-12

Bundle of 12 SMB-to-BNC adaptor cable

CAB-5607-10=

DB-15/Y Cable/M15-F15 10 ft

CAB-5614-x

T1/M15-M15 Xover, x ft = 10, 25, 50, 75, 100

CAB-5616-x

T1/M15-M15, x ft = 10, 25, 50, 75, 100

CAB-5685-10=

E1/Y Cable 10 ft

T1 Cabling

Trunk cables connect the customer DSX-1 crossconnect point or T1-E1 channel service unit (CSU) to the IGX node at the BC-T1 or BC-E1 back card. Refer to Table A-10 for details. For information on T1 connector pin assignments, see Table A-11.

Table A-10   T-1 Cabling

Cable Parameter Description

Cable Type

Western Electric 22 AWG, ABAM individually shielded twisted pair. Two pair per T1 line (1 transmit and 1 receive).

Cable Connector

Male DB-15 subminiature. See Table A-11 for pinouts. The connector pinouts are the same for both the BA-T1 and the MT3 Distribution Panel.

Maximum Cable Length

533 ft (162 m) maximum between the node and the first repeater or CSU.

Table A-11   T1 Connector Pin Assignments

Pin No. Description

1

Transmit, tip

2

Transmit pair shield

3

Receive, tip

4

Receive pair shield

9

Transmit, ring

11

Receive, ring

E1 Cabling

E1 trunk cables connect the customer DSX-1 crossconnect point or E1 channel service unit (CSU) to the node at the back card. For cabling specifications, see Table A-12. For E1 connector pin assignments, see Table A-13.

Note that variations exist in the pin assignments for some interfaces: Table A-14 and Table A-15 show the D-connector pinouts for the CVM, NTM, UFM, UVM, and FRM.

Table A-12   E1 Cabling

Cable Parameter Description

Cable Type

75-ohm coaxial cable for balanced line or 100-120-ohm twisted pair for unbalanced line. Balanced lines use two cables per E1 port.

Cable Connector

Two female BNC for balanced connection; male DB-15 for unbalanced connection. See Table A-13, Table A-14, and Table A-15 for pinouts.

Max. Cable Length

E1 output complies with G.703, so attenuation must not exceed -6 dB at 1024 kHz (applies to 75-ohm coaxial or 120-ohm twisted pair). Maximum length is 100 meters between the IGX node and the first repeater or CSU.

Table A-13   E1 Connector Pin Assignments

Connector Description

Rx BNC

Receive E1 from trunk

Tx BNC

Transmit E1 to trunk

Table A-14   D-connector Pinouts for the CVM, NTM, UFM, UVM, and FRM

Pin No. Description

1

Receive, tip

2

Receive pair shield

3

Transmit, tip

9

Receive, ring

10

Transmit pair shield

11

Transmit, ring

Table A-15   D-connector Pinouts for the CVM, NTM, UFM, UVM, and FRM

Pin No. Description

1

Transmit, tip

2

Transmit pair shield

3

Receive, tip

4

Receive pair shield

9

Transmit, ring

11

Receive, ring

TTC JJ-20 (J1) Cabling

Table A-16 and Table A-17 describes the J1 cabling and the TTC connector pinouts, respectively.

Table A-16   J1 Cabling

Cable Parameter Description

Cable type

110-ohm, twisted pair for balanced; 2 cable pairs (1 transmit, 1 receive) per TTC.

Cable connection

Male DB-15 for balanced connection. See Table A-17 for pinouts.

Maximum cable length

Maximum length depends on signal attenuation, which cannot exceed
13 dB.

Table A-17   TTC Connector Pinouts

Pin No. Description

2

Send tip S(T)

9

Send ring S(R)

4

Receive tip R(T)

11

Receive ring R(R)

1

Ground

Y1 Trunk Cabling

Table A-18 and Table A-19 describe the Y1 cable and the connector pin assignments, respectively.

Table A-18   Y1 Cabling

Cable Parameters Description

Cable Type

110 ohm twisted pair, balanced operation. Two cable pairs
(1 transmit, 1 receive) per Y1 line.

Cable Connection

Male DB-15. See Table A-19 for pinouts.

Max. Cable Length

Maximum cable length is determined by Vp-p (Voltage peak-to-peak). The maximum permissible value is 1 Vp-p.

Table A-19   Y1 Connector Pinouts

Pin No. Description

2

Transmit tip T(A)

9

Transmit ring T(B)

4

Receive tip R(A)

11

Receive ring R(B)

1

Shield

Subrate (SR) Cabling

This section lists general data for the subrate cabling and the pinouts for different types of interfaces that support subrate operation. Table A-20 contains general specifications for the subrate cabling. Table A-21, Table A-22, and Table A-23 list the pinouts for V.11, V.35, and EIA/TIA-449 interfaces, respectively. Table A-24 lists T3 connector pin assignments.

Table A-20   Subrate (SR) Cabling

Cable Parameter Description

Cable Type

100-120-ohm twisted pair telephone cable.

Cable Connector

V.11, DB-15 subminiature, male.
V.35, 34-pin M block (Winchester), male.
MIL188/RS-449, DB-37 subminiature, male.
See Table A-21 through Table A-23 for pinouts.

Max. Cable Length

Depends on operating speed. Ranges are 400 meters for 256 kbps though 50 meters for 1.92 Mbps.

Table A-21   V.11 Connector Pinouts

Pin No. Description

1

Shield ground

2

TX-A

9

TX-B

3

CA

10

CB

4

RX-A

11

RX-B

5

IA

12

IB

6

SA

13

SB

7

Not used

8

Signal ground

14

Not used

15

Not used

Table A-22   V.35 Connector Pinouts

Pin No. Name Source Description

A

Gnd.

