Table of Contents
INDEX
- 10BaseT Ethernet/LAN port 5-9
- ADSL
- definition 1-1
- test equipment connectors 4-3, 4-4, 4-5
- alarm
- conditions, reporting 5-9
- contact connectors
- Cisco 6100 4-4
- Cisco 6130 4-3
- fan tray 4-3
- relay contacts management 5-9
- amperage
- calculation A-5
- fan tray A-5
- LCC A-5
- MC A-5
- API design, assumptions D-5
- asymmetric digital subscriber line
- See ADSL
- ATM
- address space
- considerations D-1
- supported ranges D-2
- supported types D-2
- addressing guidelines D-1
- backbone 2-11
- UNI specification
- restrictions D-1
- version 3.1 D-1
- ATM Forum
- UNI Version 3.1 specification D-1
- ATU-C module
- CAP
- See CAP ATU-C module
- description 5-2
- DMT-2
- See DMT-2 ATU-C module
- maximum allowed 5-2
- overview 5-2
- types 5-2
- backplane
- Cisco 6100, definition 4-3
- Cisco 6130, definition 4-1
- fan tray 4-7
- LCC
- connectors 4-5
- illustration 4-5
- MC
- Cisco 6100, connectors 4-4
- Cisco 6100, illustration 4-3
- Cisco 6130, connectors 4-2
- Cisco 6130, illustration 4-2
- PSC
- connectors 4-6
- illustration 4-6
- baud rate settings 4-6
- Bellcore standards 1-6
- block diagram
- CAP ATU-C module B-2
- Cisco 6100 Series system B-1
- DMT-2 ATU-C module B-3
- DS3 NI module B-6
- LIM B-8
- LIM controller module B-9
- OC-3c NI module B-5
- SC module B-7
- STU-C module B-4
- cable
- building MC cable
- port mapping C-34
- five-to-six cable
- overview 3-15
- port mapping C-18
- one-to-one cable
- overview 3-4, 3-8, 3-17, 3-19
- port mapping C-2, C-23, C-29
- three-to-three cable
- overview 3-13
- port mapping C-14
- tie wraps
- See tie wraps
- two-to-one cable
- overview 3-6
- port mapping C-4
- two-to-three cable
- overview 3-12
- port mapping C-11
- two-to-two cable
- overview 3-9, 3-20
- port mapping C-8, C-26
- cabling
- Digital Off-Hook 3-17
- Direct Connect with PSC 3-3
- Direct Connect without PSC 3-11
- MC to MDF 3-12, 3-13, 3-15
- MC to PSC 3-4
- NEBS compliance 3-3
- overview 3-2
- PSC to MDF 3-8, 3-18
- Siecor POTS splitter 3-25
- subtending 3-23, 3-24
- CAP ATU-C module
- block diagram B-2
- illustration 5-3
- LED indicators 5-3
- slots 1-6
- CAP POTS module 1-12, 5-15
- caution
- definition xv
- module mixing 1-7, 1-8
- Champ connector
- LCC 4-5
- MC 4-2, 4-4
- NEBS compliance 3-3
- PSC 4-6
- Cisco 605 D-4
- Cisco 6100
- alarm contact connector 4-4
- backplane
- connectors 4-4
- definition 4-3
- illustration 4-3
- chassis ground connector 4-4
- configuration compatibility 1-8
- definition 1-3
- DS3 system I/O card, connector 4-4
- ground jumper connector 4-4
- logic ground connector 4-4
- modules, configuration compatibility 5-1
- power connector 4-4
- release compatibility 1-2
- secondary lightning protection warning 1-3
- Cisco 6100 Series system
- ATM addressing guidelines D-1
- block diagrams B-1
- cable overview 3-2
- certifications 1-6
- chassis overview 1-3
- configuration planning A-1
- connectors 4-1
- definition 1-1
- features 1-4
- front door 1-9
- functional block diagram B-1
- future expansion 3-1
- loss of power 1-13
- main components, illustration 1-4
- mixing modules 2-5, 2-7, 5-15
- module descriptions 5-1
- number of subscribers D-4
- planning A-1
- power requirements 1-5, A-5
- rack space A-3
- rack space requirements A-2
