TDMOIP,1E1 4E1 8E1 over Ethernet protocol converter support PC manage 2*ETH

Brief Introduction

PT-10 100X TDM OVER IP Equipment will transmit E1 signal through IP channel, the IP channel can be the existing wired Ethernet channel or wireless Ethernet bridge channel.
IP encapsulation adopts UDP format, which supports inner transmission in Ethernet network, and also supports route exchange transmission among network segments. The transmitted E1 can be framed or un-framed format, the E1 interface of the same TDM over IP equipment can be connected with the different remote TDM over IP equipment.

Features

*Providing up to 8E1 interfaces;

*Providing 4ETH interfaces, herein 2ETH interfaces are uplink interfaces, and the other 2ETH interfaces are downlink service interfaces;

*Providing Optical ETH uplink interface;

*Having the high transmission efficiency, and the transmission delay can be adjusted;

*Supporting point to point, point to multi-point transmission;

*Supporting E1 framed, unframed setting;

*Supporting E1 loss alarm indication;

*Adopting UDP encapsulation, and supporting different types of Ethernet transmission channels;

*Supporting Ethernet PING package function;

*Ethernet supports 10/100M self-adaptive,half/full duplex self-adaptive;

*Supporting E1 package QOS assurance;

*The equipment firmware and software supports remote update function;

*Dual power protection, support AC220V or DC-48V(optional).

Equipment Models

ModelE1 Number
PT-10 10011
PT-10 10022
PT-10 10044
PT-10 10088

Technical Specification

*Ethernet complies with IEEE 802.3 related recommendations, supports 10/100M self-adaptive, half/full duplex self-adaptive;

*E1 interface complies with ITU-T G.703 suggestions, the impedance is 75Ω, it adopts Q9 connector;

*NMS port is ETH port or RS232 port, when adopting ETH NMS mode, it can manage any equipment inside the network;

*Power consumption: Less than 10W

*Working temperature: -10°C to 50°C, humidity≤90%(non-condensation)

*Dimensions: 440mm(L)×170mm(W)×44mm(H).

Application

1.Point to point network

2.Point to multipoint network