Both

Protective (shield) ground

B

Sig. Gnd.

Both

Signal ground

C

RTS

DTE

Request to send

D

CTS

DCE

Clear to send

E

DSR

DCE

Data Set ready

F

DCD

DCE

Data carrier detect (RLSD)

H

DTR

DTE

Data terminal ready

J

RI

DCE

Ring indicator

K

TM

DCE

Test mode

L-N

-

-

Not used

P/S

TxD

DTE

Transmit data from DTE

R/T

RxD

DCE

Received data to DTE

U/W

XTC

DTE

External transmitter clock

V/X

RxC

DCE

Receiver clock

Y/AA

TxC

DCE

Transmitter clock

BB-EE

-

-

Not used

Table A-23   EIA/TIA-449 Connector Pinouts

Pin No. IGX Name EIA Name Source Description

1

Frm. Gnd.

 

Both

Shield ground

2

SI

SI

DCE

Signaling rate indicator (to DTE)

4/22

TxD

SD

DTE

Transmit data from DTE

5/23

TxC

ST

DCE

Transmitter clock

6/24

RxD

RD

DCE

Received data to DTE

7/25

RTS

RS

DTE

Request to send

8/26

RxC

RT

DCE

Receiver clock

9/27

CTS

CS

DCE

Clear to send

10

LL

LL

DTE

Local loopback

11/29

DSR

DM

DCE

Data set ready

12/30

DTR

TR

DTE

Data terminal ready

13/31

DCD

RR

DCE

Data carrier detect (RLSD)

14

RL

RL

DTE

Remote loopback

15

RI

IC

DCE

Ring indicator

16

SF

SF

DTE

Signal rate select (to DCE)

17/35

XTC

TT

DTE

External transmitter Clock

18

TM

TM

DCE

Test mode

19

Sig. Gnd.

SG

Both

Signal ground

20

-

RC

DCE

Receive common

28

BSY

IS

DTE

Busy (in service)

32

SS

SS

DTE

Select standby

33

SQ

SQ

DCE

Signal quality detect

34

NS

NS

DTE

New synchronization

36

SB

SB

DCE

Standby indicator

37

-

SC

DTE

Send common

3, 21

-

-

-

Spare

Table A-24   T3 Connector Pinouts

Connector Description

Rx BNC

Receive T3 from trunk

Tx BNC

Transmit T3 to trunk

UFM Cabling

Table A-25 lists the cables that can connect to the UFM back cards for synchronous and asynchronous circuits.

Table A-25   UFM Cabling

Cable Parameter Description

Cable type

Standard V.35 or X.21

Cable connectors

X.21 DTE: DB-60, male (provides two X.21 ports)
X.21 DCE: DB-60, male (provides two X.21 ports)
V.35 DTE: DB-60, male (provides two V.35 ports)
V.35 DCE: DB-60, male (provides two V.35 ports)
HSSI: DB-50, male

Maximum cable length

Not to exceed interface standards

Cabling for the UFM-U Back Cards

This section describes the standard cabling and the Y-cabling scheme for the unchannelized back cards. The back cards are the UFI-12V.35, UFI-12X.21, and UFI-4HSSI. Because of the port variety and because the cables are either DCE or DTE, a significant number of cable configurations exist. Table A-26 shows cable names, part numbers, and descriptions.

The connectors on the UFI cards are high density. Each UFI-12V.35 and UFI-12X.21 card has six 60-pin connectors. Each of these connectors has two ports. If your specification dictates that both ports on a connector are active, you must have a cable with wiring for two ports. If a part number in Table A-26 has the form "CAB-2...," the cable has wiring for two ports. Note that if both ports on a connector are active, both ports must be either DCE or DTE, because the cable itself is either DCE or DTE. If a connector has only one active port, the cable can be the less expensive, single-port version. An HSSI connector has 50 pins and supports one port.

Table A-26   UFM-U Back Card Cables

Card Model Number PCB Connector Destination Connector Cable Description

HSSI

CAB-HSI 1

50-pin Male

50-pin Male

HSSI Cable, UFI is DCE

HSSI

CAB-HS1-DTE

50-pin, Male

50-pin Male

HSSI Cable, UFI is DTE

HSSI

CAB-Y-HS1

Two, 50-pin Male

50-pin Female

HSSI Y-cable, 3 ft

V.35

CAB-V35MC

DB-60F

V.35

V.35 Cable, DCE, Male, 10 ft

V.35

CAB-V35MT

DB-60F

V.35

V.35 Cable, DTE, Male, 10 ft

V.35

CAB-V35FC

DB-60F

V.35

V.35 Cable, DCE, Female, 10 ft

V.35

CAB-V35FT

DB-60F

V.35

V.35 Cable, DTE, Female, 10 ft

X.21

CAB-X21MT

DB-60F

X.21

X.21 Cable, DTE, Male, 10 ft

X.21

CAB-X21FC

DB-60F

X.21

X.21 Cable, DCE, Female, 10 ft

V.35

CAB-2V35MT

DB-60 Male

Two V.35

V.35 Cable, DTE, Male 10 ft

V.35

CAB-2V35FC

DB-60 Male

Two V.35

V.35 Cable, DCE, Female 10 ft

V.35 &
X.21

CAB-Y-UFI

2xDB-60 Male

DB-60 Female

UFI-specific Y-cable

X.21

CAB-2X21MT

DB-60 Male

Two X.21

X.21 Cable, DTE, Male, 10 ft

X.21

CAB-2X21FC

DB-60 Male

Two X.21

X.21 Cable, DCE, Female, 10 ft

Port redundancy through the use of a Y-cable requires two card sets, at least one Y-cable, and the standard cabling. On a UFI-4HSSI, Port 1 is the only port that supports Y-cable redundancy. On the V.35 and X.21 UFIs, redundancy at more than one connector requires a corresponding number of Y-cables and standard cables. The standard cables are either single-port for HSSI, V.35, or X.21 or dual-port for the X.21 and V.35 UFIs.

