Axxius 800 User Manual
Table Of Contents
- Axxius 800 User Manual
- Preface
- Table of Contents
- 1 - Base Platform
- 2 - Physical Installation
- 3 - Electrical Installation and Cabling
- 4 - Configuration
- 5 - CLI Commands
- Command Line Interface Help
- CLI Commands
- aco (Alarm Cut Off)
- add
- add (ds1) ais
- add (router) dhcp server option
- add (router) dns proxy
- add (router) remote
- add (router) snmp community
- add (router) snmp trap
- add (router) static dns host
- add (router) uploaduser
- add (router-lan) filter
- add (router-lan) secondary ip address
- add (router-lan) static
- add (router-wan) firewall
- add (router-wan) gre network
- add (router-wan) nat bypass
- add (router-wan) static
- add user
- alarms
- clear
- connect
- delete
- delete (ds1) ais
- delete (router) dhcp server option
- delete (router) dns proxy
- delete (router) remote
- delete (router) snmp community
- delete (router) snmp trap
- delete (router) static dns host
- delete (router) uploaduser
- delete (router-lan) filter
- delete (router-lan) secondary ip address
- delete (router-lan) static
- delete (router-wan) firewall
- delete (router-wan) gre network
- delete (router-wan) nat bypass
- delete (router-wan) static
- delete user
- disconnect
- exit
- install
- load
- log
- ping
- rename (router)
- reset
- restore
- rtrping
- set
- set alarms
- set autoexit
- set (bri)
- set (bri) mode
- set (bri) pmsync
- set cclabel
- set clock
- set clock (1 and 2)
- set date
- set (ds0)
- set (ds1)
- set (ds1 card)
- set (ds3)
- set ethernet ip address
- set external alarm
- set (fxo)
- set (fxsPS or fxsPSM)
- set id
- set idle
- set ip gateway
- set ipds0
- set key
- set login auth
- set login support
- set lsbackup
- set lsprotect enable/disable
- set lsprotect manual
- set lsprotect nonrevertive
- set lsprotect remove
- set lsprotect revertive
- set (ocudp) baud
- set (ocudp) loopback
- set (ocudp) loopdetect
- set (ocudp) mvec
- set (ocudp) secondary
- set (ocudp) selftest
- set (ocudp) up/down
- set (router) autologout
- set (router) default
- set (router) dhcp
- set (router) dns
- set (router) enhanced security
- set (router) lmi
- set (router) lmi poll
- set (router) login auth
- set (router) login prompt
- set (router) ntp
- set (router) password
- set (router) port
- set (router) ppp auth
- set (router) ppp security
- set (router) proxy
- set (router) reboot
- set (router) rip
- set (router) snmp
- set (router) stp
- set (router) syslog
- set (router-lan) filter forward
- set (router-lan) framing
- set (router-lan) gateway
- set (router-lan) ip address
- set (router-lan) ipx network
- set (router-lan) phy
- set (router-lan) rip
- set (router-lan) stp
- set (router-lan) up/down
- set (router-trunk) encapsulation
- set (router-trunk) multilink group
- set (router-trunk) speed
- set (router-trunk) up/down
- set (router-wan) dlci
- set (router-wan) gre
- set (router-wan) ip
- set (router-wan) ip address
- set (router-wan) ipx
- set (router-wan) nat
- set (router-wan) other
- set (router-wan) ppp
- set (router-wan) rip
- set (router-wan) stp
- set (router-wan) trunk
- set (router-wan) up/down
- set screen
- set snmp
- set time
- set user
- set (v35)
- set (v54)
- set verification
- show
- show (adpcm)
- show autoexit
- show (bri)
- show cclabels
- show clock
- show connect
- show connect adpcm
- show date
- show (ds0)
- show (ds1)
- show (ds3)
- show ethernet
- show external alarms
- show (fxo)
- show (fxsPS or fxsPSM)
- show id
- show image
- show impedance
- show ip
- show ipds0
- show login
- show lsprotect
- show ntp
- show (ocudp)
- show radius
- show (router)
- show (router) dhcp
- show (router) dns
- show (router) dns proxy
- show (router) lmi
- show (router) login
- show (router) ntp
- show (router) port
- show (router) ppp
- show (router) rip
- show (router) snmp
- show (router) stp
- show (router) syslog
- show (router) uploaduser
- show (router-lan)
- show (router-lan) filter
- show (router-lan) static
- show (router-lan) stp
- show (router-wan)
- show (router-wan) firewall
- show (router-wan) nat bypass
- show (router-wan) ppp
- show (router-wan) static ip address
- show (router-wan) static ip network
- show (router-wan) static ipx network
- show (router-wan) static mac address
- show (router-wan) static nat address
- show (router-wan) stp
- show (router-wan) trunk
- show screen
- show snmp
- show syslog
- show time
- show users
- show (v35)
- show (v54)
- status
- status (adpcm)
- status (adpcm) performance
- status (adpcm) performance history
- status (bri)
- status (bri) performance
- status (bri) performance history
- status clock
- status (ds0)
- status (ds1)
- status (ds1) performance
- status (ds1) performance history
- status (ds3)
- status (ds3) performance
- status (ds3) performance history
- status equipment
- status (fxo)
- status (fxsPS or fxsPSM)
- status ipds0
- status lsprotect
- status (ocudp)
- status (ocudp) performance
- status (ocudp) performance history
- status (router)
- status (router-lan)
- status (router-trunk)
- status sessions
- status (v54)
- store
- switch
- telnet
- trace route
- 6 - DS1 Controller Card
- 7 - DS3 Controller Card
- 8 - FXO Voice Card
- 9 - ISDN BRI Card
