SSDX PON fiber aggregation and pull far equipment is located in the access cable layer between the OLT and splitter, to achieve multiple OLT and splitter between the same route of multi-core optical cable aggregation transmission, PON signal extension to achieve coverage between the OLT and ONU. It can support a variety of splitting ratio PON aggregation and pulling distance requirements. It effectively solves the problems of large fiber consumption, limited coverage capacity of single core, short transmission distance, scattered OLT deployment, high cost and maintenance difficulties.

WDM equipment is divided into passive WDM series and semi-active WDM series. It can effectively save fiber resources and network cost, solve the problems of fiber scarcity, multi-service transparent transmission and shorten the construction period, realize the rapid expansion of fiber, can greatly improve the efficiency of fiber core resources of optical cable, minimize the efficiency of the use of tube holes, use optical multiplexer to multiplex optical signals of different wavelengths to a single fiber for transmission, and at the receiving end of the link, with the help of optical demultiplexer, the optical fiber in the At the receiving end of the link, the mixed signals are decomposed into different wavelengths with the help of an optical demultiplexer and connected to the corresponding receiving equipment. In layman's terms, this means that different services are carried on different wavelengths without interfering with each other, thus increasing the fiber transmission capacity.

MSAP is a comprehensive service access platform, integrating SDH technology and packet switching technology, with flexible and convenient service provisioning capability; double security protection mode; unified network management, strong network compatibility; effectively improve the operation and maintenance efficiency; it is a more ideal product for communication operators to solve the problem of large customer access and optimize the network, applied in the service access side and convergence side.

The product is based on IP/MPLS packet switching technology, supporting static and dynamic creation of service channels, supporting multiple routing protocols, simple configuration, with the various sizes of bandwidth services and end-to-end for networking capability, providing "flexible" transmission channels suitable for IP service characteristics, supporting service QoS differentiation and assurance; channel protection Switching can be completed within 50ms to achieve carrier-grade service protection; supports online measurement based on OAM LM/DM and offline measurement of RFC2544 and other performance testing method; supports DCN network management self-pass, plug-and-play management, and completes the interface with the third-party network management of telecommunications, which can be configured and managed by the third-party network management platform.

Optical line protection (OLP) system is a new optical line protection subsystem developed with advanced technology of dynamic and synchronous optical switches. When communication quality is lower or equipment breaks down due to accidental fracture or bigger loss of optical fiber in the optical transmission line, the OLP system can switch the primary line to the secondary line within a short time, to ensure normal operation communication of line, which effectively prevent fiber or equipment fault and shorten the recovery time from hours to milliseconds.

SGT2700 is a high density GPON OLT released by SSDX. With the industry leading technology and Broadcom’s ASIC chip, SGT2700 is fully compliant with ITU-T G.984.x & G.988 GPON standards, it can interwork with different types of ONUs from different vendors. Based on the proven and robust software platform of SSDX, the system is highly reliable and stable. SGT2700 supports network management via CLI and SNMP, the user interface is good and easy to operate.

SGT2500 is a high density GPON OLT released by SSDX. With the industry leading technology and Broadcom’s ASIC chip, SGT2500 is fully compliant with ITU-T G.984.x & G.988 GPON standards, it can interwork with different types of ONUs from different vendors. Based on the proven and robust software platform of SSDX, the system is highly reliable and stable. SGT2500 supports network management via CLI and SNMP, the user interface is good and easy to operate.

SGT2116 is a high density GPON OLT released by SSDX. It is 1U height and box shaped. With the industry leading technology and Broadcom’s ASIC chip, SGT2116 is fully compliant with ITU-T G.984.x & G.988 GPON standards, it can interwork with different types of ONUs from different vendors. Based on the proven and robust software platform of SSDX, the system is highly reliabile and stabile. SGT2116 supports network management via CLI and SNMP, the user interface is good and easy to operate.

SGT2108 is a high density GPON OLT released by SSDX. It is 1U height and box shaped. With the industry leading technology and Broadcom’s ASIC chip, SGT2108 is fully compliant with ITU-T G.984.x & G.988 GPON standards, it can interwork with different types of ONUs from different vendors. Based on the proven and robust software platform of SSDX, the system is highly reliabile and stabile. SGT2108 supports network management via CLI and SNMP, the user interface is good and easy to operate.

The SGU100 series products is a GPON-technology-based gateway ONU designed for home and SOHO (small office and home office) users. It is designed with one optical interface which is compliant with ITU-T G984.X and ITU-T G.988 standards. SGU100 series products with high bandwidth, high efficiency, large coverage, and rich user ports, it is ideal for operators to achieve comprehensive transformation.

SGR200, developed and launched by SSDX, is an optical power amplifier for GPON links. Amplification and reshaping of optical signals can be realized using OEO (Optical-Electrical-Optical) conversion.

In recent years,large video services such as 4K and VR/AR have matured，the large-scale commercial use of 5G wireless networks,government and enterprise lines is developing in the direction of broadbandization,popularization and diversification.Data center construction is also progressing rapidly.The development of these new services continues to challenge the current bearer network and promote the transformation of the network.It demands massive bandwidth,ultra-low latency,multi-service bearer,and safety and reliability for the bearer network.