To set up the Y-cabling, you attach a branch of the Y at the primary and redundant connectors then attach the near end of the standard cable to the base of the Y. Figure A-3 illustrates single and dual-cabling in a Y-cable setup. The single-cable arrangement applies to HSSI, V.35, and X.21. The dual-port redundancy setup applies to a UFI-12X.21 or UFI-12V.35, where both ports within the UFI connector are used in a Y-cable redundancy scheme.


Figure A-3   Y-Cabling with a UFI-4HSSI, UFI-12V.35, or UFI-12X.21 Port


UFI X.21 and V.35 DTE Port Pin Assignments

Table A-27 lists the UFI X.21 and V.35 DTE pin assignments at the DB-60 connector on the card.

Table A-27   UFI X.21 and V.35 DTE Connector Pinouts

Pin No. Name Source Direction Description

7/14

SG

Both

Signal ground

9/22

RxC

DCE

Input

Receive clock

5/18

TxC

DCE

Input

Transmit clock

3/16

RxD

DCE

Input

Receive data

2/15

TxD

DTE

Output

Transmit data

6/19

XTC

DTE

Output

External transmit clock

4/17

DTR

DTE

Output

Data terminal ready

10/23

DSR

DCE

Input

Data set ready

11

RTS

DTE

Output

Request to send

24

CTS

DCE

Input

Clear to send

12

LLB

DTE

Output

Local loopback command

13

RLB

DTE

Output

Remote loopback

26

TM

DTE

Output

Test mode

20

SG

Both

Signal ground

25

DCD

DCE

Input

Data carrier detect

1

DCE

Input

Port in DCE mode

UFI X.21 and V.35 DCE Port Pin Assignments

Table A-28 lists the UFI X.21 and V.35 DCE pin assignments at the DB-60 connector on the card.

Table A-28   UFI X.21 and V.35 DCE Connector Pinouts

Pin No. Name Source Direction Description

7/14

SG

Both

Signal ground

8/21

RxC

DCE

Output

Receive clock

6/19

TxC

DCE

Output

Transmit clock

3/16

TxD

DTE

Input

Transmit data

2/15

RxD

DCE

Output

Receive data

9/22

XTC

DTE

Input

External transmit clock

4/17

DSR

DCE

Output

Data set ready

10/23

DTR

DTE

Input

Data terminal ready

11

CTS

DCE

Output

Clear to send

24

RTS

DTE

Input

Request to send

25

LLB

DTE

Input

Local loopback command

26

RLB

DTE

Input

Remote loopback

13

TM

DTE

Output

Test mode

20

SG

Both

Signal ground

12

DCD

DCE

Output

Data carrier detect

1

DTE

Input

Port in DTE mode

V.35 DCE Female Cable Pin Assignments

Table A-29 lists the V.35 DCE female cable pin assignments.

Table A-29   V.35 DCE Female Cable Pinouts 

Signal Pin No. (from J3) Wire Pin No. (to J1) Signal

Signal ground

55/56

Shorting group

 

Signal ground

Signal ground

50/51

Shorting group

 

Signal ground

Shield ground

46

Shield

A

Shield ground

v11-TXD

17/18

Twisted Pair #1

T/R

RD

v11-TXCOUT

19/20

Twisted Pair #2

AA/Y

SCT

v11-RXCOUT

21/22

Twisted Pair #3

X/V

SCR

v11-RXCIN

25/26

Twisted Pair #4

W/U

SCTE

v11-RXD

27/28

Twisted Pair #5

S/P

SD

v28-DSR/v28-CTS

34/35

Twisted Pair #6

H/C

DTR/RTS

v28-RTS/v28-DTR

42/43

Twisted Pair #7

D/E

CTS/DSR

v28-LL-DCD/Not used

44/16

Twisted Pair #8

F/B

RLSD/—

v28-DCD-LL/Not used

33/16

Twisted Pair #9

K/B

LT/—

Shield ground

45

Shield

A

Shield ground

v11-TXD

3/4

Twisted Pair #1

T/R

RD

v11-TXCOUT

5/6

Twisted Pair #2

AA/Y

SCT

v11-RXCOUT

7/8

Twisted Pair #3

X/V

SCR

v11-RXCIN

29/30

Twisted Pair #4

W/U

SCTE

v11-RXD

31/32

Twisted Pair #5

S/P

SD

v28-DSR/v28-CTS

38/36

Twisted Pair #6

H/C

DTR/RTS

v28-RTS/v28-DTR

40/41

Twisted Pair #7

D/E

CTS/DSR

v28-LL-DCD/Not used

39/15

Twisted Pair #8

F/B

RLSD/—

v28-DCD-LL/Not used

37/15

Twisted Pair #9

K/B

LT/—


Note   The CAB-2-V.35 DCE 1 Winchester connector corresponds to an odd UFM-U back card port and the CAB-2-V.35 DCE 2 Winchester connector corresponds to an even UFM-U back card port.

