OEO Optical Relay Amplification System
Technical specifications
| Function | Description |
|---|---|
| Working wavelength range |
Multi-mode 850nm, single mode 1260nm~1650nm, CWDM/DWDM |
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Supported service types |
STM-1/4/6/16/64/256, FE/GE/10GE/40GE/100GE |
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Service access capability |
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| 3R function |
Support 3R function: re-amplifying), re-timing, re-shaping |
| ALS function |
Support laser automatic turn-off alarm function. The laser will automatically turn off the emission when it receives no light |
| Network management | Support multi-kinds of graphical interface network management, such as SNMP, Web |
| Equipment dimension | OSP3800 1RU：442 (W)×350 (D) ×44 (H) mm |
| Optical interface | LC/UPC |
| Working temperature range | -10℃~60℃ |
| Working humidity range | 5%~95% no condensation |
| Storage temperature | -40℃~85℃ |
| Power supply |
AC: 90 ~ 260V or DC: -72~ -36 V (support 1+1 power input backup) |
| Typical power consumption | Full configuration <80W |
| Heat dissipation | Fan cooling |
| MTBF | ＞100000 hours |
Related Euipment
7210 EDFA all-in-one equipment
The main function of the EDFA optical amplification subsystem is to compensate the signal’s optical power in the transmission link, which can finally extend the optical signal transmission distance. It can be divided into OBA, OLA and OPA based on the application scene. BA is usually used at the transmitting end to boost the output optical power of the system. LA is usually used at the repeater section to compensate the power loss of the line. PA is usually used at the receiving end of the system to improve the input optical power. The EDFA can amplify all the input optical signals by using the erbium-doped fiber as the gain medium and using the 980nm or 1480nm pump laser as the pump source with one-stage or two-stage amplification. It’s one of the most indispensable and important part of the DWDM system, high speed transmission system and all optical network in the future.
Plug-in EDFA System
The main function of the EDFA optical amplification subsystem is to compensate the signal’s optical power in the transmission link, which can finally extend the optical signal transmission distance. It can be divided into OBA, OLA and OPA based on the application scene. BA is usually used at the transmitting end to boost the output optical power of the system. LA is usually used at the repeater section to compensate the power loss of the line. PA is usually used at the receiving end of the system to improve the input optical power. The EDFA can amplify all the input optical signals by using the erbium-doped fiber as the gain medium and using the 980nm or 1480nm pump laser as the pump source with one-stage or two-stage amplification. It’s one of the most indispensable and important part of the DWDM system, high speed transmission system and all optical network in the future.
OEO Optical Relay Amplification System
The OEO optical relay amplification subsystem , adopts the clock and data recovery (CDR) chip design with the highest performance and flexibility in the industry. It can perfectly realize the function of optical signal regeneration and amplification, signal cleaning and shaping with features of highly compact structure, flexible configuration and low power consumption. The system support the relay amplification of optical signals at any rate between 100M~100G with all modes and is widely applied in the field of operators, private networks and information systems.
SOA Optical Amplifier System
The SOA optical amplification subsystem is a special amplification platform for low power optical signal of 100G high-speed services in optical networks. It adopts the plug-in card type and hot-plug design with the characteristics of high integration, low power consumption and stable output power. The system is widely used in data link power amplification and extending transmission distance in various industries.
ROMAN Amplifier System
This document specifies the requirements of a C-band distributed RAMAN amplifier. The amplifier modules can be operated at constant pump power ( AWC). Different wavelength pump power can be adjusted to achieve smooth gain spectrum for the DWDM network application. It can amplify the single channel signal, in order to achieve the best OSNR; the module integrated a narrow band filter to suppress the ASE power.
Related Resources
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ISEELINK Product catalog |
PDF - 8.18 MB - Updated on Wednesday, March 25, 2026 |
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