- XGS-PON & CATV Optical Amplifiers
2/3U rack depth 26cm XGSPON EDFA PON & CATV WDM EDFAs
- XGS-PON & CATV Optical Receiver
XGS-PON & CATV WDM Optical Receiver PON & CATV WDM Optical Receiver
- HFC Optical Transmitter / CATV EDFAs
1550nm External Modulation TX CATV EDFA / EYDFA
- TELECOM Pre / Line / Booster EDFAs
- SAT-TV + CATV Transmitter / Receiver
64 Ports XGS-PON & CATV EDFA
"Quality Broadband" has become the consensus of the development of the global broadband industry. Meeting the needs of users for 10G bandwidth has become a challenge for operators. To meet the challenges faced by operators, Huawei’s next-generation large-capacity distributed intelligent OLT platform MA5800 provides a single service board that supports XGS-PON, XG-PON, and GPON mixed access application scenarios.
Fullwell is a certified solution partner of Huawei. In order to cater to the integration of triply play network and move towards 10G bandwidth, Fullwell has developed the product of XG (S ) -PON + CATV EDFA high power EDFA. Which its CATV signals and XGS-PON, XG-PON and GPON signals can be accessed on one fiber at the same time, helping operators to create all-optical , automated and intelligent FTTH integrated access network, continuously improve user experience, enable quality broadband, help operators CATV and home broadband become possible, while reducing the cost of operator investment.
FWAP-XGS series is the latest optical transmission system equipment of XG (S) -PON + CATV FTTH / FTTP triple play network integration, and it is the function of combining OLT XG (S) -PON broadband signal and CATV 1550nm optical signal after amplification. Input ports: 1 CATV + 64 ports XGS-PON / XG-PON and GPON, combined 64 ports outputs: 1310 / 1490nm & 1270 / 1577nm + 1550nm, of which the total output power range of 1550nm is 27 ~ 45dBm. Multiply output ports can be customized. Compatible with XG (S) -PON / ONU, such as Huawei, ZTE, and Fiberhome, without losing of data, and has a high cost performance.
◆ Top quality: Adopt LUMENTUM,ⅡⅦ multi-mode high-power pump laser and the power is optimized through software, which makes the system achieving excellent CNR AND minimizing the NF of EDFA.
◆ It adopts a 19 ″ 2U telecommunication style small chassis, WDM EDFA chassis depth is 26cm only, the same depth as that of Huawei's frame-type OLT, which is convenient for storage in the telecommunications room cabinet. It has a built-in high-performance plug-in DC 48V dual switching power supply with Chassis automatic heat dissipation control.
◆ Plug-in EDFA module: the pluggable module integrates the laser controlling circuit, the optical path for amplification, and the XGS-PON WDM wavelength division multiplexer, which is easy for maintenance, network upgrading and troubleshooting.
◆ Intuitive: Multi-mode pump laser is the most expensive component in the device. The built-in microprocessor monitors the working status of the pump laser, and the working parameters are displayed on LCD.
◆ Network management Interface: Web transponder is line with the national standard and compatible with theSCTE HMS standard, achieving WEB
◆ Customizable 2X1 optical switch: built-in optical path selector, 2 optical inputs, can be set to manual or automatic mode for the selection of main and redundant path.
◆ Integrated WDM of XGS-PON, XG-PON and GPON, optical port: XGS-PON, XG-PON and GPON input: LC /UPC, 1 port of 1550nm CATV optical input
port: SC / APC, XG (S) -PON + CATV 1550nm EDFA output optical port: LC / APC.
Optical Operating Wavelength
Input Optical Power Range
≤5.0 (0 dBm,@1550nM)
Optical Power Output Stability
Polarization Mode Dispersion
Input End Pump Leakage Power
Output End Pump Leakage Power
Optical Input, Output Return Loss
＞45（APC Stepped Face）
Pump Operating Number
Rated Output Power
Network Management Connector
RJ45(following national network management standard,
XGS-PON Optical Path with WDM
XGS- PON Wavelength
1310/1490 & 1270/1577
XGS- PON Linker
Uplink optical ports
XGS- PON Insertion Loss
1550 Port Insertion Loss
Optical isolation between
＜-60 (isolation between A and B)
Each Output Power