Table of Contents

Numerics
A
B
C
D
E
F
G
H
I
J
L
M
N
O
P
R
S
T
U
V
W

INDEX

Numerics

10BaseT connector     4-22, 4-38, 5-20, 5-34, 6-23

155 MBd ATM transceiver     4-33, 5-29, 6-17

A

adding a module     2-1

advanced digital subscriber line. See DSL.

alarm interface connections     4-19, 5-17

alarm panel     B-2

connecting to MC     4-13, 5-11

wiring     2-3

alarms

contacts     B-3

illustration     B-3

amperage

calculation     2-3, A-5

fan tray     A-5

LCC     A-5

MC     A-5

ATM

interface     4-31, 5-27, 6-16

switch     4-32, 5-28, 6-16

transceiver     4-33, 5-29, 6-17

ATM switch     4-35, 5-31, 6-20

ATM/SONET/SDH transceivers     4-33, 5-29, 6-17

ATU-C module

reseating     4-29, 5-25, 6-13

autodiscovery feature     4-28, 4-29, 5-25, 6-12, 6-13

B

Belden cable     4-37, 5-33, 6-22

BNC shield     4-23, 4-34, 5-21, 5-30, 6-19

breakers     4-27, 5-24, 6-11

C

cable

building MC cable

port mapping     B-31

Ethernet     4-38, 5-34, 6-23

five-to-six cable

overview     3-15

port mapping     B-21

one-to-one cable

overview     3-4, 3-8

port mapping     B-5, B-26

optical     4-33, 5-29, 6-17

three-to-three cable

overview     3-13

port mapping     B-17

tie wraps

See tie wraps

two-to-one cable

overview     3-6

port mapping     B-7

two-to-three cable

overview     3-12

port mapping     B-14

two-to-two cable

overview     3-9

port mapping     B-11

cabling

Direct Connect with PSC     3-3, 4-6

Direct Connect without PSC     3-11, 5-3

MC to MDF     3-12, 3-13, 3-15

MC to PSC     3-4

NEBS compliance     3-3

overview     3-2

PSC     B-1

PSC to MDF     3-8

Siecor POTS splitter     3-19

subtending     3-17, 3-18

CAP ATU-C module

jumper blocks     4-25, 5-22

caution

definition     xv

C-bit parity     4-36, 5-32, 6-21

cell mapping     4-36, 5-32, 6-21

cell payload scrambling     4-36, 5-32, 6-21

CHAMP cables     5-6

Champ connector

NEBS compliance     3-3

CHAMP connectors     B-2

checklist for installation     4-7, 5-4

Cisco 6100

altitude     2-4

backplane     4-27

humidity range     2-4

rack space     2-3

site selection     2-2

space requirements     2-2, 4-8, 5-4

temperature range     2-4

voltage settings     2-3

Cisco 6100 Series system

cable overview     3-2

configuration planning     A-1

front door     4-6, 5-3

future expansion     3-1

mixing modules     4-2, 5-2

planning     A-1

power requirements     A-5

rack space     A-3

rack space requirements     A-2

rear door     4-6, 5-3

Cisco 6130     5-7

Cisco Connection Online     xvi

Cisco Technical Assistance Center (TAC)     1-2

Cisco technical support     xvi

coaxial cable     4-22, 5-20

configuration checklist     4-6

connecting power     2-3

connections

data     4-10

line     4-10

power     2-3

testing     4-42, 6-27

voice     4-10

connectors

Champ

NEBS compliance     3-3

location     2-4

NEBS compliance     3-3

P9 and P3     4-22, 5-20

transmit and receive     4-32, 5-28, 6-17

contacting Cisco     xvi, 1-2

coset function     4-36, 5-32, 6-21

D

damage from shipping     1-2

data connections     4-10

daughter boards     4-30, 5-26, 6-14

Digital Off-Hook configuration

cabling configuration     3-9

rack space     A-3

digital subscriber line access multiplexer. See DSLAM.

digital subscriber line. See DSL.