V.35 DTE Male Cable Pin Assignments

Table A-30   V.35 DTE Male Cable Pinouts 

Signal Pin No. (from J3) Wire Pin No. (to J1) Signal

p2_mode_0/Ground/p2_mode_DCE

55/56/54

Shorting group

-

-

p1_mode_0/Ground/p1_mode_DCE

50/51/52

Shorting group

-

-

Shield ground

46

Shield

A

Shield ground

v11-TXD

17/18

Twisted Pair #1

S/P

SD

v11-TXCOUT

19/20

Twisted Pair #2

W/U

SCTE

v11-TXCIN

23/24

Twisted Pair #3

AA/Y

SCT

v11-RXCIN

25/26

Twisted Pair #4

X/V

SCR

v11-RXD

27/28

Twisted Pair #5

T/R

RD

v28-DSR/v28-CTS

34/35

Twisted Pair #6

E/D

DSR/CTS

v28-RTS/v28-DTR

42/43

Twisted Pair #7

C/H

RTS/DTR

v28-LL-DCD/Not used

44/16

Twisted Pair #8

K/B

LT/—

v28-DCD-LL/Not used

33/16

Twisted Pair #9

F/B

RLSD/—

Shield ground

45

Shield

A

Shield ground

v11-TXD

3/4

Twisted Pair #1

S/P

SD

v11-TXCOUT

5/6

Twisted Pair #2

W/U

SCTE

v11-TXCIN

13/14

Twisted Pair #3

AA/Y

SCT

v11-TXCIN/v11-RXCIN

29/30

Twisted Pair #4

X/V

SCR

v11-RXD

31/32

Twisted Pair #5

T/R

RD

v28-DSR/v28-CTS

38/36

Twisted Pair #6

E/D

DSR/CTS

v28-RTS/v28-DTR

42/43

Twisted Pair #7

C/H

RTS/DTR

v28-LL-DCD/Not used

39/15

Twisted Pair #8

K/B

LT/—

v28-DCD-LL/Not used

37/15

Twisted Pair #9

F/B

RLSD/—


Note   The CAB-2-V.35 DTE 1 Winchester connector corresponds to an odd UFM-U back card port and the CAB-2-V.35 DTE 2 Winchester connector corresponds to an even UFM-U back card port.

UFI HSSI Port Pin Assignments

Table A-31   UFI HSSI Connector Pinouts

Pin No. Name Source Direction Description

1/26

SG

Both

Signal ground

2/27

RT

DCE

Output

Receive timing

3/28

CA

DCE

Output

DCE available

4/29

RD

DCE

Output

Receive data

5/30

LC

DTE

Output

DCE loop request

6/31

ST

DCE

Output

Send timing

7/32

SG

Both

Signal ground

8/33

TA

DTE

Input

DTE available

9/34

TT

DCE

Input

Terminal timing

10/35

LA

DTE

Input

Loopback circuit A

11/36

SD

DTE

Input

Send data

12/37

LB

DTE

Input

Loopback circuit B

13/38

SG

Both

Signal ground

14/39

DT

DTE

Input

Send timing in DTE

15 to 18

DCE

Output

Undefined: to DCE

19/44

SG

Both

Signal ground

20 to 23

DTE

Input

Undefined: from DCE

24/49

TM

DTE

Output

Test mode

25/50

SG

Both

Signal ground

The UFI-HSSI interface is native DCE. The interface pin assignment is done in such a way that the UFI interface can be connected to the HSSI interface of a Cisco router, which is a native DTE, using a straight pin-to-pin HSSI standard cable attached to a UFI back card or a Cisco router in either DTE or DCE modes.

A UFI card in DCE mode can be connected to any DTE interface using the same standard Cisco cable.

When UFI is configured in DTE mode, it needs the HSSI-DTE cable to connect to a DCE interface. The wiring details are shown in Table A-32 for cable number 72-1265-01.

Table A-32   Wiring Details for the HSSI-DTE Cable

Pin No. J1 to J2 Name Direction Description

1/26 to 1/26

SG

Signal ground

2/27 to 9/34

RT/TT

Output

Receive timing/terminal timing

3/28 to 8/33

CA/TA

Output

DCE available/DTE available

4/29 to 11/36

RD/SD

Output

Receive data/send data

5/30 to 10/35

LC/LA

Output

DCE loop request/loopback circuit A

6/31 to 14/39

ST/DT

Output

Send timing/send timing in DTE

7/32 to 7/32

SG

Signal ground

8/33 to 3/28

TA/CA

Input

DTE available/DCE available

9/34 to 2/27

TT/RT

Input

Terminal timing/receive timing

10/35 to 5/30

LA/LC

Input

Loopback circuit A/DCE loop request

11/36 to 4/29

SD/RD

Input

Send data/receive data

12/37 to 24/49

LB/TM

Input

Loopback circuit B/test mode

13/38 to 13/38

SG

Signal ground

14/39 to 6/31

DT/ST

Input

Send timing in DTE/send timing

15 through 18 to 40 through 43

not used

Not used

19/44 to 19/44

SG

Signal ground

20 through 23 to 45 through 48

not used

Not used

24/49 to 12/37

TM/LB

Output

Test mode/loopback circuit B

25/50 to 25/50

SG

Signal ground

FRI V.35 Port Pin Assignments

Table A-33 contains a listing of IGX V.35 pin assignments for the Frame Relay FRI card. A standard V.35 cable is used for this application.

Table A-33   FRI V.35 Pinouts

Pin No. Name Source Description

A

Gnd.

both

Protective (Shield) ground

B

Sig. Gnd.

both

Signal ground

C

RTS

DTE

Request to send

D

CTS

DCE

Clear to send

E

DSR

DCE

Data set ready

F

DCD

DCE

Data carrier detect

H

DTR

DTE

Data terminal ready

L

LLB

DTE

Local loopback command to user device

N

RLB

DTE

Remote loopback command to user device

n

TM

DTE

Test mode indicates user device. ready for test

P/S

TxD

DTE

Transmit data from DTE

R/T

RxD

DCE

Receive Data to DTE

U/W

XTC

DTE

External Transmitter Clock

V/X

RxC

DCE

Receiver Clock

Y/a

TxC

DCE

Transmitter Clock

Data Cabling

This section describes the cables for the LDM and HDM card sets. The HDM and LDM are high-speed and low-speed data cards.

