Diversity Fin®
The Diversity Fin® Antenna is a multi-purpose antenna for wireless microphones that doesn’t drop out by using our patented cross-polarized design.
![Diversity Fin®](https://www.rfvenue.com/hubfs/Dfin-2.png)
The Diversity Fin® Antenna is a multi-purpose antenna for wireless microphones that doesn’t drop out by using our patented cross-polarized design.
DISTRO9 HDR provides the highest quality multi-zone antenna distribution for your wireless microphone system. Featuring nine clean diversity RF channels and two separate antenna input pairs, the DISTRO9 HDR makes multi-space wireless mic projects a breeze. Easily add a second set of remote antennas for multi-purpose spaces, indoor/outdoor coverage, and more
The CP Beam™ Antenna is a lightweight, circularly polarized antenna that doesn’t drop out and is designed to ensure a consistent signal with in-ear monitors (IEMs), wireless microphone systems, and other UHF communication devices.
The Diversity Omni™ Antenna is a multi-purpose omnidirectional antenna for wireless microphones that doesn’t drop out by using our patented cross-polarized design.
The RF Spotlight™ antenna is a low-profile floor pad antenna that enables wireless mics to function reliably in the most crowded RF environments. Perfect on stages, in hotel breakout rooms, at conventions or in churches, the RF Spotlight is effective where multiple wireless systems must inter-operate across facilities and open channels are limited.
Professional Antenna Distribution System for Any Brand Wireless Microphone
RF Venue's 4 Zone™ active antenna combiner makes completing multi-zone wireless microphone projects easy and affordable. The 4 ZONE can combine up to four pairs of diversity antenna connections for multi-purpose rooms, indoor-outdoor configurations, or main stages with breakout rooms.
The COMBINE4 active IEM transmitter combiner brings together up to four in-ear monitor transmitter signals into a single, more powerful transmit antenna, eliminating the use of problematic multiple antennas while lowering the buildup of unwanted Intermodulation.
The COMBINE8 IEM combiner brings together up to eight in-ear monitor transmitter signals into a single rear panel mounted antenna connector.
The Diversity Omni™ Antenna and DISTRO4 are available in a turnkey bundle package including:
The Diversity Omni™ Antenna and DISTRO9 HDR are available in a turnkey bundle package including:
The effortless way to improve your wireless In-Ear Monitor system is to run it like a pro by using a transmitter combiner driving a helical antenna. Just check any professional stage.
RF Venue band-pass filters help eliminate "out of band" signals that can saturate the front end of wireless microphone receivers and can greatly improve dynamic range by reducing noise and third party interference outside the range of operation.
The RF Venue Spectrum Recorder simplifies monitoring and optimizing wireless microphone and in-ear monitor systems. It continuously captures RF activity in the 400-700 MHz band, saving data as time-stamped CSV files on its internal storage. These files can be retrieved directly via USB drive or accessed remotely over a local network.
RF Explorer® Pro is a 3rd generation, high-performance instrument for wireless audio system design, deployment, and monitoring. With its integrated 6 GHz Spectrum Analyzer, Tracking Generator, and Frequency Coordination and WiFi Analysis tools, it offers advanced functionality with an intuitive touch screen to support any wireless microphone or in-ear monitor system.
Upload scans from the RF Explorer Pro right to our free Wireless System Builder tool.
RF Venue provides premium made in USA low loss, 50Ω RG8X coaxial cable with BNC male connectors for wireless audio applications.
DC Octopus 8-Connector Power Distribution Cable, with Anderson PowerPole Connector. For use with the DISTRO9 HDR.
Use the 2x1Split to make an 8 channel IEM combiner, create a distributed antenna system, or to tap into your spectrum analyzer to get more insight into your setup.
This in-line amplifier is designed to compensate for signal loss on long coax runs.