- 10 - OCU-DP Card
- 11 - Single Channel POTS Cards
- 12 - Power Supply
- 13 - Quad DS1 ADPCM Card
- 14 - Quad T1 & Quad DS1/E1 Card
- 15 - Terminal Server Router Card
- 16 - V.35/.54 Card
- 17 - Low Speed Protection Card
- 18 - Maintenance
- A - Regulatory Approvals
- B - SNMP Interface
- C - Loopback Tests
- Alarms
- Logs
- Status and Performance
- Overview
- DS1 Loopbacks
- V.35 Loopbacks
- V.35/V.54 Loop
- V.35/V.54 Service Card Description
- V.54 Loop
- V.54 Equipment Loopback
- 10Base-T
- 100Base-TX
- ADPCM
- Annex D
- Analog
- authentication
- authorization
- B-channel
- B8ZS
- backplane
- bandwidth
- Basic Rate Interface (BRI)
- BER
- BERT
- bipolar
- Bipolar Violation (BPV)
- bit
- Bit Error Rate Test (BERT)
- bit robbing
- bps
- BPV
- BRI
- bridge
- broadband
- C-bit Coding Violation (CCV)
- C-bit Errored Seconds (CES)
- C-bit Severely Errored Seconds (CSES)
- CDPD
- Central Office (CO)
- Challenge Handshake Authorization Protocol (CHAP)
- channel
- Channel Associated Signaling (CAS)
- CIDR
- Circuit Identifier
- Clear Channel
- CLI
- Classless Routing
- cold-standby
- Command Line
- Community Name
- Constant Bit Rate (CBR)
- CSU
- Customer Premise Equipment (CPE)
- Cyclic Redundancy Check (CRC)
- D4 Superframe (SF)
- Data Terminal Equipment (DTE)
- DDS
- DHCP
- download
- Drop & Insert (D&I)
- DS0
- DS1
- DS3
- DSU/CSU
- Dual Tone Multi- Frequency (DTMF)
- Dynamic Host Configuration Protocol (DHCP)
- E&M Signaling
- Earth ground
- Electro- magnetic Interference (EMI)
- Ethernet
- Facilities Data Link (FDL)
- File Transfer Protocol (FTP)
- filter
- frame
- frame relay
- FX
- FXO
- FXS
- gateway
- ground
- ground start (GS)
- GUI
- High Density Bipolar 3 (HDB3)
- High level Data Link Control (HDLC)
- hop
- host
- hot-standby
- hub
- IP
- Integrated Services Digital Network (ISDN)
- ISDN BRI
- internet
- Internet Protocol (IP)
- IP address
- jitter
- kbps
- kilobyte (kb)
- LAN (Local Area Network)
- Line Coding Violation (LCV)
- Line Errored Seconds (LES)
- Line Interface Unit (LIU)
- LLC
- LMI
- LMU
- LOF
- LOS
- loop back test
- loop start (LS)
- loopback
- LULT
- LUNT
- Management Information Base (MIB)
- Media Access Control (MAC)
- Mean Time Between Failures (MTBF)
- megabyte (MB)
- modem
- multiplexor
- network
- Network Address Translation (NAT)
- OOS
- OCU-DP
- P-bit Coding Violation (PCV)
- P-bit Errored Seconds (PES)
- P-bit Severely Errored Seconds (PSES)
- packet
- Packet InterNet Grouper (PING)
- Password Authentication Protocol (PAP)
- Peak Cell Rate (PCR)
- PLAR
- PMDL
- Point-to-Point Protocol (PPP)
- port
- protocol
- PVC
- RIP
- robbed bit
- router
- signal
- Simple Network Management Protocol (SNMP)
- slot
- span
- Spanning Tree
- star network
- static
- subnet mask
- subrate multiplexing
- subscriber line
- switch
- synchronous
- T1
- TBOS
- telnet
- TFTP
- Time Division Multiplexing (TDM)
- traffic
- Transmission Only (TO)
- trap
- Trivial File Protocol (TFTP)
- trunk
- trunk port
- upload
- V.90
- VC MUX
- Voice Over IP (VoIP)
- Wide Area Network (WAN)
- Wink
- Glossary
- Index

7-8 Axxius 800 - Release 2.2
DS3 Controller Card
Controller and DS3 Redundancy
Controller and DS3 Redundancy
Protection Modes
The Axxius 800 can be provisioned with one or two DS3 Controller cards and
connections to one or two DS3 lines, which will provide the following levels of
protection:
l Electronics Protection – when provisioned with two Controller cards and only
one DS3 line, only the Controller cards can be protected
l Network Protection – when provisioned with one Controller and two
independent DS3 lines, only the DS3 lines can be protected.
l Electronics and Network Protection – when provisioned with two Controller
cards and two independent DS3 lines, both the controller cards and the DS3 lines
can be protected
Electronics Protection Mode
In this mode there are two DS3 Controllers installed the Axxius 800, but only one DS3
line connected.
The electronics mode of protection provides Controller card redundancy. Because there
is only one DS3 connected, there is no DS3 redundancy. The receive path from the DS3
line is simultaneously applied to the receiver of both Controller cards (see Figure). This
enables both controllers to monitor the condition of the DS3 line so both are
continuously framed up to the incoming signal. The Controller-select signal disables
the outputs of the low-speed receive paths on the standby Controller and enables the
low-speed receive paths on the active controller. The active Controller’s transmit signal
is connected to the transmit path of the DS3 line through a relay, while the standby is
disconnected until a protection switch occurs.
The automatic redundancy mode is used to enable and disable protection switching. If
the redundancy control process determines the active controller is malfunctioning, or a
maintenance switch is invoked (the switch command), a protection switch will occur.
This means that the active Controller relinquishes control to the secondary Controller.
This is done by enabling the standby Controller’s receive path and disabling the
originally active Controller’s low-speed receive path (Controller-select signal) and