Audio-Technica ATW-A49A WIDE-BAND Directional Antenna(pair)

The Audio-Technica ATW-A49a Wide-band Directional Antenna deliver reliable and precise signal capture across an impressively wide frequency range. These professional-grade antennas are specifically engineered for use with UHF wireless systems and feature a log-periodic dipole array design. They operate efficiently within a broad frequency spectrum of 470 to 950 MHz, ensuring versatile compatibility with a wide range of wireless setups. Moreover, each antenna paddle maintains a consistent 50-ohm impedance and integrates a high-quality, low-loss BNC connector. These characteristics help reduce signal degradation while enhancing system reliability in both live and installed environments.

Furthermore, the 6 dBi typical gain ensures stronger, more focused reception of RF signals. This gain level improves system performance, particularly in spaces where signal reliability is crucial. Thanks to their directional characteristics, these LPDA antennas also minimize unwanted interference from off-axis sources. With a 100° beam width and a typical VSWR of ≤ 1.7, the ATW-A49a offers a balanced tradeoff between gain and coverage area. Additionally, Audio-Technica includes a 5/8″-27 to 3/8″-16 threaded adapter, supporting both permanent and temporary installations with various mounting options.

As a complete solution, the ATW-A49a comes in pairs, ensuring symmetrical coverage for stereo or diversity wireless systems. These antennas, weighing just 316 grams each, are lightweight and unobtrusive yet durable enough for professional environments. Ultimately, the ATW-A49a offers broadcast-quality performance and practical flexibility, making it a smart choice for demanding RF installations where wide-band operation and superior signal pickup are critical.

The Audio-Technica ATW-A49a Wide-band Directional Antenna delivers wide-band UHF performance, directional accuracy, and reliable signal strength-making it an essential solution for professional wireless systems in any environment.