Table A-34   HDM and LDM Cabling

Cable Parameter Description

Cable Type

Standard EIA/TIA-232C/D (V.24), V.35, or EIA/TIA-449/422 (with adapter cable for X.21).

Cable Connectors

EIA/TIA-232C/D (V.24): DB-25 Subminiature, male.
V.35: 34-pin M block-type (Winchester), male.
EIA/TIA-449/422: DB-37 Subminiature, male.

Max. Cable Length

Not to exceed interface standards.

HDM EIA/TIA-232D Port Pin Assignments

Table A-35 contains a listing of IGX EIA/TIA-232D port pin assignments for the HDM's interface card, the SDI. A standard EIA/TIA-232 cable works in this application.

Table A-35   HDM EIA/TIA-232 Connector Pinouts

Pin No. IGX Name EIA Name Source Description

1

Frame Gnd.

AA

Both

Frame ground

2

TxD

BA

DTE

Transmit data from DTE

3

RxD

BB

DCE

Received data to DTE

4

RTS

CA

DTE

Request to send

5

CTS

CB

DCE

Clear to send

6

DSR

CC

DCE

Data set ready

7

 

 

 

Signal ground

8

DCD

CF

DCE

Data carrier detect (RLSD)

9

+VS

 

Both

+12V test

10

-VS

 

Both

-12V test

11

QM

 

DCE

Equalizer mode (to DTE only)

12

SDCD

SCF

DCE

Secondary data carrier detect

13

SCTS

SCB

DCE

Secondary clear to send

14

STxD

SBA

DTE

Secondary transmit data

15

TxC

DB

DCE

Transmitter clock

16

SRxD

SBB

DCE

Secondary received data

17

RxC

DD

DCE

Receiver clock

18

RL

 

DTE

Remote loopback

19

SRTS

SCA

DTE

Secondary request to send

20

DTR

CD

DTE

Data terminal ready

21

SQ

CG

DCE

Signal quality detect

22

RI

CE

DCE

Ring indicator

23

SF

CH

DTE

Signal rate select (to DCE)

23

SI

CI

DCE

Signaling rate indicator (to DTE)

24

XTC

DA

DTE

External transmitter clock

25

TST

 

DCE

Test indicator

HDM EIA/TIA-232C (V.24) Port Pin Assignments

Table A-35 contains a listing of IGX EIA/TIA-232C port pin assignments for the SDI data card. A standard EIA/TIA-232 (V.24) cable is used for this application.

Table A-36   HDM EIA/TIA-232C (V.24) Connector Pin Assignments

Pin No. IGX Name EIA Name Source Description

1

Frame Gnd.

AA

Both

Frame ground

2

TxD

BA

DTE

Transmit data from DTE

3

RxD

BB

DCE

Received data to DTE

4

RTS

CA

DTE

Request to send

5

CTS

CB

DCE

Clear to send

6

DSR

CC

DCE

Data set ready

7

 

 

 

Signal ground

8

DCD

CF

DCE

Data carrier detect (RLSD)

9

+VS

 

Both

+12V test

10

-VS

 

Both

-12V test

11

QM Pin 11

 

DCE
DTE

Equalizer mode (to DTE)
pin 11 to (DCE)

12

SDCD

SCF

DCE

Secondary data carrier detect

13

SCTS

SCB

DCE

Secondary clear to send

14

STxD

SBA

DTE

Secondary transmit data

15

TxC

DB

DCE

Transmitter clock

16

SRxD

SBB

DCE

Secondary received data

17

RxC

DD

DCE

Receiver clock

18

DCR

 

DCE

Divided receiver clock

19

SRTS

SCA

DTE

Secondary request to send

20

DTR

CD

DTE

Data terminal ready

21

SQ

CG

DCE

Signal quality detect

22

RI

CE

DCE

Ring indicator

23

SFCI

CH
CI

DTE
DCE

Signal rate select (to DCE)
Signaling rate indicator (to DTE)

24

XTC

DA

DTE

External transmitter clock

25

BSY

 

DTE

Busy (in service)

HDM EIA/TIA-449/422 Port Pin Assignments

Table A-37 contains a listing of IGX EIA/TIA-449/422 port pin assignments. A standard EIA/TIA-449 cable is used for this application unless the interface is X.21.

Table A-37   HDM EIA/TIA-449/422 Connector Pin Assignments

Pin No. IGX Name EIA Name Source Description

1

 

 

Both

Shield ground

2

SI

SI

DCE

Signaling rate indicator (to DTE)

3

 

 

 

Spare

4/22

TxD

SD

DTE

Transmit data from DTE

5/23

TxC

ST

DCE

Transmitter clock

6/24

RxD

RD

DCE

Received data to DTE

7/25

RTS

RS

DTE

Request to send

8/26

RxC

RT

DCE

Receiver clock

9/27

CTS

CS

DCE

Clear to send

10

LL

LL

DTE

Local loopback

11/29

DSR

DM

DCE

Data set ready

12/30

DTR

TR

DTE

Data terminal ready

13/31

DCD

RR

DCE

Data carrier detect (RLSD)

14

RL

RL

DTE

Remote loopback

15

RI

IC

DCE

Ring indicator

16

SF

SF

DTE

Signal rate select (to DCE)

17/35

XTC

TT

DTE

External transmitter clock

18

TM

TM

DTE

Test mode

19

 

SG

Both

Signal ground

20

 

RC

DCE

Receive common

21

 

 

 

Spare

28

BSY

IS

DTE

Busy (in service)

32

SS

SS

DTE

Select standby

33

SQ

SQ

DCE

Signal quality detect

34

NS

NS

DTE

New synchronization

36

SB

SB

DCE

Standby indicator

37

 

SC

DTE

Send common

See Table A-38 and Table A-39 for Wire Lists for adapter cables for the X.21 application. This adapter cable is available in two models: one is used when the HDM/SDI card set operates as a DCE and the other when the HDM/SDI operates as a DTE. It has a male DB-37 on the IGX end and a female DB-15 (DCE) or male DB-15 (DTE) on the user end.

