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| Form Factor | Part No. | Wavelength | Connector | Power Budget | Size | WEB | Moniter |
| PON EDFA | CLPONEDFA20DB8+1-2U | WDM | 8PON+1CATV | 20dB | 2U | WEB | LCD |
| PON EDFA | CLPONEDFA20DB8+1-1U | WDM | 8PON+1CATV | 20dB | 1U | WEB | LCD |
PON CATV FTTH EDFA is designed for fiber-to-the-home networks that integrate PON data services with 1550nm CATV broadcast signals. It amplifies CATV optical signals to compensate for transmission and splitter losses while allowing 1310nm and 1490nm PON wavelengths to share the same fiber infrastructure. The solution supports high-bandwidth FTTH deployment for residential and enterprise access networks.
The EDFA supports WDM-based integration of 1550nm CATV signals with 1310nm and 1490nm PON wavelengths over the same fiber network.
The 20dB power budget provides optical amplification for CATV signals, helping compensate for fiber and passive splitter losses in FTTH distribution networks.
The PON EDFA configuration supports 8 PON ports and 1 CATV interface, making it suitable for centralized optical distribution in access networks.
WEB management and LCD monitoring provide convenient access to equipment status and operating information during network deployment and maintenance.
A 2U PON EDFA configuration with WDM, 8 PON + 1 CATV support, 20dB power budget, WEB management, and LCD monitoring.
A compact 1U PON EDFA configuration with WDM, 8 PON + 1 CATV support, 20dB power budget, WEB management, and LCD monitoring.
The EDFA amplifies the 1550nm CATV optical signal so that broadcast services can maintain sufficient optical power across fiber distribution networks.
WDM technology enables CATV and PON signals at different wavelengths to use the same fiber infrastructure, reducing the need for separate fiber routes.
Passive optical splitters introduce optical loss as signals are distributed to multiple users. EDFA amplification helps provide additional optical power for the CATV path.
The integrated architecture can support data, voice, and video services through a shared FTTH access network, simplifying multi-service fiber deployment.
Designed for fiber-to-the-home deployments where CATV broadcast services need to coexist with PON broadband services over the same optical infrastructure.
Provides optical amplification for CATV distribution networks where transmission distance and passive splitting can reduce available signal power.
Supports integrated broadband and video service delivery for residential access networks using a shared fiber infrastructure.
Suitable for enterprise access deployments requiring high-bandwidth optical connectivity together with centralized CATV service distribution.
The CLPONEDFA20DB8+1-1U provides the same 20dB power budget and 8 PON + 1 CATV architecture in a compact 1U chassis for space-efficient rack deployment.
The CLPONEDFA20DB8+1-2U uses a 2U chassis while maintaining the same WDM, 8 PON + 1 CATV, 20dB, WEB, and LCD configuration.
It is used to amplify CATV optical signals in FTTH networks while integrating CATV with PON broadband services over shared fiber infrastructure.
The architecture uses 1550nm for CATV together with 1310nm and 1490nm PON wavelengths.
The listed PON CATV FTTH EDFA models provide a 20dB power budget.
The configuration provides support for 8 PON ports and 1 CATV interface within the optical amplification system.
The main difference is the rack form factor. The 1U model is designed for more compact rack deployment, while the 2U model uses a larger chassis with the same listed 20dB and 8 PON + 1 CATV architecture.
PON CATV FTTH EDFA provides 20dB optical amplification for CATV signals in WDM-based FTTH networks. With 8 PON + 1 CATV support, WEB and LCD monitoring, and 1U or 2U rack options, it provides a practical solution for integrated broadband and CATV fiber distribution.
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Please Note: Installing a third party transceiver does not void your network equipment warranty. Network equipment manufacturers all have guidelines stating that warranty support on their products will not be affected.
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