Designed to operate across both 40 GHz (V-Band) and 75 GHz (W-Band) frequency bands, this dual-band, dual-linear antenna provides exceptional flexibility for high-capacity wireless backhaul and infrastructure applications. Fully customizable to specific frequencies within each band, its advanced architecture enables seamless deployment in dense network environments where performance and spectral efficiency are critical.
At the core of the biWave V/W is its outstanding electrical performance. With ultra-narrow beamwidths down to 0.3°, high gain approaching 49.4 dBi, and cross-polarization discrimination exceeding 35 dB, the antenna delivers superior signal integrity and minimal interference within a single compact system. The result is higher throughput, improved link reliability, and optimized spectrum utilization—key advantages for modern communication networks.
Beyond performance, the biWave V/W is built to endure. Its rugged aluminum mounting system and corrosion-resistant construction are engineered for long-term outdoor deployment, even in extreme conditions. With a survival wind rating of up to 125 mph and proven ice-loading resilience, operators can rely on uninterrupted performance in harsh environments. Fine azimuth and elevation adjustment mechanisms further simplify installation, enabling precise alignment for maximum efficiency.
Pre-assembled for rapid deployment and fully compliant with FCC and ETSI standards, the biWave V/W antenna is a turnkey solution for network providers seeking high-performance, reliable millimeter-wave connectivity – an ideal solution for rapid data backhaul and telemetry applications.
Manufactured in Windham, Maine, the mWave biWave V/W antenna reflects Alaris mWave’s commitment to quality, innovation, and performance - delivering the technology needed to power the networks of tomorrow.
