- Contact Person : Ms. Gu Samara
- Company Name : Hangzhou CNCR-IT Co., Ltd.
- Tel : 86-571-86791288
- Fax : 86-571-86791287
- Address : Zhejiang,Hangzhou,5th block, Hi-tech software park, Weiye Rd No.1, Binjiang District, Hangzhou
- Country/Region : China
- Zip : 310053
STM4 Ethernet transmission over SDH
Optical port is STM-4(622M).
Product Overview
1. Modular design and the controllable cost
2. One GE port and one GF port in the uplink to converge the isolated services mutually
3. 2*STM-4 optical port in the downlink, two power supplies, it’s safety and reliable
4. The high convergent proportion, the maximum convergence of MOAP-EOP-622M(4U) are 252E1, with 16E1 as a unit realizing modular design.
5. Ethernet simultaneously combines GFP and HDLC encapsulation, so it can be connected with other protocol converters
adopting GFP or HDLC encapsulation from any other manufacturers.
6. Support Ethernet anti-loopback test
7. The flexible choice for bandwidth, maintain the value of the equipment investment.
8. Support alarm shielding function
9. Support the powerful fault tolerance capacity
10. Support standard SNMP network management.
Specification
Optical port: Optical A and B
Rate: 622Mbps
standard: ITU-T G.957/G.958
wavelength: 850,1310,1550nm(optional)
The average light power:
≥-8dBm(single mode,1310,LED)
≥-18dBm(multi-mode,850,LED)
≥-25dBm(multi-mode,1310,LED)
Sensitivity: ≤-36dBm
Dynamic range of received optical power: ≥25dB
Optical port type: FC/SC(optional);Single/multiple mode (optional)
Eth interface(GF/GE)
Rate: 1.25Gb/s
standard: ITU-T G.957/G.958
wavelength: 1310(optional)
The average light power:
≥-8dBm(single mode,1310,LED)
≥-25dBm(multi-mode,1310,LED)
Sensitivity: ≤-36dBm
Dynamic range of received optical power: ≥25dB
Optical port type: SFP;Single/multiple mode (optional)
Voltage: AC220V or DC-48V
Fluctuant voltage: 180 VAC~260 VAC
Or -38 VDC ~ - 72 VDC
Power consumption: < 20W
Working condition: temperature: -20°C ~ +70°C
Humidity: 95%
Dimension: 450mm*485mm*173mm
Typical applicationSTM4 Ethernet transmission over SDH