Table A-38   X.21 Adapter Cable Pin Assignments

DB-37 Pin No. (SDI) IGX Name DB-15 Pin No. (User) Description

1

Drain

1

Frame ground

4

TxD-A

2

Transmit data from DTE

22

TxD-B

9

Transmit data from DTE

6

RxD-A

4

Receive data to DTE

24

RxD-B

11

Receive data to DTE

7

RTS-A

3

Request to send

25

RTS-B

10

Request to send

9

CTS-A

5

Clear to send

27

CTS-A

12

Clear to send

8

RxC-A

6

Receive clock

26

RxC-B

13

Receive clock

19

SG

8

Signal ground

Table A-39   X.21 Adapter Cable Pin Assignments

DB-37 Pin No. (SDI) IGX Name DB-15 Pin No. (User) Description

1

Drain

1

Frame ground

4

TxD-A

2

Transmit data from DTE

22

TxD-B

9

Transmit data from DTE

6

RxD-A

4

Receive data to DTE

24

RxD-B

11

Receive data to DTE

7

RTS-A

3

Request to send

25

RTS-B

10

Request to send

9

CTS-A

5

Clear to send

27

CTS-A

12

Clear to send

5

TxC-A

6

Transmit clock

23

TxC-B

13

Transmit clock

19

SG

8

Signal ground

5 to 8

TxC-A

 

Receive clock1

23 to 26

TxC-B

 

Receive clock1

1Loops Receive Clock to Transmit Clock when necessary.

HDM V.35 Port Pin Assignments

A standard V.35 cable works for this application.

Table A-40   HDM V.35 Connector Pin Assignments

Pin No. Name Source Description

A

Gnd.

Both

Protective (shield) ground

B

Sig. Gnd.

Both

Signal ground

C

RTS

DTE

Request to send

D

CTS

DCE

Clear to send

E

DSR

DCE

Data set ready

F

DCD

DCE

Data carrier detect (RLSD)

H

DTR

DTE

Data terminal ready

J

RI

DCE

Ring indicator

K

TM

DCE

Test mode

P/S

TxD

DTE

Transmit data from DTE

R/T

RxD

DCE

Receive data to DTE

U/W

XTC

DTE

External transmitter clock

V/X

RxC

DCE

Receiver clock

Y/a

TxC

DCE

Transmitter clock

LDM EIA/TIA-232 Port Pin Assignments

Table A-41 lists the EIA/TIA-232 port pin assignments at the DB-15 connector on the LDM's LDI back card. The LDM card supports a limited subset of EIA control leads. The LDI always uses a DCE or DTE DB-15-to-DB-25 adapter cable. Refer to Table A-42 and Table A-43 for wiring lists and the pin-outs for the standard male DB-25 connector to the user data device.

Table A-41   LDM EIA/TIA-232 Connector Pin Assignments

Pin No. IGX Name EIA Name Source Description

1

Shield

AA

Both

Frame ground

2

TxD

BA

DTE

Transmit data from DTE

3

CTS

CB

DCE

Clear to send

4

RxD

BB

DCE

Received data to DTE

5

RTS

CA

DTE

Request to send

6

XTC

DB

DCE

Transmitter clock

7

RxC

DD

DCE

Receiver clock

8

SG

AB

Both

Signal ground

9

DSR

CC

DCE

Data set ready

10

DTR

CD

DTE

Data terminal ready

11

+VS

 

Both

+12V test voltage

12

-VS

 

Both

-12V test voltage

13

DCD

CF

DCE

Data carrier detect (RLSD)

14

RL

 

DTE

Remote loop (for modem loopback)

15

MOD

 

 

Mode select for cable (DTE or DCE)

Table A-42   LDM Adapter Cable Pin Assignments

DB-15 Pin No. (LDI) IGX Name DB-25 Pin No. (User) Description

1

Frm. Gnd.

1

Frame ground

2

RxD

3

Received data to DTE

3

RTS

4

Request to send

4

TxD

2

Transmit data from DTE

5

CTS

5

Clear to send

6

XTC

24

External transmit clock

7

RxC

17

Receive clock

8

SG

7

Signal ground

9

DTR

20

Data terminal ready

10

DSR

6

Data set ready

11

+VS

9

+12V test voltage 1

12

-VS

10

-12V test voltage 1

13

DCD

8

Data carrier detect (RLSD)

14

RL

21

Remote loop output

15

MOD

n.c.

Connects internally to DB-15-8

(3)

LL

18

Local loop output 2

1You can use one of these pins to force a control pin to stay high or low.

2No LDI local loop output is available. Try using DTR output: DB-15-9.


Note   Two adapter cables are available for the LDI card. The choice of cable determines whether the LDI card functions as a DCE or as a DTE. These can be ordered from Cisco Systems or made by the customer. Make sure that the correct cable is used for the type of user device connected.