- rear door 1-9
- specifications
- hardware 1-5
- software 1-6
- standards 1-6
- subscriber capacity 5-2, 5-5
- subtending 2-11
- updating concentration ratio 5-2
- VCC connection capacity D-2
- VPC connection capacity D-2
- Cisco 6130
- alarm contact connector 4-3
- backplane
- connectors 4-2
- definition 4-1
- illustration 4-2
- configuration compatibility 1-8
- definition 1-3
- DS3 system I/O card, connector 4-3
- fan tray requirement 1-10
- identification 4-2
- modules, configuration compatibility 5-1
- power connector 4-3
- release compatibility 1-2
- Cisco 675 D-4
- Cisco Connection Online xvi
- Cisco technical support xvi
- CLI
- commands 4-6
- serial interface 4-6
- command line interface
- See CLI
- concentration ratio, updating 5-2
- configuration compatibility, modules 5-1
- connectors
- ADSL test equipment 4-3, 4-4, 4-5
- alarm contact
- Cisco 6100 4-4
- Cisco 6130 4-3
- backplane
- Cisco 6100 4-4
- Cisco 6130 4-2
- LCC 4-5
- PSC 4-6
- Champ
- LCC 4-5
- MC 4-2, 4-4
- NEBS compliance 3-3
- PSC 4-6
- chassis ground
- Cisco 6100 4-4
- LCC 4-5
- Cisco 6100 Series system 4-1
- Digital Off-Hook 4-5
- DIN 4-2, 4-4
- Direct Connect with PSC 4-1
- Direct Connect without PSC 4-1
- DS3 subtending card 4-2, 4-4
- DS3 system I/O card
- Cisco 6100 4-4
- Cisco 6130 4-3
- D-sub
- LCC 4-5
- PSC 4-6
- ground jumper
- Cisco 6100 4-4
- LCC 4-5
- hard metric module 4-3, 4-4
- LCC 4-5
- logic ground
- Cisco 6100 4-4
- LCC 4-5
- MC 4-1
- NEBS compliance 3-3
- power
- Cisco 6100 4-4
- Cisco 6130 4-3
- LCC 4-5
- PSC 4-6
- SC module, EIA/TIA-232 4-6
- SCSI
- LCC 4-5
- SCSI2
- LCC 4-5
- MC 4-2, 4-4
- terminal block 4-3, 4-4
- contacting Cisco xvi
- cooling requirements 4-7
- craft interface
- See EIA/TIA-232
- customer premises equipment
- overview 1-2
- data bit settings 4-6
- Digital Off-Hook configuration
- cable part numbers 3-17, 3-19, 3-20
- cables 3-17
- cabling configuration 3-9, 3-18, 3-19, 3-20, 3-21, 3-22
- chassis slot configuration 2-9
- Cisco 6100 2-9
- components 2-8
- connectors 4-5
- definition 2-1
- illustration 2-9
- LCC slot configuration 2-10
- maximum subscription 2-8
- MC slot configuration 2-9
- modules 5-1
- one-to-one cable 3-17, 3-19
- PSC slot configuration 2-10
- rack space A-3
- sample configuration 2-10
- subscribers 1-1, 1-8
- subtending 2-12
- two-to-two cable 3-20
- with PSC
- port mapping tables C-23
- DIN connectors 4-2, 4-4
- DIP switch
- location
- LCC 4-5
- MC 4-4
- Direct Connect configuration
- subscribers 1-1, 1-8
- subtending 2-12
- 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 2-4, 2-5, 2-9
- Cisco 6130 2-3
- components 2-2
- connectors 4-1
- definition 2-1
- illustration 2-3, 2-4, 2-5
- MC slot configuration 2-6
- modules, types 4-1, 5-1
- multiple chassis 2-3, 2-5
- one-to-one cable 3-4, 3-8
- port mapping tables C-1
- PSC slot configuration 2-6
- 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 2-6, 2-7
- connectors 4-1
- definition 2-1
- five-to-six cable 3-15
- illustration 2-7
- MC slot configuration 2-7
- modules, types 4-1, 5-1
- multiple chassis 2-7
- port mapping tables C-11
- rack space A-3
- three-to-three cable 3-13
- two-to-three cable 3-12
- DMT POTS module 1-12, 5-15
- DMT-2 ATU-C module 5-2
- block diagram B-3
- illustration 5-4
