Zhone-IMAC

Physical interfaces for up to 8 T1/E1 lines on single 50 pin Amphenol connector, integral V.22bis modem and port (RJ11). VT100 control port (RJ45), DB9 computer port for connection to network management system and nodal port (RJ48) provides 1 alarm output to external reporting device. Can be used with all system releases up to and including v3.x.y. This card is being manufacture discontinued. A last time buy is in effect.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), DB9 computer port (COM 1) for connection to network management system and RJ48 computer port (COM 2), RJ45 for external sync connection and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, V.22bis modem and port (RJ11), VT100 control port (RJ45), DB9 computer port for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, no modem, VT100 control port (RJ45), DB9 computer port for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Use with 5.x.y or 6.x.y CPU firmware

Two RJ48 and bantam jack connectors for T1 or balanced 120-Ohm E1 lines. VT100 control port (RJ45). No DB9 computer port. Can be used with system releases up to and including v3.x.y. This card is being manufacture discontinued. A last time buy is in effect.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), DB9 computer port (COM 1) for connection to network management system and RJ48 computer port (COM 2), RJ45 for external sync connection and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Enhanced panel fasteners. Use with 7.x.y CPU firmware.

Two port high speed unit (HSU) for 56K, 64K and Nx56/64K data applications. Supports 2 RS530/RS449 or V.35 data ports. Can also support RS232 data through the use of 1253 personality module. DB25F connectors.

Two port high speed unit (HSU) can be used to provide IMACS external main clock from a Nx56/64K port. V.11/RS422/RS530 or X.21 interfaces on DB25F connectors. Can connect as DCE or DTE. Also supports Nx56/64K external clock to IMACS.

Two port high speed unit (HSU) for 56K, 64K and Nx56/54K data applications. Provides true V.35 interface on DB25F connectors. Connects to A, B, C and D buses.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, V.22bis modem and port (RJ11), VT100 control port (RJ45), RJ45 computer port (COM 1) for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Enhanced panel fasteners. Use with 7.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), RJ45 computer port (COM 1) for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Enhanced panel fasteners. Use with 7.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), RJ45 computer port (COM 1) for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Use with 7.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, V.22bis modem and port (RJ11), VT100 control port (RJ45), RJ45 computer port (COM 1) for connection to network management system and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Use with 7.x.y CPU firmware.

Physical interfaces for up to 8 T1/E1 lines on a single 50 pin Amphenol connector, VT100 control port (RJ45), DB9 computer port (COM 1) for connection to network management system and RJ48 computer port (COM 2), RJ45 for external sync connection and node port (RJ48) provides 1 alarm output to external reporting device. Logical interfaces separated from WAN inputs, supports card replacement without causing system outage. Use with 7.x.y CPU firmware.

Two port high speed unit (HSU) with V.35 interfaces on DB25F connectors. Ports may be configured for either trunk or user peripheral connection and connect as either DCE or DTE. Connects to A, B, C and D buses. Also supports Nx56/64K external clock to IMACS.

Four-Port high speed unit (HSU) for 64K and Nx64K (up to n=31) data applications. Line rate is 2 Mbps. Has four RJ-48 connectors Firmware is flash based. Requires v5.4.6 or higher CPU firmware. If OnLine remote management is required, requires OnLine 1.2.4 or higher

Ten port sub rate unit with RJ-48 modular connectors. Functionality equivalent to 822060 SRU card except idle pattern changed for OxFF to Mark for A, HLINK and ADPCM frames with INTF = Async. Uses V3.3 card FW. Limited Availability. Will be replaced by the 822570.

The 880060 is the base model CPU card, with Supports 1 WAN card for a total of up to 2 E1 or T1 WAN ports (on separate WAN card). Does not support cross connect module or redundant CPU operation. WAN card must be installed in slot W1. Can operate in termination or drop and insert mode. CPU card also houses voice signaling firmware (included) and optional SNMP and/or TR-08 management firmware (must be ordered separately). CPU Host firmware must be ordered separately. Can be used with system releases up to and including v3.x.y. Requires appropriate interface card (892060, 892160 (MD announced), 892560, 892660 or 892760). This card is being manufacture discontinued. A last time buy is in effect.

The 880160 supports complex applications requiring more than 2 WAN ports and the ability to cross-connect DS0s between WANs. Supports up to 4 WAN cards for a total of 8 T1 or E1 WAN ports and has a built-in cross-connect module. Two model 880160 CPUs can be installed for CPU redundancy. 1:N WAN redundancy is also supported. CPU card also houses signaling firmware (included) and optional SNMP and/or TR-08 management firmware (must be ordered separately). CPU Host firmware must be ordered separately. Can be used with system releases up to and including v3.x.y. Requires appropriate interface card (892060, 892160, 892560, 892660 or 892760). This card is being manufacture discontinued. A last time buy is in effect.

The 880370 supports complex applications requiring more than 2 WAN ports and the ability to cross-connect DS0s between WANs. Supports up to 4 WAN cards for a total of 8 T1 or E1 WAN ports and has a built-in cross-connect module. Two module 880370s CPUs can be installed for CPU redundancy. 1:N WAN redundancy is also supported (with relevant WAN card options). CPU card also houses voice signaling and SNMP management firmware (included) and optional TR-08 firmware (60102) (must be ordered separately). Requires v6.x.y CPU firmware (must be ordered separately). Requires appropriate interface card (892260, 892360 or 892460). This card replaces the 880160, 880360, and the 880361.