DIP switches     4-27

Direct Connect configuration

alarm interface     4-19

cabling     6-4

checklist     4-7

filler faceplates     4-31, 5-27, 6-15

multiplexer chassis     5-6

multiplexer to MDF     5-6

multiplexer to PSC     4-10

NI to network     4-31, 6-16

power input     4-12

powerup     4-27, 5-24, 6-11

PSC to main distribution frame     4-24

rear panel connections     4-29, 6-13

slot assignment     6-3

subtended node     6-3

subtending     6-3

verification     4-42, 5-38, 6-27

ViewRunner software connections     4-38, 5-34, 6-23

with PSC

cable part numbers     3-4, 3-6, 3-8, 3-9

cables     3-3

cabling configuration     3-5, 3-7, 3-9, 3-11

Cisco 6100     4-4, 4-5

Cisco 6130     4-3

illustration     4-3, 4-4, 4-5

multiple chassis     4-3, 4-5, 4-9, 5-5

one-to-one cable     3-4, 3-8

port mapping tables     B-5

rack space     A-3

two-to-one cable     3-6

two-to-two cable     3-9

without PSC

cable part numbers     3-12, 3-13, 3-15

cables     3-11

cabling configuration     3-13, 3-15, 3-16

components     5-2

five-to-six cable     3-15

illustration     5-2

multiple chassis     5-2

port mapping tables     B-14

rack space     A-3

three-to-three cable     3-13

two-to-three cable     3-12

DS3

ATM interface     4-31, 5-27, 6-16

reseating     6-13

subtending card     4-22, 5-20

DS3 75-ohm coaxial cable     3-18

DS3 subtending card

cabling     3-18

DS3 system I/O card, connectors

cabling     3-18

DSLAM     1-1

dual-power feed     4-14, 4-15, 4-18, 5-12, 5-13, 5-16

E

EIA-310-C requirements     2-4

electro-optical characteristics     4-33, 5-29, 6-17

e-mailing Cisco     1-2

environment

operating specifications     2-4

Ethernet cable     4-38, 5-34, 6-23

expanding hardware     4-8, 5-5

external clock     4-22, 5-20

F

fan tray

amperage     A-5

configuration options     2-2, 4-1, 5-1

Direct Connect with PSC configuration     4-3

Direct Connect without PSC configuration     5-2

grounding     4-12, 5-9

power requirements     A-5

rack space     A-2

space requirements     4-8, 5-4

ferrite     3-18

ferrite bead installation     1-2, 4-13, 4-35, 5-11, 5-31, 6-20

fiber     4-31, 5-27, 6-16

filler faceplates     4-31, 5-27, 6-15

flat-blade screwdriver     2-1

forced convection, watts     A-8

front door     4-6, 5-3

fuse

calculation     A-5

requirements     A-5

fuse panel     B-2

connecting to MC     4-13, 5-11

wiring     2-3

G

grounding

power source     2-3

H

hardware

components     1-1

safety considerations     1-2

header errors     4-36, 5-32, 6-21

HEC calculations     4-36, 5-32, 6-21

high frequency noise     3-18

high-speed OC-3c     4-31, 5-27, 6-16

hot-swapping     2-1

HP Cerjac     4-37, 5-33, 6-22

humidity range     2-4

I

I/O card     4-7, 4-22, 4-34, 4-35, 5-4, 5-20, 5-30, 5-31, 6-19, 6-20

installation

air and heat deflectors     2-4

checklist     4-6, 5-3

direct connect configuration     4-6, 5-3

ferrite beads     4-13, 4-35, 5-11, 5-31, 6-20

filler faceplates     4-7

fuses     4-12, 5-10

module     2-1

operating requirements     2-4

power requirements     2-3

relay rack     2-2, 4-8, 5-4

site selection     2-2

space access     1-2

space requirements     2-2, 4-8, 5-4

tools     2-1

internal power supply rating     2-3

J

jumper blocks     4-25, 5-22

L

LAN     4-38, 5-34, 6-23

LCC

amperage     A-5

power requirements     A-5

rack space     A-2

LEDs     4-30, 5-26, 6-14

line connections     4-10

Lucent cable     4-37, 5-33, 6-22

M

management software     1-2

manual contents, description     xiii

maximum operating value     2-3

MC

amperage     A-5

CHAMP connectors     B-1

Cisco 6100

Direct Connect with PSC configuration     4-4, 4-5

Cisco 6130

Direct Connect with PSC configuration     4-3

Direct Connect without PSC configuration     5-2

configuration options     5-1

front door     4-6, 5-3

pass-through cables     2-4

power input connections     5-10

power requirements     A-5

rack space     A-2

rear door     4-6, 5-3

rear panel     4-21, 5-18

space requirements     2-2, 4-1, 4-8, 5-4

to main distribution frame     5-6

minimum operating value     2-3

module

mixing     4-2, 5-2

power requirements     A-5

multi-mode fiber     4-31, 5-27, 6-16

N

natural convection, watts     A-8

NC connector     4-22, 5-21

NEBS compliance     4-31, 4-37, 5-27, 5-33, 6-15, 6-22

cabling     3-3

fan tray     2-2, 4-1, 5-1

MC front door     4-6, 5-3

network connections

NI     4-31, 5-27, 6-16

OC-3c     4-32, 4-33, 5-28, 5-29, 6-16, 6-17

network interface (NI) module. See NI.