- LED indicators 5-4
- slots 1-6
- DOH configuration
- See Digital Off-Hook configuration
- DS3 75-ohm coaxial cable 3-24
- DS3 NI module
- block diagram B-6
- illustration 5-8
- LED indicators 5-7, 5-8
- overview 5-6
- DS3 STM
- description 2-11
- LED indicators 5-11
- overview 5-11
- slots 1-6
- DS3 subtend host module
- See DS3 STM
- DS3 subtending card
- cabling 3-24
- connector on MC 4-2, 4-4
- DS3 system I/O card, connectors
- cabling 3-24
- Cisco 6100 4-4
- Cisco 6130 4-3
- DSL access multiplexer
- See DSLAM, definition
- DSL product family 1-1
- DSLAM, definition 1-1
- D-sub connectors
- LCC 4-5
- PSC 4-6
- EIA/TIA-232
- connection, definition 4-6
- craft port 5-9
- laptop support 4-6
- management interface 1-6
- VT-100 terminal support 4-6
- electrical problems, prevention 5-12
- fan tray
- alarm contacts 4-3
- amperage A-5
- backplane illustration 4-7
- configuration options 2-2, 2-6
- Direct Connect with PSC configuration 2-3
- Direct Connect without PSC configuration 2-7
- illustration 1-10
- installation 1-10
- LED 1-10
- power requirements A-5
- preventive maintenance 1-10
- rack space A-2
- ferrite 3-24
- filler faceplates
- LCC, Digital Off-Hook configuration 2-10
- MC
- Digital Off-Hook configuration 2-9
- Direct Connect with PSC configuration 2-6
- Direct Connect without PSC configuration 2-7
- PSC
- Digital Off-Hook configuration 2-10
- Direct Connect with PSC configuration 2-6
- UL 1950, 3rd edition, safety requirements 1-3
- Flash memory 5-9
- forced convection, watts A-8
- front door 1-9
- fuse
- calculation A-5
- requirements A-5
- hard metric module connectors 4-3, 4-4
- high frequency noise 3-24
- in-band management channel 5-9
- intraoffice protection 5-12
- laptop, EIA/TIA-232 support 4-6
- LCC
- amperage A-5
- backplane
- connectors 4-5
- illustration 4-5
- chassis ground connector 4-5
- configuration options 2-8
- connectors 4-5
- description 1-11
- Digital Off-Hook configuration 2-9
- DIP switch 4-5
- ground jumper connector 4-5
- illustration 1-4, 1-11
- logic ground connector 4-5
- maximum additional LCCs supported 1-11
- module slots, identification 1-11
- physical pools, location 1-11
- power connector 4-5
- power requirements A-5
- rack space A-2
- slot assignment illustration 1-11
- LED indicators
- CAP ATU-C module 5-3
- DMT-2 ATU-C module 5-4
- DS3 NI module 5-8
- DS3 STM 5-11
- LIM 5-13
- LIM controller module 5-14
- OC-3c NI module 5-7
- SC module 5-10
- STU-C module 5-5
- LIM
- block diagram B-8
- description 5-12
- illustration 5-13
- LED indicators 5-13
- overview 5-12
- LIM controller module
- block diagram B-9
- description 5-14
- functions 5-14
- illustration 5-14
- LED indicators 5-14, 5-15
- overview 5-14
- line concentration chassis
- See LCC
- line interface module
- See LIM
- manual contents, description xiii
- MC
- amperage A-5
- Cisco 6100
- alarm contact connector 4-4
- backplane 4-3
- backplane, connectors 4-4
- backplane, illustration 4-3
- chassis ground connector 4-4
- configuration compatibility 1-8
- definition 1-3
- Digital Off-Hook configuration 2-9
- Direct Connect with PSC configuration 2-4, 2-5
- DS3 system I/O card, connector 4-4
- ground jumper connector 4-4
- logic ground connector 4-4
- power connector 4-4
- release compatibility 1-2
