Wireless

The TwistPort TPA-PAF adapter is designed for connection between Ubiquiti Rocket Prism 5AC , airFiber 5X / 5XHD and antenna with TwistPort connector. TwistPort adapters are equipped with a new fast-lock system from RF elements. Connecting

TPA-SMA is a TwistPort converter adapter from TwistPort to (2) RSMA-female connectors. The adapter allows connect any two-polarized radio to be connected by RF cables. The adapter is capable of operating in the 5180 to 6400MHz band. RSMA f

TwistPort Adaptor for Cambium NetworksTM ePMP2000 Integrated Radios allows easy integration with any RF-Elements antenna with TwistPort connector. TwistPort Adaptor uses special coaxial connectors without threads, so the integration of ePMP2000 AP Radi

Symmetrical Horn TP Antennas are scalar horn antennas with a symmetrical beam radiation pattern and game-changing TwistPort connector. Deployed in field since 2014, they solve major weak points of mainstream sector antenna technologies and provide exce

TwistPort Adaptors for connectorized radios allow easy integration with Ubiquiti Rocket 5AC-Lite. TwistPort Adaptors for Ubiquiti Rocket Radios use special coaxial connectors without threads, so the integration is revolutionary easy. Simply slid

AH90-CC is a 5GHz sector antenna of the "horn" type of a new generation from the RF elements workshop and is characterized by 90° asymmetric beam angle (25° in the elevation plane), gain 16 dBi and 2x N-Female connectors. This ante

TwistPort adapter is designed for wireless AP Mimosa B5x, Mimosa C5x, Mimosa C6x and is used to connect the TwistPort antenna and the unit itself. TwistPort adapters are equipped with a quick locking system from RF elements. Connecting and disco

The AH60-4x4-SMA is a 4x4 5GHz sector horn antenna from RF elements, featuring a 60° asymmetrical radiation pattern and a gain of 17dBi. Outstanding noise rejection and precision of the radiation pattern throughout the bandwidth o

The AH90-4x4-SMA is a 4x4 5GHz sector horn antenna from RF elements, featuring a 90° asymmetrical radiation pattern and a gain of 16dBi. Outstanding noise rejection and precision of the radiation pattern throughout the bandwidth o

6 GHz Asymmetrical Horn WB Antennas: A Revolutionary Solution for Internet Service Providers RF elements presents the 6 GHz Asymmetrical Horn WB Antennas, specifically designed to cover the unlicensed 5 GHz and 6 GHz bands. Thes

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The AH90-WB is a 6 GHz and 5 GHz sector "horn" antenna from RF elements, featuring a 90° asymmetric beam angle, 15 dBi gain, and a TwistPort connector. This antenna offers a perfect combination of features to address the key weaknesses of

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AH90WB-4x4-SMA is a 4x4 5 and 6 GHz horn sector antenna by RF elements, featuring a 90° asymmetrical radiation angle and a gain of 15dBi. This antenna offers a perfect combination of properties and features that address the main weaknesses of today's m

30° Symmetrical Horn Antennas have a symmetrical beam pattern with depressed sidelobes. They offer excellent noise rejection and supreme scalability options. They are perfect for high-density AP clusters and dense co-location deployments.

60° Symmetrical Horn Antennas have a symmetrical beam pattern with depressed sidelobes. They offer excellent noise rejection and supreme scalability options. They are perfect for high-density AP clusters and dense co-location deployments.

90° Symmetrical Horn Antennas have a symmetrical beam pattern with depressed sidelobes. They offer excellent noise rejection and supreme scalability options. They are perfect for high-density AP clusters and dense co-location deployments.

UltraDish™ 29 WB is designed for CPE application in 5 & 6 GHz bands with increased gain requirements. Key features Wideband performance with 2,225 MHz wideband covering 5 & 6

The TwistPort™ Adaptor TPA-ePMP-B-6 makes the ePMP™ 4600L and ePMP™ 4600C radio compatible with TwistPort™ Antennas that support 6 GHz band. TwistPort™ Adaptors are equipped with our original quick-locking waveguide port. Connecting and disconnecti

The TPA-SMA6 provides two RP-SMA female coaxial interface to TwistPort™ enabled antennas. Compatible devices any WB antenna: SH30WB, SH60WB, SH90WB,AH60WB, AH90WB, UD29WB 5 GHz Antennas: UH-TP-5-24, HG

Product description prepares.

Product description prepares.

TwistPort Adaptors for connectorized radios allow easy integration with Ubiquiti Rocket M5 and UAP Outdoor5. TwistPort Adaptors for Ubiquiti Rocket Radios use special coaxial connectors without threads, so the integration is revolutionary

UH-TP-5-24 UltraHorn TP antenna is highly directional (11° beam angle) scalar horn antennas for point-to-point connections in 5GHz band and 24 dBi antenna gain. They offer all the benefits of scalar horns: ultra noise rejection, lo

TwistPort Adaptor for MIMOSA C5c Integrated Radios allows easy integration with any RF-Elements antenna with TwistPort connector. TwistPort Adaptor uses special coaxial connectors without threads, so the integration of MIMOSA C5c Radios is revolutionar

TwistPort Adaptor for ePMP 1000 AP, CSM, ePMP Force 300 CSM, ePMP 3000L AP allows easy integration with any RF-Elements antenna with TwistPort connector. TwistPort Adaptor uses special coaxial connectors without threads, so the integration of A

TPA-C5x - The TwistPort™ Adaptor for Mimosa C5x makes the radio compatible with all TwistPort™ Antennas. Dual slant or H+V TPA-C5x allows to choose between Dual Slant polarization setup or H+V polarization setup.

Twin Horn Bracket allows you to install two symmetrical Horn antennas with exactly the same alignment. The bracket also accommodates mainstream 4x4 radios, such as ePMP™ 3000 or Mimosa® A5c. High density sectors or 4x4 deployments are now ingeniously s

HG3-CC-A20 - 20° Asymmetrical Horn CC has radiation pattern narrow in the azimuth and wide in the elevation plane, greatly improving the coverage planning options. Increased gain and zero side lobes are suitable for rural deployments. 20° Asymmetrical

HG3-CC-A60 - 60° Asymmetrical Horn CC has radiation pattern narrow in the azimuth and wide in the elevation plane, greatly improving the coverage planning options. Increased gain and zero side lobes are suitable for rural deployments. 60° Asymmetrical