LambdaDriver 8E1/T1 + 1GE

E8GM

LambdaDriver 8E1/T1 + 1GE

LambdaDriver® E8GM modules use advanced Time Division Multiplexing (TDM) technology for combining and simultaneously transporting 8 E1/T1 circuits and one GE port over one Full Duplex fi ber optic trunk to different distances. The modules are transparent to framing format, and support HDB3 and AMI line codes and interfaces complying with ITU-T G.703 instructions.

Features

  • SFP based GE port
  • 4 or 8 RJ48 E1/T1 connections
  • RJ45 RS232 connection
  • E1/T1 framing format transparent
  • Built-in Elastic Buffer to Remove Jitter
  • Supports Digital and Analog loopback Tests per port, locally or remotely
  • Support AMI/B8ZS/HDB3 Line Codes
  • SFP Digital Diagnostics monitoring
  • Front panel status LEDs

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Applications

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Specifications

Transmission RateT1: 1544; E1: 2048; Units: Mbps
Line CodeT1: AMI or B8ZS; E1: HDB3
Line ImpedanceT1: 120; E1: 120; Units: Ohm
StandardT1: ANSI T1.403; E1: ITU-T G.703
ConnectorsGE-SFP, E1/T1 – RJ48, Trunk – SFP/fixed WDM
WDM GridDWDM: ITU – T – G.694.1
CWDM: ITU –T – G.694.2
Minimum Laser Power*+1.5 dBm
Minimum receiver power*-32 dBm/+/- 1 dBm
Dispersion PenalyDL3TYPE: 2dB a 5400 ps/nm
DL4TYPE: 2dB at 6500 ps/nm
DL6TYPE: 2dB at 12,800 ps/nm
Operating Temperature0 to 45° C/32 to 113° F
Storage Temperature-10 to 70° C/14 to 158° F
Relative Humidity85% maximum, non-condensing
DimensionsHeight: 130.7 mm/5.145 in, Width: 26.93 mm/1.06 in, Depth: 227.5 mm/8.956 in
Weight0.7 kg/1.52 lb
*For SFP based (on GE/trunk) models, please refer to appropriate SFP datasheet.

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Ordering Information

Lambda Driver - Modular WDM Optical Series
TDM Multiplexer modules
E1/T1 and GE TDM Modules
EM2009-E8GM 8 E1 ports and one GE port TDM Multiplexer with SFP's
EM2009-T8GM 8 T1 ports and one GE port TDM Multiplexer with SFP's
WDM Lambda Driver
Subrate TDM Mux
TM-E8GMC/xx 8 E1 ports and one GE port TDM transponder at ch#xx
TM-E8GMD/xx 8 E1 and one GE ports TDM transponder at DWDM ch#xx
TM-E8GMDL4/xx 8 E1 and one GE ports TDM transponder at DWDM ch#xx with dispersion limit at 400km

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