Cambium Networks 85009325001 NEW PMP 450 5 GHz 60 degree sector antenna

The Cambium Networks 85009325001 is a purpose-built 5 GHz 60-degree sector antenna engineered for deployment within Cambium PMP 450 point-to-multipoint wireless broadband networks. Operating across the 5400–6000 MHz frequency range, it delivers 17 dBi of antenna gain and supports 2x2 MIMO-OFDM technology to maximize sector throughput and reliability. With a linear polarization design, a maximum VSWR of 1.5:1, and a 30 W power handling rating, this antenna is optimized for high-capacity outdoor fixed wireless infrastructure carrying data, voice, and video traffic. Rated to withstand wind velocities up to 134 mph, it is built for demanding outdoor environments where structural integrity and RF performance must be sustained under adverse conditions.

Key features & benefits

• 5 GHz Sector Coverage — Covers the 5400–6000 MHz frequency range with a 60-degree sector beamwidth, delivering focused, high-efficiency coverage for point-to-multipoint deployments.
• High Antenna Gain — 17 dBi gain (14.85 dBd) concentrates radiated energy across the sector, extending reach and improving link margins for subscriber connections at range.
• 2x2 MIMO-OFDM Support — Engineered to support Cambium PMP 450's 2x2 MIMO-OFDM air interface, enabling high-capacity, high-reliability wireless broadband throughput across the sector.
• N Female RF Connector — Terminated with industry-standard N Female connectors for secure, low-loss RF connections compatible with standard coaxial cabling used in outdoor wireless infrastructure.
• Robust Wind Load Rating — Rated for maximum wind velocities up to 134 mph, ensuring structural integrity and consistent RF performance in harsh outdoor environments.
• Low VSWR — Maximum VSWR of 1.5:1 confirms excellent impedance matching, minimizing reflected power and maximizing energy transfer for efficient sector operation.
• Outdoor Infrastructure Grade — Designed specifically for fixed wireless broadband infrastructure supporting data, voice, and video transport in synchronized PMP network configurations.