Index
  Product
  E1/G.703 to Ethernet or V.35 Converters
  E1 to 10Base-T
  4E1 to 10/100Base-T
  E1 to V.35
  12-slot Chassis Multi Mode Converter
Product >> E1/G.703 to Ethernet or V.35 Converter>> E1 to V.35

E1 to V.35

 

Overview
E1 to V.35 protocol converter can realize the bi-directional data transfer from E1 port to V.35. This equipment is widely used in communication network including WAN and LAN, realizing the transfer from E1 channel of SDH or PDH equipment to V.35 which maybe provided with router.

Features

  • E1 channel: both framed & unframed are OK, both 75 & 120ohm are OK
  • Standard: G.703, line code: HDB3
  • Alarm system for E1 loss
  • Support local/remote loop test
  • DB25 connector for V.35, in DCE mode
  • Multiple clock selection: internal clock, V.35 line clock and E1 recovery clock
  • Panel instruction for easy understanding of equipment working status
  • Internal power supply, 220V AC and -48V DC optional
  • Standalone and module at your selection .
Specification
  • E1 Port
    Bit rate: 2.048Mb
    Line code: HDB3
    Standard: in accordance with ITU-T G.703, G.704
    Connector: BNC connector, line impedance 75ohm
    Number of E1: 4
    Jitter Performance: compatible with G.742 and G.82
  • Ethernet Port
    Data Rate: 10/100Mbps
    Standard: Compatible with IEEE802.3
    Connector: RJ45
    Number of Ports:1 port
    Auto-negotiation with half/full duplex
  • Dimension: 440mm(W) × 160mm(D)× 44mm(H)

Specification

  • E1 port
    Bit rate: 2.048Mbit/s±50ppm
    Line code: HDB3
    Standard: Compatible with ITU-T G703
    Connector: BNC connector with line impedance 75ohm, RJ45 connector with line impedance 120ohm
    Jitter performance: in full compatible with G742 and G823
  • V.35 port
    Line code: NRZ
    Bit rate: 2.048 Mbit/s±50ppm
    Connector: DB25female, with DB25/M34 transfer line
    Way of Connection: DCE
    Clock: Line Clock, Local clock
  • General
    Operating temperature: 0-50?
    Power Supply: -48VDC or 220VAC±20%
    Dimension: 170mm(W)*133mm(D)*40mm(H)
Application