- secondary lightning protection warning 1-3
- Cisco 6130
- alarm contact connector 4-3
- backplane 4-1
- backplane, connectors 4-2
- backplane, illustration 4-2
- configuration compatibility 1-8
- definition 1-3
- Direct Connect with PSC configuration 2-3
- Direct Connect without PSC configuration 2-7
- DS3 system I/O card connector 4-3
- fan tray requirement 1-10
- identification 4-2
- power connector 4-3
- release compatibility 1-2
- configuration compatibility 1-8
- configuration options 2-2, 2-6, 2-8
- connectors 4-1
- description 1-6
- Digital Off-Hook configuration 2-9
- DIP switch 4-4
- fan tray 1-10
- front door 1-9
- host, subtending 2-11
- identification 1-8
- illustration 1-7
- mixing modules 1-7
- module slots, identification 1-7
- physical pools, location 1-7
- power requirements A-5
- rack space A-2
- rear door 1-9
- release compatibility 1-2
- secondary slots 1-7
- slot assignment illustration 1-7
- subtended node illustration 2-12
- subtending host illustration 2-12
- universal slots 1-6
- MIB definitions 1-2, 1-13
- modem pools 5-12
- module
- configuration compatibility 5-1
- LED indicators
- CAP ATU-C module 5-3
- DMT-2 ATU-C module 5-4
- DS3 NI module 5-7
- DS3 STM 5-11
- LIM 5-13
- LIM controller module 5-14
- OC-3c NI module 5-7
- SC module 5-10
- STU-C module 5-5
- mixing 2-5, 2-7, 5-15
- mixing caution 1-7, 1-8
- power requirements A-5
- multiplexer chassis
- See MC
- natural convection, watts A-8
- NEBS compliance
- cabling 3-3
- fan tray 1-10, 2-2, 2-6
- front door on MC 1-4
- MC front door 1-9
- secondary lightning protection 1-3
- secondary protection 1-3
- network interface module
- See NI module
- NI module
- description 5-6
- DS3
- See DS3 NI module
- OC-3c
- See OC-3c NI module
- OC-3c MMF
- See OC-3c NI module, multi-mode fiber
- OC-3c SMF
- See OC-3c NI module, single mode fiber
- slots 1-6
- types 5-6
- note, definition xv
- OC-3c NI module
- block diagram B-5
- illustration 5-7
- LED indicators 5-7
- multi-mode fiber 5-6
- single mode fiber 5-6
- oversubscription 5-12
- parity settings 4-6
- permanent virtual circuit
- See PVC
- physical pools, location
- LCC 1-11
- MC 1-7
- PSC 1-12
- port mapping tables
- building MC C-34
- five-to-six cable C-18
- one-to-one cable C-2, C-23, C-29
- three-to-three cable C-14
- two-to-one cable C-4
- two-to-three cable C-11
- two-to-two cable C-8, C-26
- POTS
- frequencies, routing 1-13
- module
- CAP. See CAP POTS module
- description 5-15
- DMT. See DMT POTS module
- faceplate 5-15
- illustration 5-15
- types 1-12, 5-15
- splitter chassis
- See PSC
- splitters, definition 1-3
- power
- connectors 4-3, 4-4, 4-5
- loss 5-9
- planning A-5
- requirements A-5
- provisioning
- automated D-4
- information, storage 5-9
- PSC
- backplane
- connectors 4-6
- illustration 4-6
- configuration options 2-2, 2-8
- connectors 4-6
- description 1-12
- Digital Off-Hook configuration 2-9
- Direct Connect with PSC configuration 2-3, 2-4, 2-5
- illustration 1-4, 1-12
- module slots, identification 1-12
- overview 1-12
- physical pools, location 1-12
- rack space A-2
- secondary lightning protection warning 1-3
- PVC
- per subscriber D-4
- switching D-4
- rack space
- calculation A-3
- maximum A-3
- planning A-3
- requirements A-2
