Audio-Technica 1/2-WAVE 470T530 Half-Wave Antenna Kit; 470 to 530 MHz

Optimize Your Wireless Audio with the Audio-Technica 1/2-WAVE 470T530
The Audio-Technica 1/2-WAVE 470T530 Antenna Kit is an ideal upgrade for enhancing your wireless microphone systems. Specifically designed to operate between 470 – 530 MHz, this kit is engineered to improve signal quality and reduce dropouts, ensuring your audio remains clear and consistent during live performances, presentations, or recordings.

Flexible Installation Solutions
With versatile mounting options, the 1/2-WAVE 470T530 offers two primary installation methods. Utilize the included BNC pass-through connectors for a seamless front rack panel setup, or opt for remote mounting with the provided bracket hardware. This flexibility allows you to position the antennas in the optimal location for maximum signal reception, whether in a compact studio or a sprawling conference center.

Enhanced Signal Integrity
Positioning your receiver antennas effectively is crucial for maintaining the integrity of your audio signal. By bringing the antennas to the front of the rack or positioning them outside of equipment closets, the 1/2-WAVE 470T530 kit ensures that you capture the best possible signal, significantly enhancing your wireless system's performance and reliability.

Robust Design for Professional Use
Crafted with durability in mind, the high-quality 1/2 wave antennas included in this kit are built to withstand the rigors of both fixed installations and on-the-road use. This robust design guarantees long-term reliability, making it a wise investment for any audio professional looking to optimize their wireless setup.

Ideal for a Range of Applications
Whether you're outfitting a classroom, setting up for a corporate event, or rigging a live concert, the Audio-Technica 1/2-WAVE 470T530 provides the performance and flexibility needed to handle any environment. Its broad frequency range makes it compatible with a variety of wireless microphone systems, offering a versatile solution to common signal issues.