KP Performance 2300-2700MHz, 14dBi, 65-degree H/V Dual Pol 8-port sector Antenna

KP Performance Antennas KP-2HVX8-65

2300-2700MHz, 14dBi, 65-degree H/V Dual Pol 8-port sector Antenna

The KP-2HVX8-65 from KP Performance patterns are engineered to be symmetric in both polarizations, which will minimize chain imbalance. The sector antenna’s 25 dB port to port isolation and 25 dB front to back ratio allows for channel (frequency) reuse and can reach high levels of spectral efficiency in the most challenging and noisy environments. The KP-2HVX8-65 sector antennas has 8 Type N Female connectors which make 2x2, 4x4, and 8x8 MIMO configurations possible for high speeds or multiple technology deployments.

The 2.3 GHz to 2.7 GHz KP-2HVX8-65 sector antenna with 8 x N-type female connector has rugged and waterproof structure provides durable platform built for a broad range of environments and features a heavy-duty UV-resistance plastic radome for all-weather operation. The powder coated, high strength mounting brackets are built to withstand wind speeds of up to 135 mph and survive in corrosive environments with large swing in seasonal weather not impacting performance of KP performance’s KP-2HVX8-65 sector antenna. Our expert technical support and friendly, knowledgeable customer service personnel are available to assist you with your particular needs for high performance sector antennas engineered for superior performance antennas.

Features:

• Frequency coverage for 2300 MHz to 2700 MHz
• Very High Gain 14 dBi Directional Antenna
• Easy Install universal mounting bracket provided
• Weatherproof ABS – UV Resistance PVC radome
• 8 x Type N Female connector
• 65° beamwidth with dual H/V polarization
• 100 W max input power

Applications:

• 2X2, 4X4 and 8X8 MIMO ready
• 2.4 GHz applications supported
• Wireless LAN systems & I25 802.16e applications
• Mobile WiMAX Wireless Internet Provider cell site
• Smart cities expansion for coverage and IOT / IIOT
• Outdoor or indoor point-to-point (PtP) or point-to-multipoint (PtMP) applications