The demand for 1600MHz-1700MHz filters has surged, and there is an increasing emphasis on high-performance filters to open up the "throat" of the future communication industry chain

This is the core advantage of the filter. It ensures efficient passage of signals within the 1600-1700MHz range, while simultaneously providing strong suppression of interference outside the passband. With a suppression level of ≥40dB at ±300MHz deviation, the interference signal is attenuated to one ten-thousandth, ensuring that even in crowded spectrum, communication remains pure.

Insertion loss directly affects system efficiency. A passband loss of ≤1.5dB means that the transmitting power is delivered to the antenna more efficiently, and the receiving end can capture weaker signals. With the same power consumption, it covers a longer distance; with the same signal, it provides a more stable connection

With return loss ≥15dB and standing wave ratio <1.8:1, this set of data signifies "zero blockage" in signal transmission. With reduced reflection, power loss is minimized, and device heating is controlled. This not only ensures efficiency but also lays the foundation for reliability.

-40℃ to +85℃ represents the operating boundary and capability declaration of the filter. Whether deployed at the base station in Mohe or on the tower in the Sahara, its electrical performance remains stable and communication never goes offline.

5W average power, 50W peak power - this specification precisely targets application scenarios such as small base stations, point-to-point microwave, and drone links. It's neither too big nor too small, just right.