Fiber Access Networks

With the emergence of high-bandwidth home applications, such as smart home, AR/VR, and 8K video, home broadband is upgraded to gigabit, driving fixed access network evolution from GPON to 10G PON. Compared with previous generations of fixed access technologies, 10G PON gigaband networks provide significant improvement in terms of broadband, user experience, and connection capacity.

HiSilicon Optoelectronics XG/XGS Combo PON optical modules adapt to various live-network scenarios, and support smooth network upgrade from GPON to 10G PON, empowering fiber to everywhere in the gigabit era.

Passive Optical LANs for Campuses

In campus scenarios of various industries, including enterprises and institutions, education, healthcare, and transportation, there is an influx of high-bandwidth services (such as video conferencing and online education) and services requiring precise network control (such as healthcare and manufacturing). Compared with traditional campus solutions, the POL all-optical campus solution uses an innovative two-layer network architecture. This architecture delivers simple layout, reduced latency, energy conservation, and simplified O&M, achieving gigabit broadband and providing ultimate user experiences.

HiSilicon Optoelectronics full-series XG/XGS PON optical modules provide diverse specifications and symmetric upstream and downstream rates of up to 10 Gbit/s, breaking bandwidth bottlenecks and promoting the construction of gigabit optical networks for campuses.

Mobile Fronthaul Networks

5G networks with high bandwidth, low latency, and massive connections are shaping new business models and services experiences for both individual users and entire industries. Some emerging fields, including live streaming, telemedicine, smart manufacturing, smart mining, and smart ports, are actively using 5G networks. HiSilicon Optoelectronics offers 10G and 25G optical modules that are ideal for the massive delivery required by 5G base station deployment.

Fiber Access Networks

With the emergence of high-bandwidth home applications, such as smart home, AR/VR, and 8K video, home broadband is upgraded to gigabit, driving fixed access network evolution from GPON to 10G PON. Compared with previous generations of fixed access technologies, 10G PON gigaband networks provide significant improvement in terms of broadband, user experience, and connection capacity.

HiSilicon Optoelectronics XG/XGS Combo PON optical modules adapt to various live-network scenarios, and support smooth network upgrade from GPON to 10G PON, empowering fiber to everywhere in the gigabit era.

Passive Optical LANs for Campuses

In campus scenarios of various industries, including enterprises and institutions, education, healthcare, and transportation, there is an influx of high-bandwidth services (such as video conferencing and online education) and services requiring precise network control (such as healthcare and manufacturing). Compared with traditional campus solutions, the POL all-optical campus solution uses an innovative two-layer network architecture. This architecture delivers simple layout, reduced latency, energy conservation, and simplified O&M, achieving gigabit broadband and providing ultimate user experiences.

HiSilicon Optoelectronics full-series XG/XGS PON optical modules provide diverse specifications and symmetric upstream and downstream rates of up to 10 Gbit/s, breaking bandwidth bottlenecks and promoting the construction of gigabit optical networks for campuses.

Mobile Fronthaul Networks

5G networks with high bandwidth, low latency, and massive connections are shaping new business models and services experiences for both individual users and entire industries. Some emerging fields, including live streaming, telemedicine, smart manufacturing, smart mining, and smart ports, are actively using 5G networks. HiSilicon Optoelectronics offers 10G and 25G optical modules that are ideal for the massive delivery required by 5G base station deployment.

Supporting Smooth Upgrades on Live Networks

HiSilicon Optoelectronics 10G GPON & GPON Combo optical modules implement multiplexing and demultiplexing inside optical components. These modules help smoothly upgrade a network from GPON to 10G PON while retaining ODNs. Moreover, they have a higher link budget and can achieve a longer coverage distance. They can also support a high split ratio in densely populated urban areas, making them ideal for various scenarios such as weak-light rectification for ODNs.

Supporting Optical Interconnections for Mobile Fronthaul Networking

HiSilicon Optoelectronics provides 10G/25G optical modules with various specifications. 25G optical modules support up to 48 wavelengths, meeting the high bandwidth requirements of mobile fronthaul networks. Moreover, pilot tone modulation is used to identify channel information, implement wavelength auto-negotiation between modules, and support the plug-and-play of optical modules in the wireless system. This significantly reduces the system deployment workload.

High Quality Ensures Long-Term Reliable Network Running

HiSilicon Optoelectronics mobile fronthaul and PON optical modules support a wider industrial temperature range, and enable higher reliability and mature delivery, ensuring long-term reliable network running.

Supporting Smooth Upgrades on Live Networks

HiSilicon Optoelectronics 10G GPON & GPON Combo optical modules implement multiplexing and demultiplexing inside optical components. These modules help smoothly upgrade a network from GPON to 10G PON while retaining ODNs. Moreover, they have a higher link budget and can achieve a longer coverage distance. They can also support a high split ratio in densely populated urban areas, making them ideal for various scenarios such as weak-light rectification for ODNs.

Supporting Optical Interconnections for Mobile Fronthaul Networking

HiSilicon Optoelectronics provides 10G/25G optical modules with various specifications. 25G optical modules support up to 48 wavelengths, meeting the high bandwidth requirements of mobile fronthaul networks. Moreover, pilot tone modulation is used to identify channel information, implement wavelength auto-negotiation between modules, and support the plug-and-play of optical modules in the wireless system. This significantly reduces the system deployment workload.

High Quality Ensures Long-Term Reliable Network Running

HiSilicon Optoelectronics mobile fronthaul and PON optical modules support a wider industrial temperature range, and enable higher reliability and mature delivery, ensuring long-term reliable network running.

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