Product Features

Suitable for macro and micro communication base stations, optical transmission devices and data center switching equipment. The circuits achieve high-frequency low-loss transmission and low crosstalk performance, working steadily within -40℃ to 85℃. Equipped with reliable lightning and surge resistance, they withstand outdoor climate changes and complex electromagnetic environment, ensuring low-delay and lossless signal output during long-term unattended operation.

Technical & Technological Advantages

High-precision high-frequency wiring effectively reduces signal attenuation and mutual interference; independent layout of signal and power lines improves overall electromagnetic compatibility; built-in surge protection structure enhances outdoor environmental adaptability; optimized compact heat dissipation design avoids performance drop under high-density operation; compatible with mainstream optical communication protocols to realize mass data interconnection.

Application Scenarios

Wireless base stations provide full-area mobile network signal coverage; fiber communication equipment realizes long-distance high-speed data transmission; data center switches process and forward massive network data; dedicated power modules supply stable power for core communication facilities.

Production & Application Challenges

High-frequency circuit design puts forward strict requirements on wiring precision and impedance control; outdoor humidity, salt fog and ultraviolet radiation easily accelerate component aging; network stability standards are extremely rigorous, and local faults may affect wide-range communication services; industry certification procedures bring long verification cycles and high development costs.