G.703 E1/T1/PRI Fibre Optic Modem

CT-FRM220-E1/T1/SFP

Fibre transport for G.703 E1/T1 transmission
Provides transport for Primary Rate ISDN
Configuration by either on-board DIP switches, console or via FRM220-NMC management card
Local & remote management via console, HTTP and SNMP when located in managed FRM220 chassis
Fixed ST, SC optics or via modular SFP
Electrical and optical loop back tests
Standalone RS232 console (when placed in CH01M)
RJ-45 120ohm or BNC 75ohm G.703 interface options
Supports Nx64k connection to FRM220-DATA

Overview

The FRM220-E1/T1 is a fibre optic modem for G.703 E1/T1 transmissions. The BNC model provides unbalanced 75Ohm coaxial BNC E1 connections while the RJ-45 model provides balanced 120Ohm E1 or 100 Ohm T1 connections via an RJ45 interface.

The FRM220-E1/T1 can be configured either via onboard DIP switches, via local console when located in a console managed chassis or via Web/SNMP when located alongside the FRM220-NMC card.

When the FRM220-E1/T1 card is placed in the FRM220 rack with in-band management the operational status of the fibre and E1 / T1 link and alarms for both the local and remote unit can all be displayed. Configuration is also available to enable or disable the port, reset the port and initiate local or remote loopback tests.

When connected to a remote FRM220-Data, it becomes possible to convert E1 transmissions to a synchronous serial interface such as RS530, X.21 or V.35. Thus eliminating the need for additional equipment.

Data Sheet

CTCE-FRM220-E1-T1-SFP-LA.pdf

Specifications

Item	Description
Optical Interface	FRM220-E1/T1: 1x9 (SC, ST) FRM220-E1/T1-SF Data rate 36.864Mbps Line coding Scrambled NRZ Bit Error Rate Less than 10-10 Distance MM 2km, SM 15/30km
Electrical Interface	E1 Connector: E1R: RJ-45(1) 120 Ω E1B: BNC(2) 75 Ω Data Rate: 2.048Mpbs Line Code: HDB3/AMI T1 Connector: RJ-45(1) 100 Ω Data Rate: 1.544Mbps Line Code: B8ZS/AMI Cable type Cat.3 or higher Twisted-Pair cable
Standards	E1 ITU-T G.703, G.704, G.706, G.732, G.823 T1 ITU-T G.703, G.704, AT&T, TR-62411, ANSI T1.403
Indications	Power, FX-Link, E1/T1 SIG, Test, SYN, RD, TD, AIS (E1/T1R) Power, FX-Link, E1 SIG, Test(E1B)
Power Input	12VDC
Power Consumption	< 6W
Dimensions	Card: 155 x 20.8 x 88mm (D x W x H)
Weight	120g
Temperature	0 ~ 50°C (Operating), -10 ~ 70°C (Storage)
Humidity	10 ~ 90% non-condensing
Certification	CE, FCC
MTBF	65,000 hrs

Ordering Information

Order Code	Description
CT-FRM220-E1B-ST002	E1 BNC fibre modem ST, 2Km, 1310nm, 11dB
CT-FRM220-E1B-SC002	E1 BNC fibre modem SC, 2Km, 1310nm, 11dB
CT-FRM220-E1B-FC002	E1 BNC fibre modem FC, 2Km, 1310nm, 11dB
CT-FRM220-E1B-ST015	E1 BNC fibre modem ST, 15Km, 1310nm, 12dB
CT-FRM220-E1B-SC015	E1 BNC fibre modem SC, 15Km, 1310nm, 12dB
CT-FRM220-E1B-FC015	E1 BNC fibre modem FC, 15Km, 1310nm, 12dB
CT-FRM220-E1B-ST030	E1 BNC fibre modem ST, 30Km, 1310nm, 20dB
CT-FRM220-E1B-SC030	E1 BNC fibre modem SC, 30Km, 1310nm, 20dB
CT-FRM220-E1B-FC030	E1 BNC fibre modem FC, 30Km, 1310nm, 20dB
CT-FRM220-E1R-ST002	E1 RJ45 Fibre modem ST, 2Km, 1310nm, 11dB
CT-FRM220-E1R-SC002	E1 RJ45 Fibre modem SC, 2Km, 1310nm, 11dB
CT-FRM220-E1R-FC002	E1 RJ45 Fibre modem FC, 2Km, 1310nm, 11dB
CT-FRM220-E1R-ST015	E1 RJ45 Fibre modem ST, 15Km, 1310nm, 20dB
CT-FRM220-E1R-SC015	E1 RJ45 Fibre modem SC, 15Km, 1310nm, 20dB
CT-FRM220-E1R-FC015	E1 RJ45 Fibre modem FC, 15Km, 1310nm, 20dB
CT-FRM220-E1R-ST030	E1 RJ45 Fibre modem ST, 30Km, 1310nm, 20dB
CT-FRM220-E1R-SC030	E1 RJ45 Fibre modem SC, 30Km, 1310nm, 20dB
CT-FRM220-E1R-FC030	E1 RJ45 Fibre modem FC, 30Km, 1310nm, 20dB
CT-FRM220-T1R-ST002	T1 RJ-45 to fibre card ST, 2Km, 1310nm, 11dB
CT-FRM220-T1R-SC002	T1 RJ-45 to fibre card SC, 2Km, 1310nm, 11dB

Quick Start Guides

Primary Rate ISDN extension over fibre with the FRM220-E1/T1

The following shows how the FRM220-E1R can be configured to extend an ISDN30 primary rate service. The FRM220-E1/T1 can be configured via onboard DIP switches when deployed as a standalone unit. When the FRM220-E1/T1 is used in conjunction with the network management card (FRM220-NMC) then all configuration can be done via HTTP, Telnet or SNMP and the DIP positions are disregarded.