Index

INDEX

A

AC power ratings 2-5, 2-6

AC power shelf 2-6

agency approvals

: Bellcore A-3
: EMI A-3
: ETS1 A-3
: FCC A-3
: immunity A-3
: safety A-3

air filter assembly 1-2

air intake 2-8

airflow A-1

alarm terminal block connectors 1-4

altitude, specifications A-2

ambient air intake 2-8

ambient airflow pattern 2-8

B

baud rate versus cable length 2-15

BITS connectors 1-3

blower module

: description of 1-2
: power connector 1-3

C

cable length, factors determining 2-12

cable management brackets 2-11

center of gravity, maintaining low 2-9

chassis

: enclosure, integrity of 2-12
: grounding holes 2-15
: lifting techniques 2-16

Cisco 6400

: airflow path 2-8
: application environment 1-1
: cable cover 2-10
: cabling requirements 2-12
: chassis enclosure 2-11
: electrical characteristics for 2-5
: environmental requirements for 2-2
: footprint 2-3
: front view 1-2
: heat dissipation characteristics 2-5
: installation guidelines 2-8
: internal environmental monitoring facility 2-9
: maintaining low center of gravity in rack 2-9
: major components 1-1
: physical characteristics 2-2
: plastic bezel 2-10
: power consumption characteristics 2-5
: proper lifting techniques 2-17
: properly enclosing 2-12
: rear view 1-3
: recommendations for rack-mounting 2-9
: shipping crate 2-3
: top view 2-3
: weight of individual components 2-4

Cisco 6400 chassis, properly enclosing 2-12

Cisco Connection Online (CCO) xi

Cisco Technical Assistance Center xi

command, show environment 2-17

current rating, chassis A-1

D

dimensions, chassis A-1

dispersion limit 2-14

distance limitations, general A-3

document

: audience ix
: conventions x
: objectives ix
: organization x

DS-3 coaxial connectors 1-3

E

electrical surge suppression 2-6

electromagnetic interference considerations 2-6

electromagnetic pulse (EMP), avoidance 2-6

EMI interference considerations 2-6

EMI/RFI hazards 2-6

equipment rack guidelines 2-7

equipment-rack ventilation 2-19

ESD damage prevention 2-18

ESD wrist strap

: illustrated 2-18
: use of 2-18

estimating link loss 2-14

estimating the power budget 2-13

estimating the power margin 2-14

Ethernet connections 2-12

F

Fast Ethernet connections 2-12

fiber optic power levels A-2

: A-2

fiber-optic transmission distances, maximum 2-13

fiber-optic, connection variables 2-13

floor loading considerations 2-4

H

: hardware flow control B-2
: heat dissipation A-1
: humidity, specifications A-2

I

independent power sources 2-4

interface cable

: layout 2-11
: routing 2-10
: typical cable routing 2-11

interface timing A-2

interference considerations 2-6

interference, avoidance of EMI/RFI 2-6

L

: link attenuation and dispersion limits 2-14
: link loss factors 2-14
: link loss, factors contributing to 2-14

M

: modem control B-2

N

node line card 1-2

node switch processor 1-1

NRP 1-2

: console port B-3
: hardware flow control B-4
: modem control B-4
: out-of-band network management B-4

NSP

: console port B-1
: out-of-band network management B-2

O

operating precautions 2-17

operating temperature A-2

optional AC power shelf 2-6

overtemperature conditions

: avoiding 2-19
: causes of 2-8

overtemperature conditions, avoidance of 2-19

P

path of cooling air through chassis 2-8

PEM 1-2

PEM, electrical specifications of 2-5

physical characteristics of Cisco 6400 2-2

power

: surge suppression 2-6

power budget estimation 2-13

power budget, for single-mode fiber-optic connection 2-15

power connectors 1-4

power dissipation A-1

power entry module, electrical specifications of 2-5

power entry module, see PEM 1-2

power margin, estimating 2-14

power requirements, site 2-4

power sources, independent 2-4

preventing ESD damage 2-18

R

: rack, clearance requirements 2-8
: rack, mounting considerations 2-9
: rack, placement guidelines 2-8
: rack, selection guidelines 2-7
: RFI considerations 2-6
: routing of interface cables 2-10

S

safety and operating precautions 2-16

serial connections, setting up 2-15

show environment command 2-17

single-mode power budget calculation 2-15

site power requirements 2-4

site preparation checklist 2-1

site selection guidelines 2-2

surge suppression 2-6

switch capacity A-1

system

: specifications A-1

system grounding requirements 2-15

T

T1/E1 connectors 1-3

TAC xi

temperature

: limitations 2-8

temperature specifications A-2

thermal problems 2-8

thermal problems, minimizing potential for 2-8

transmission distance, fiber-optic 2-12

transmission distances, maximum fiber-optic 2-13

transmission speed versus cable distance 2-15

V

: voltage, input A-1

W

: weight, chassis A-1

Table of Contents

INDEX