Table A-43   LDM Adapter Cable Pin Assignments

DB-15 Pin No. (LDI) IGX Name DB-25 Pin No. (User) Description

1

Shield

1

Frame ground

2

TxD

2

Transmit data from DTE

3

CTS

5

Clear to send

4

RxD

3

Receive data to DTE

5

RTS

4

Request to send

6

RxC

17

Receive clock, connects to DB-25-151

7

XTC

24

External transmit clock

8

SG

7

Signal ground

9

DSR

6

Data set ready

10

DTR

20

Data terminal ready

11

+VS

9

+12V test voltage 2

12

-VS

10

-12V test voltage 3

13

Not connected

Not connected

Not used

14

DCD

8

Data carrier detect (RLSD)

15

MOD

n.c.

Mode select, no connection for DCE cable

Not connected 2

TxC

15

Transmit clock, connects to DB-25-17 2

1Pins 15 and 17 connect through a jumper.

2You can use one of these pins to force a control pin to stay high or low.

Redundancy Cabling

Table A-44   Y-Redundancy Cabling

Cable Used On Cisco Part No.

EIA/TIA-232C

SDI

5624

EIA/TIA-232D

SDI

5624

EIA/TIA-232

LDI

5629

V.35

SDI

5635

V.35

SDI

Special DTE/DCE jumper

EIA/TIA-422/449

SDI

5644

T1

BC-T1

5607

E1

BC-E1

5685

Power Cabling

This section describes AC and DC power cabling between the IGX node and the power source. Source-end connector information is not available for all countries, so local codes must be known or obtained by either the customer or the installer. Table A-45 describes AC power cabling. Table A-46 describes DC power cabling.

Table A-45   AC Power Cabling

Piece Standard

Cable

Cisco provides a 6-ft (1.8 m), 3-conductor cord with an IEC 320 C-19 appliance coupler for mating with the IGX node on the system end. The other end of the power cord should be a grounding-type attachment plug, as described in the paragraphs that follow.

Connector

In North America and Japan:

For IGX 8320/8430: NEMA L6-20 Twist Lock

For IGX 8410: NEMA L6-20 Twist Lock or NEMA 5-15

For Continental Europe: CEE 7/7 (Schuko)

For Italy: CEI 23-16/VII (16 A plug)

For United Kingdom and Ireland: BS 1363

For Australia and New Zealand: AS 3112

For those countries not appearing in the preceding list, use a power cord with an IEC 320 C-19 appliance coupler for the system end and an appropriate grounding-type attachment plug at the other end, in accordance with local standards.

Table A-46   DC Power Cabling

Piece Standard

Cable

You provide a 3-conductor cord. The other end of the power cord should be a grounding-type attachment. The wire gauge is 10 to 12 AWG or 4 sq. mm.

Connector

At the system end, Cisco provides a pluggable wire block with screw-type clamping for the three conductors. The customer or installer attaches the customer-supplied wiring to this block.

SCM Cabling

SCM cabling connects the network management ports on the SCM to Cisco WAN Manager (formerly StrataView Plus) network management computers, control terminals, and modems. This cabling also provides the connection for an external clock source.

Auxiliary and Control Port Cabling

Interface:

The IGX SCM auxiliary and control ports are configured as an
EIA/TIA-232 DCE port.

Suggested cable:

24 AWG, 25-pair. A straight-through EIA/TIA-232 cable is used for a terminal or printer connection. A null modem cable (Figure A-4) is needed when interfacing with modems on either port.

Cable length:

50 ft (15 m) maximum.

Cable connector:

DB-25, subminiature, male. Table A-47 contains a list of the port pin assignments.

Table A-47   Auxiliary and Control Connector Pin Assignments

Pin No. Name Source Description

1

FG

both

Frame ground

2

TxD

DTE

Transmit data

3

RxD

DCE

Receive data

4

RTS

DTE

Request to send

5

CTS

DCE

Clear to send

6

DSR

DCE

Data set ready

7

SG

both

Signal ground

8

CD

DCE

Carrier detect

20

DTR

DTE

Data term ready

Null Modem Cable

Figure A-4 shows a null modem cable that connects some of the 1200 and 2400 baud modems to the IGX control and auxiliary ports.


Figure A-4   Null Modem Cable


External Clock Input Cabling

Two separate clock inputs exist, and can be used simultaneously on the IGX. They are labelled External-1 and External-2. Both clock inputs require an EIA/TIA 422 balanced square wave signal at either 1.544 or 2.048 MB per second.


Note   Standard DS1 or E1 BITS clock sources using AMI bipolar pulse stream signals are not compatible with IGX external clock inputs.

Table A-48   External Clock Cabling

Cable Parameter Description

Interface

Balanced EIA/TIA 422

Suggested cable

24 AWG, individually shielded, 1- or 2-pair

Cable connector

DB-15, subminiature, male. See Table A-49 for pinouts

Maximum cable length

50 ft (15 m)

Table A-49   External Clock Connector Pin Assignments

Pin No. Description

1

External Clk 1-A

9

External Clk 1-B

2

Shield ground pair 1

3

External Clk 2-A

11

External Clk 2-B

4

Shield ground pair 1

5

8.192 MHz test output (factory use only)

External Alarm Cabling

This cable connects network alarm outputs to either the DTI Faceplate or the ARI card alarm connector. Table A-50 lists particulars for the physical interface. Table A-51 lists the pinouts for the network alarm outputs. In Table A-51, note that pins whose names end in "A" are normally open, and pins whose names end in "C" are common.

