Audio-Technica ATW-T1407 System 20 PRO Digital Wireless Desktop Transmitter for Gooseneck Microphones (2.4 GHz)

Superior Conference Audio with ATW-T1407 System 20 PRO
Discover the Audio-Technica ATW-T1407, a desktop digital wireless transmitter specifically crafted for use with gooseneck XLR conferencing microphones. Compatible with the System 20 PRO receiver, this unit ensures high-quality audio transmission at 24-bit / 48 kHz resolution, making it an ideal solution for enhancing clarity in meetings and educational settings.

Designed for Versatile Microphone Compatibility
The ATW-T1407 stands out with its female XLR 3-pin connector that supplies 24V phantom power, accommodating a broad range of gooseneck microphones. This flexibility allows for seamless integration into any professional audio setup, ensuring that your chosen microphone delivers optimal performance without the hassle of compatibility issues.

Customizable Audio Controls
Tailor your audio input with the ATW-T1407’s customizable mute button, which offers toggle, touch-to-talk, and touch-to-mute functionalities to suit different speaking environments. An intuitive OLED screen located on the unit’s base displays vital information such as channel, level, and battery status, enabling easy adjustments on the fly.

Reliable and Long-Lasting Performance
Engineered to perform reliably in any corner of the globe, the ATW-T1407 operates within the 2.4 GHz spectrum, steering clear of potential interference from TV and radio frequencies. The built-in lithium-ion battery provides up to 12 hours of continuous use when paired with a non-LED microphone, or 8 hours with an LED-equipped mic, with a quick recharge time of just over three hours.

Expandable System for Growing Needs
This transmitter is not only powerful but also scalable, capable of expanding to accommodate up to 20 microphone channels within a 200-foot range. This makes the ATW-T1407 a perfect choice for larger venues or multi-room configurations that require consistent, secure wireless audio transmission.