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IDM-TOP808 TDM Over IP datasheet 8 group E1 based TDM business

IDM-TOP808 achieve end to end circuit simulation(PWE3), Conform to IETF, MFA Forum, ITU-T standard, Can be used with other manufacturers equipment. Support 8 group E1 based TDM business expand to packet-switched networks. through 10/100Base-T or 100Base-FX Link Forwarded to the packet network, TDM services can easily be transferred through a packet network(Ethernet, IP network, MPLS network) , make packet service switch TDM and build E1/T1 circuit. achieve user E1 port,
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IDM-TOP808

1. Description

IDM-TOP808 achieve end to end circuit simulation(PWE3), Conform to IETF, MFA Forum, ITU-T standard, Can be used with other manufacturers equipment. Support 8 group E1 based TDM business expand to packet-switched networks. through 10/100Base-T or 100Base-FX Link Forwarded to the packet network, TDM services can easily be transferred through a packet network(Ethernet, IP network, MPLS network) , make packet service switch TDM and build E1/T1 circuit. achieve user E1 port, the data flow of high-speed data port, data package converting.  TDM over IP  IDM-TOP808 communication processing is base on hardware, providing high performance. it Is transparent for through E1/T1, So it is easy to configure and maintain.  

 

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2. Features  

 

1. 8E1 TDM business switch packet switching network

2. Support E1 loopback: E1 local loopback and E1 Remote Loopback.

3.  Support QoS management, Configurate equipment through local manager or remote manager.

4. Clock precision is 16ppb, Effectively guarantee the data returned.

5. Clock mode: internal clocking, user clocking, Back the clock, Recovered clock etc.

6. Data transmission delay is small, the signal jitter, drift, to ensure the quality of TDM services

7. With a complete LED alarm function, user locate faults

8.   IP network with excellent transmission performance

9. Configurable packet buffer space, making the E1 end-end delay within 1ms

10. Flexible bandwidth configuration, According to the number of E1 or IP network transmission bandwidth adjust the number of E1 interface.

11. Configurable data packet size and the PSN throughput, delay equilibrium, transmission performance in layer 2 Ethernet  

12. ASIC-based architecture provides a stable, high-performance, low processing delay circuit simulation solutions.  

 

3. Specifications

 

E1 interface

 

Bit rate

2048Kbpss±50ppm

Amount

1

Standard Protocol

Support ITU-T G.703 /G.706/G.704

Code pattern

AMI/HDB3

Physical interface

RJ45(balance)/BNC(unbalance)

Jitter

ITU-T G.823

Impedance

75Ω/120Ω

Clock recovery precision

100ppm/16ppb

 

Ethernet electrical interface

 

Physical interface

RJ-45 10Base-T/100Base-TX

Transmission rate

10M/100M self-adaption

Standard Protocol

SupportIEEE802.3/802.1P/802.1Q

Working mode

Full duplex/half duplex/Auto-negotiation

 

Ethernet optical interface

 

Physical interface

LC(SFP) 100Base-FX

Transmission rate

10M/100M self-adaption

Standard Protocol

SupportIEEE802.3/802.1P/802.1Q

Working mode

Full duplex/half duplex/Auto-negotiation

Transmission power

≥-5dBm

Sensitivity

≤-35dBm

Wavelength

1310/1550nm

Transmission distance

10KM 40KM up to 120KM

 

Clock feature

 

Physical interface

RJ-45 10Base-T/100Base-TX

Transmission rate

10M/100M self-adaption

Standard Protocol

SupportIEEE802.3/802.1P/802.1Q

Working mode

Full duplex/half duplex/Auto-negotiation

 

Power supply

 

AC

220V

DC

5V/12V

 

Working environment

 

Environment temperature

0ºC~40ºC

Relative humidity

90%