Table A-50   External Alarm Cabling

Parameter Description

Interface

Dry-contact relay closure

Wire

24 AWG, shielded, 10 pairs

Connector

DB-37, subminiature, male

Table A-51   External Alarm Connector Pin Assignments

Pin No. Name Description

1

CHASSIS

Chassis ground

2

 

Reserved

3

NWMAJA

Network major alarm

4

NWMAJC

Network major alarm

5

 

Reserved

6

 

Reserved

7

 

Reserved

8

 

Reserved

9

 

Reserved

10

MNVISA

Minor visual alarm

11

 

Reserved

12

MNVISC

Minor visual alarm

13

 

Reserved

14

 

Unused

15

 

Unused

16

MJAUDC

Major audible alarm

17

MJAUDA

Major audible alarm

18

 

Unused

19

 

Unused

20

 

Reserved

21

 

Reserved

22

 

Reserved

23

NWMINA

Network minor alarm

24

 

Reserved

25

NWMINC

Network minor alarm

26

 

Reserved

27

 

Reserved

28

 

Reserved

29

MNAUDA

Minor audible alarm

30

 

Reserved

31

MNAUDC

Minor audible alarm

32

 

Unused

33

 

Unused

34

 

Unused

35

MJVISC

Major visual alarm

36

MJVISA

Major visual alarm

37

 

Unused

Standard IGX Cables

Table A-52 lists the cables you can order directly from Cisco Systems. The length of the cable appears as a suffix to the model number. For example 5610-50 indicates a 50-foot cable. Cables are generally available in standard lengths of 10 ft (3 m), 25 ft (7.6 m), 50 ft (15 m), 75 ft (22.8 m) and 100 ft (30 m) Lengths of 101 ft (30 m) to 600 ft (183 m) are available through special order.

Where applicable, Table A-52 indicates the connector gender (male-female) as well as the number of pins. For example T1/M15-M15 indicates a cable terminated with a male DB-15 at both ends.


Note   Most cables listed as T1 can also be used for E1 service.


Note   Transmit direction is towards the Y trunk.

Table A-52   Standard IGX Cables

Model Description Usage

5608

T1, pigtail to RJ48

CSU to telco demarc

5614

T1/M15-M15 turnover

E1 trunk to CSU

5616

T1/M15-M15

-

5680

BNC-DB-15

E1 trunk

5685

T1/M15-M15 turnover, Y-cable

E1 trunk redundancy

5630

V.35/M34-F34

Subrate trunk or data circuit

5636E

V.35 Y-cable

Subrate trunk or data circuit redundancy

5645

EIA/TIA-422/X.21 adapter-DTE

IGX is DTE

5646

EIA/TIA-422/X.21 adapter-DCE

IGX is DCE

5644

EIA/TIA-422 Y-cable

Subrate trunk or data circuit redundancy

5695

X.21/DB-15 Y-cable

Subrate trunk or data circuit redundancy

5620

EIA/TIA-232/M25-F25

Control port to control terminal, StrataView Plus, or external window device

5621

EIA/TIA-232/M25-M25 special

Control or Aux. port to modem

5625

V.35/M15-F25

LDI8 (DCE) to data device

5626E

V.35/M15-M25

LDI8 (DTE) to data device

5629

EIA/TIA 232/M15-M15, Y-cable

LDI redundancy

Cisco Cabinet Dimensions

This section illustrates the space requirements for various system configurations in the Cisco cabinet and a typical cable management setup. It also contains a table with the height of Cisco WAN switching components in inches, centimeters, and rack-mount units (RMUs). This can help in the calculation of height requirements for individual system configurations. The last illustration shows the bracket installation in the Cisco cabinet (for a BPX 8620 node, in this case). The illustrated components are:

The sequence of illustrations in this chapter is as follows:


Figure A-5   Back View of Cisco Cabinet



Figure A-6   Cable Management



Figure A-7   IGX 8430 Switch, AC and DC-Powered



Figure A-8   IGX 8420 Switch, DC-Powered and AC-Powered



Figure A-9   IGX 8410 Switch, AC or DC-Powered



Figure A-10   Single BPX Switch, AC and DC-Powered



Figure A-11   Single BPX Node and MGX 8220 Edge Concentrator, AC and DC-Powered



Figure A-12   BPX Node, MGX 8220 Edge Concentrator, and ESP, AC and DC-Powered



Figure A-13   BPX Node With 2 ESP Systems and 3 MGX 8220 Shelves, DC-Powered



Figure A-14   Six MGX 8220 Edge Concentrators, DC-Powered



Figure A-15   BPX Node With Three MGX 8220 Edge Concentrators, DC-Powered


Components Unit Height
Inches Centimeters RMUs

MGX 8220 card cage

8.75

22.225

5

MGX 8220 AC power supply shelf

5.25

13.335

3

MGX 8220 booster fan assembly

3.5

8.89

2

MGX 8220 cooling assembly

5.25

13.335

3

MGX 8220 exhaust plenum

3.5

8.89

2

BPX AC power supply shelf

5.25

13.335

3

BPX card cage

22.75

57.785

13

IGX AC power supply shelf

5.25

13.335

3

IGX booster fan assembly

3.5

8.89

2

IGX card cage

17.5

44.45

10

IGX cooling assembly

5.25

13.335

3

IGX exhaust plenum

3.5

8.89

2

IGX node

24.5

62.23

14

VNS

5.25

13.335

3

Cabinet Unit Height
Inches CM RMUs

Cisco cabinet

71.75

1822.45

41

Other cabinets

75.25

1911.35

43


Note   The depth of the cabinet supplied by Cisco is 36 in., the width is 23 in., and the weight (empty of equipment with side panels installed) is 233 lbs.


Figure A-16   Mounting Brackets (BPX Example)


Where to Go Next

For software configuration and service provisioning information, see the Cisco IGX 8400 Series Provisioning Guide, "Introduction to the Cisco IGX 8400 Series."

For more information on switch software commands, refer to the Cisco WAN Switching Command Reference, Chapter 1, "Command Line Fundamentals ."


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Posted: Thu May 15 08:29:55 PDT 2003
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