NI

cabling     2-3, 4-8, 5-5

module connections     2-4

network connections     4-31, 4-32, 5-28, 6-16

OC-3c connections     2-3, 4-8, 5-5

reseating     4-29, 6-13

self-test     4-30, 5-26, 6-14

to the network     5-27

Nortel NT-T100 series     4-24

note, definition     xv

NT-T100 series     4-24

O

OC-3c

cabling     2-3, 4-8, 5-5

network interface (NI) module     2-3, 4-8, 5-5

NI module connections     2-4

optical ATM interface     4-31, 5-27, 6-16

operating voltage     2-3

optical ATM interface     4-31, 5-27, 6-16

optical fiber     4-32, 5-28, 6-17

P

pass-through cables     2-4

payload scrambling     4-36, 5-32, 6-21

PC connections     4-38, 6-23

Phillips-head screwdriver     2-1

PLCP cell mapping     4-36, 5-32, 6-21

port mapping tables

building MC     B-31

five-to-six cable     B-21

one-to-one cable     B-5, B-26

three-to-three cable     B-17

two-to-one cable     B-7

two-to-three cable     B-14

two-to-two cable     B-11

POTS splitter chassis. See PSC.

power

connections     4-28, 4-29, 5-25, 6-12, 6-13

distribution frame     2-3

grounding source     2-3

input connections     4-12, 5-10

output     4-33, 5-29, 6-17

planning     A-5

requirements     2-3, A-5

source     2-3

supply rating     2-3

terminal block illustration     B-2

powerup     4-27, 5-24, 6-11

PSC

connecting to MDF     4-24

connection to MDF     4-24

connector pin locations     B-2

connectors     B-1

Direct Connect with PSC configuration     4-3, 4-4, 4-5

grounding     4-12

heat considerations     2-4

locating on rack     2-4

rack space     A-2

reseating     4-29, 6-13

space requirements     2-2, 4-1

ventilation     2-4

R

rack space     2-3

calculation     A-3

maximum     A-3

planning     A-3

requirements     A-2

radiation reduction     3-18

rear door     4-6, 5-3

rear panel     2-4

access     2-4

rear panel connections     5-25

receive connector     4-22, 4-32, 5-21, 5-28, 6-17

receive jumper (P2)     4-23, 4-34, 5-21, 5-30, 6-19

removing a module     2-1

reseating modules     4-29, 5-25, 6-13

S

safety     1-1, 1-3

scrambling     4-36, 5-32, 6-21

self-test     4-30, 5-26, 6-14

shipping damage     1-1

Siecor     4-33, 5-29, 6-17

Siecor POTS Splitter

installation procedures     4-1

Siecor POTS splitter

cable part numbers     3-19

cables     3-19

installation procedures     3-19

port mapping tables     B-26

single-mode fiber     4-31, 5-27, 6-16

site selection     2-2

STU-C module

reseating     5-25

subscriber line connectors     4-24

subtended network installation     4-27, 5-23

subtending

cables     3-17, 3-18

cabling configuration     3-17, 3-18

card connections     4-7, 5-4, 6-4

DS3 NI location     6-3

DS3 STM location     6-3

rack space     A-3

support

online     xvi

technical     xvii

system I/O card

See DS3 system I/O card

T

TAC     xvii

Technical Assistance Center     xvii

technical support     1-2

temperature range     2-4

thick coaxial cable     4-37, 5-33, 6-22

tie wraps

illustration     3-3

NEBS compliance     3-3

timesaver, definition     xv

tip, definition     xv

transceivers     4-33, 5-29, 6-17

transmit connector     4-22, 4-32, 5-21, 5-28, 6-17

transmit jumper (P1)     4-23, 4-34, 5-21, 5-30, 6-19

U

UNIX system     4-22, 4-38, 5-20, 5-34, 6-23

upgrades, obtaining     xvii

V

verifying

jumper blocks     4-25, 5-22

shipment     1-2

ViewRunner software

connecting PC     4-38, 5-34, 6-23

voice connections     4-10

voltage settings     2-3

W

warning

definition     xv

warranty     1-2

watts

acceptable levels     A-6

calculation     2-3, A-5

maximum

forced convection     A-8

natural convection     A-8

wavelength     4-33, 5-29, 6-17

Windows     4-38, 5-34, 6-23

wiring     2-4

fuse and alarm panel     2-3

power returns     4-27, 5-24

space requirements     4-8, 5-5

Posted: Tue Nov 16 15:06:20 PST 1999
Copyright 1989-1999©Cisco Systems Inc.