Product Features

Suitable for macro/micro 5G base stations, optical transmission equipment, core routers and data center switches. The circuits adopt precise impedance control layout to reduce signal attenuation and crosstalk, operating stably within -40℃~85℃. Equipped with lightning surge protection and high anti-interference performance, they cope with long-term unattended outdoor deployment and high-load continuous operation in computer rooms, ensuring lossless, low-delay mass data forwarding and signal coverage.

Technical & Technological Advantages

Signal, power and ground layered isolation layout effectively suppresses high-frequency electromagnetic interference; integrated surge and ESD protection structure improves outdoor climate adaptability; high-density optimized heat dissipation design avoids performance throttling under long-time high load; fully compatible with mainstream optical transmission and cellular communication protocols to support large-scale network interconnection; high-reliability substrate and anti-aging process extend service life under complex working conditions.

Application Scenarios

Wireless base station network circuits realize full-coverage mobile communication signal transmission; optical fiber backbone equipment completes cross-city long-distance high-speed data transmission; data center switching boards undertake massive server data aggregation and forwarding; communication cabinet power control modules provide stable uninterrupted power for core network devices.

Production & Application Challenges

High-frequency high-speed circuits put forward extremely strict requirements on PCB wiring precision and impedance consistency; outdoor salt fog, ultraviolet radiation and temperature difference accelerate component aging; single-point circuit failure may trigger large-area network outage; industry certification standards are rigorous with long test cycles and high R&D investment costs.