FiberHome Pon Card GCOB C++ 16 Ports GPON Card C++
Introducing the FiberHome GCOB C++ 16 Ports GPON Card - the pinnacle of network performance and innovation. This high-speed GPON card from FiberHome is designed to elevate your network infrastructure and deliver exceptional data and telecommunications services.
Featuring sixteen high-speed ports, the GCOB C++ ensures seamless connectivity and lightning-fast data transmission, enabling your network to handle bandwidth-intensive applications with ease.
Built with advanced technology, the GCOB C++ provides unparalleled flexibility in bandwidth allocation and robust security features, safeguarding your network from potential threats.
With its user-friendly interface, the GCOB C++ simplifies installation and management, making it an ideal choice for network operators and service providers.
Upgrade your network with the FiberHome GCOB C++ 16 Ports GPON Card and experience unmatched performance, efficiency, and scalability. Stay ahead of the competition and deliver a superior online experience to your users.
Fiberhome GCOB Board Product Specification
| Brand |
Fiberhome |
| Model name |
GCOB |
| GPON Port |
16-GPON Port |
| Type |
C+ Module |
| Interface type |
SC/PC |
| Signal nominal rate |
2.5 Gbit/s ± 100 ppm |
| Wavelength range |
1480 nm to 1500 nm |
| Mean launched power (maximum) |
+7 dBm |
| Mean launched power (minimum) |
+3 dBm |
| Average launched power of OFF transmitter |
-39 dBm |
| Extinction ratio (minimum) |
+9 dB |
| Signal nominal rate |
1.25 Gbit/s ± 100 ppm |
| Wavelength range |
1260 nm to 1360 nm |
| Maximum receiving sensitivity |
-30 dBm |
| Minimum overload optical power |
-8 dBm |
| Power Consumption |
≤ 50W |
| MTBF (hour) |
146606.07 |
| MTBF (year) |
16.74 |
| Failure Rate (ppm) |
6.821 |
Fiberhome GCOB Board Product Feature
- 16 GPON ports per card, up to 1:128 split ratio
- Support ONU power saving management defined in G.987.3
- 1024 T-CONTs per PON port, 4096 GEM ports per PON port
- Support color-sensitive RED and WRED discard algorithm
- Receive 1PPS+TOD signals and send them to the ONU through a PON channel
- Newly developed lower power GPON MAC chip
- Reduce 30% power consumption on industry average
- 1024 queues and 356 schedulers per PON port
Product Pictures:
){kind=link}
){kind=link}