Telcom outdoor integrated cabinet can integrate communication power supply, backup battery, environmental monitoring and wiring MDF/ODF/DDF, etc. It is a highly integrated communication cabinet. It is mainly used in outdoor small wireless base stations and integrated access points. It has many advantages such as easy and fast installation, short station construction period, wide adaptation range, non-limited by geographical location and outdoor environment, cost saving, easy to relocate and reuse.

The integrated assembly rack/network cabinet can provide standard 19-inch equipment brackets, which can be flexibly configured with MDF, ODF, DDF unit boards, power distribution units, related communication equipment and servers, etc., providing ideal wiring equipment for remote and modular bureaus of communication networks.

The cold air channel network cabinet closure system uses tempered glass and pressure-resistant panels to separate the cold and hot channels to achieve the closure of the cold channel and prevent the mixing of hot and cold air. The closed cold channel system can effectively make the cold air sent from under the floor all used for equipment cooling, reducing the loss of air volume and cold volume, thus reducing the PUE of the data center, improving efficiency, saving energy and reducing emissions.

Optical Cable Cross Connecting Cabinet (OCC) is a kind of handover equipment which use for backbone layer fiber optic cable, wiring layer fiber optic cable to provide fiber optic cable into the end, jumping. After the introduction of fiber optic cable into the cabinet, after fixed, termination, fiber distribution, the use of patch cables, pigtails and optical splitters and other backbone layer fiber optic cable and wiring layer cable connection. It is the interface equipment to connect the backbone cable and the branch cable in the fiber optic access network. It can realize the functions of dispatching, wiring, splicing and storage of optical fiber. It can flexibly meet the needs of current and future development of various communication networks.

Fiber optic distribution rack is the wiring connection equipment between fiber optic cable and optical communication equipment or between optical communication equipment, used for fiber optic communication system in the bureau end of the backbone cable into the end and distribution, can easily realize the fiber optic line connection, distribution and scheduling.

Optic fiber optic splitter box is a product for FTTH (fiber to the home) construction using a level of splitting or secondary splitting and other different scenarios, through the box fusion fiber tray, optical splitter, adapters and other devices to achieve optical wiring functions. It is suitable for fiber optic cable to connect with in-home fiber optic cable through optical splitter, so as to meet the needs of user's high-speed broadband service opening, and is an important optical access point equipment in ODN network.

In order to achieve the implementation of fiber-to-the-home communication facilities projects in residential areas and residential buildings, the design must meet the requirements that multiple telecom service operators have equal access and users can freely choose telecom service operators, and realize the construction of the national communication development of the common sharing model, our company designed FTTH sharing optical wiring products on demand after conducting market research and analysis.

SPE 5 series 5G CPE are an highly advanced 5G indoor multi-service product solution specifically designed to meet integrated data, and 802.11b/g/n/ac dual bands Wi-Fi access needs for residential, business and enterprise users. The product supports advanced Gigabit networking and dual bands Wi-Fi AP functionalities. It enables wide service coverage and provides high data throughput and networking features to customers who needs easy broadband access, hot-spot Wi-Fi connectivity.

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.