RF Venue Diversity Fin Antenna Paddles 470-698Mhz

The RF Venue Diversity Fin Antenna Paddles 470–698 MHz is a professional dual-element UHF diversity antenna system combining an LPDA and dipole design for improved RF stability. It is ideal for live events, corporate productions, houses of worship, broadcast, and touring wireless microphone systems.

Professional UHF Diversity Microphone Antenna System

The RF Venue Diversity Fin Antenna Paddles 470–698 MHz is a professional wireless microphone antenna solution designed for live events, corporate productions, houses of worship, broadcast, touring systems, and installed AV environments. Engineered to improve RF reliability and reduce dropouts, the Diversity Fin combines two antenna elements into a single directional diversity system for more consistent wireless microphone performance in challenging RF environments.

Dual-Element Diversity Performance

Operating in the 470–698 MHz UHF band, the Diversity Fin integrates a log-periodic dipole array (LPDA) and a dipole antenna into one unit, providing true diversity reception from a single mounting point. This cross-polarized design helps reduce signal loss caused by antenna orientation and multipath interference, delivering more stable wireless microphone performance across stages, auditoriums, and large venues.

Improved RF Stability & Coverage

The directional LPDA section provides focused coverage toward the performance area, while the dipole element captures horizontally polarized signals, improving overall reception consistency. This combined approach helps maintain stronger signal integrity for handheld and bodypack transmitters, even in reflective indoor environments or complex RF conditions common in live production spaces.

Fast Setup for Professional Workflows

Designed for touring and installation use, the RF Venue Diversity Fin Antenna Paddles simplifies wireless system setup by replacing traditional dual paddle antennas with a single unit. It mounts easily to standard mic stands or rigging systems and connects via dual BNC outputs to wireless receivers or antenna distribution systems, reducing setup time while improving overall RF performance and system reliability.

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