RF elements Symmetrical Horn Sector antenna with TwistPort, 5GHz, 16dBi, 40°

Product description

Symmetrical Sectors are low loss scalar horn antennas with unique beam shape and characteristics. Their beam section is circular: azimuth and elevation radiation angles are identical. The beam pattern does not vary with frequency and antenna gain is balanced over a wide frequency range. These features make them excellent for use as Sector antennas. This antenna has 16dBi gain and 40° beam angle.

TwistPort Connector
Symmetrical Sectors feature industry changing TwistPortTM Connector, our patent pending quick-locking waveguide port. TwistPortTM is virtually lossless: there are no coaxial RF connectors or RF cables, that cause significant signal loss. Connection and disconnection is brilliantly simple "twist and snap" and can be done with one hand.

Superb Scalability
Symmetrical Sectors enable breakthrough scalability of wireless systems that fundamentally re-defines the approach to planning and deployment of wireless networks. We offer wide range of antenna models with exact beam pattern from 30° to 90°. You are no longer forced to compromise your network design with limitations of your current vendor.




Cross-Platform Compatibility
TwistPortTM connector allows simple and easy integration between any of SimperTM Radios with any of TwistPortTM (TP) enabled antennas when planning your network. When using third party wireless platforms, such as UBNTTM, MikroTikTM or Cambium NetworksTM, you can convert traditional radios into TwistPortTM compatible radio using TwistPortTM Adaptors (TP-A).



Robust and Durable
Symmetrical Sectors are solid metal structures - they are built to last. We use the best available materials: die cast, stamped and extruded aluminium, high quality ABS plastic and stainless steel hardware.

Compact
Symmetrical Sector antennas are very compact. They only have 20 - 25% footprint of traditional Sector antennas. Compact size saves tower rental fees and makes them easy to install on places where mainstream Sectors would not be allowed due to their shape and size.