- radiation reduction 3-24
- rear door 1-9
- SC module
- block diagram B-7
- connectors, EIA/TIA-232 4-6
- description 5-9
- functions 5-9
- illustration 5-10
- LED indicators 5-10
- overview 5-9
- ports 5-9
- slots 1-6
- software 5-9
- software, updating 5-9
- statistics management 5-9
- SCSI connectors
- LCC 4-5
- SCSI2 connectors
- LCC 4-5
- MC 4-2, 4-4
- SDSL, definition 1-1
- secondary protection 5-12
- serial interface 4-6
- serial management bus 4-5
- settings
- baud rate 4-6
- data bit 4-6
- parity 4-6
- stop bit 4-6
- Siecor POTS splitter
- cable part numbers 3-25
- cables 3-25, 5-1
- Cisco 6100 Series modules 5-1
- compatibility 1-8, 5-1
- installation procedures 2-2, 3-25
- port mapping tables C-29
- SNMP
- See ViewRunner management software
- software architecture, support 1-6
- specifications
- Cisco 6100 Series system 1-5
- hardware 1-5
- software 1-6
- STM
- illustration 5-11
- LED indicators 5-11
- See DS3 STM
- stop bit settings 4-6
- STU-C module
- block diagram B-4
- description 5-5
- illustration 5-5
- LED indicators 5-5
- maximum allowed 5-5
- overview 5-5
- subscriber lines, maximum number per LCC 1-11
- subscribers
- determine demand D-4
- number of connections D-4
- subtend host module
- See DS3 STM
- subtended, definition 2-11
- subtending
- ATM backbone 2-11
- cables 3-22, 3-24
- cabling configuration 3-23, 3-24
- chassis slot configuration 2-12
- definition 2-11
- DS3 NI location 2-12
- DS3 STM location 2-12
- MC slot configuration
- Digital Off-Hook 2-12
- Direct Connect with PSC 2-12
- Direct Connect without PSC 2-12
- rack space A-3
- sample configuration 2-11
- support
- online xvi
- software architecture 1-6
- technical xvii
- SVC
- connection mode D-4
- switching D-4
- switched virtual circuits
- See SVC
- symmetric digital subscriber line
- See SDSL, definition
- system controller module
- See SC module
- system I/O card
- See DS3 system I/O card
- TAC xvii
- Technical Assistance Center xvii
- terminal block connectors 4-3, 4-4
- TFTP protocol 5-9
- tie wraps
- illustration 3-3
- NEBS compliance 3-3
- rear door mounting bracket 1-9
- timesaver, definition xv
- tip, definition xv
- UL
- 1950
- 3rd edition, certification 1-6
- 3rd edition, safety requirements 1-3
- upgrades, obtaining xvii
- VCC
- connection capacity D-2
- reservation D-4
- VCI
- maximum D-1
- reserved D-1
- ViewRunner for HP OpenView
- See ViewRunner management software
- ViewRunner for Windows
- See ViewRunner management software
- ViewRunner management software
- CLI commands 4-6
- compatibility with Cisco 6100 Series system 1-2
- definition 1-2
- types 1-13
- virtual channel connection
- See VCC
- virtual channel identifiers
- See VCI
- virtual path connection
- See VPC
- virtual path identifier
- See VPI
- virtual paths
- See VP
- voice switching equipment, co-locating 1-12
- VP
- maximum D-1
- VPC
- connection capacity D-2
- VPI
- capacity D-2
- VT-100 terminal, EIA/TIA-232 support 4-6
- warning
- definition xv
- secondary lightning protection 1-3
- watts
- acceptable levels A-6
- calculation A-5
- maximum
- forced convection A-8
- natural convection A-8
- xDSL frequencies, routing 1-13
- Y2K compliance 1-6







Posted: Tue Nov 16 13:53:01 PST 1999
Copyright 1989-1999©Cisco Systems Inc.