Adaptive performance for tough environments
In complex and interference-prone environments, maintaining stable microwave links is difficult—especially when relying on a single frequency band vulnerable to signal degradation.
PROSE's low-band dual-band antenna uses advanced microstrip technology to operate across two bands simultaneously, providing built-in redundancy. The enhanced ultra-wideband version extends performance across a broader spectrum without hardware adjustments.
Achieve reliable, high-availability links with greater interference resistance and wideband flexibility. PROSE’s solution reduces maintenance needs, lowers upgrade costs, and adapts seamlessly to evolving communication scenarios.
The low-band dual-band antenna is designed to simultaneously transmit and receive microwave signals in two different frequency bands.
Using advanced microstrip technology, the low-band dual-band microwave antenna can receive signals from two frequency bands simultaneously. If one band experiences interference or attenuation, the other band serves as a backup, ensuring stable and reliable communication.
Taking into account the characteristics of adjacent frequency bands, PROSE has further developed an ultra-wideband antenna based on dual-band technology. This innovation enables the antenna to deliver stable performance across a wide bandwidth without the need for frequent tower adjustments or replacements. This flexibility makes the ultra-wideband microwave antenna well-suited for complex electromagnetic environments, ensuring adaptability to diverse scenarios and communication needs.
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