The RF Venue Diversity Fin IPX Antenna is designed to improve wireless microphone reliability in environments where multipath interference, weather exposure and changing transmitter orientation can affect performance. By combining log-periodic and dipole elements in a single cross-polarized design, it captures both vertical and horizontal signals without requiring two separate paddle antennas. This streamlined approach simplifies antenna deployment while supporting more consistent reception across touring systems, outdoor stages and installed wireless environments.
Cross-Polarized Design for More Consistent Reception
The Diversity Fin IPX receives signals across multiple orientations, helping reduce dropouts when performers move, turn or change transmitter position. Its 470–928 MHz operating range supports compatibility with most modern wireless microphone systems, while the single-unit format simplifies antenna placement compared to traditional dual-paddle configurations. This design helps engineers maintain stable wireless performance with fewer components and less setup complexity.
IP44-Rated Housing for Touring and Outdoor Applications
Built for real-world environments, the antenna features an IP44-rated enclosure designed to help protect against rain, dust and debris. Downward-facing BNC connectors further shield connections from environmental exposure, making the antenna well suited for outdoor productions, rental inventories and permanent installations where reliability is critical.
Flexible Mounting and Streamlined Deployment
A standard 5/8"-27 threaded mount allows quick attachment to common microphone stands, and the included EU adapter expands compatibility. By combining two antenna elements into a single housing, the Diversity Fin IPX reduces stand count, cabling clutter and setup time while maintaining consistent wireless performance. Designed for touring racks, installed systems and portable rigs, the RF Venue Diversity Fin IPX Antenna provides a clean, reliable foundation for professional wireless microphone setups.