Audio Technica ATW-T1407 Desk Stand Transmitter 2.4 Ghz

Product Description

The AUDIO TECHNICA ATW-T1407 is a desk stand transmitter operating in the 2.4 GHz frequency range, designed as part of the System 20 Pro wireless microphone series. This unit functions as a tabletop boundary-style transmitter, converting audio signals to a wireless 2.4 GHz transmission for use in professional and commercial audio applications. It is suited for conference rooms, houses of worship, broadcast environments, and similar installations where a stationary wireless transmitter is required. Audio technicians and AV integration professionals are the primary installers of this type of equipment.

The ATW-T1407 is intended for use within the Audio-Technica System 20 Pro wireless ecosystem. Its desk stand form factor makes it well-suited for fixed-position applications such as podiums, conference tables, and presentation environments where a handheld or clip-on transmitter is not practical. This transmitter pairs with compatible System 20 Pro receivers to complete the wireless signal chain.

Key Features

• Operates in the 2.4 GHz frequency band for interference-resistant wireless transmission
• Desk stand form factor designed for fixed tabletop placement
• Part of the System 20 Pro wireless microphone platform
• Sold as a single unit (EA), quantity of one per package

Compatibility

Designed for use within the Audio-Technica System 20 Pro wireless series. Consult the System 20 Pro receiver documentation to confirm compatible receiver pairings before installation.

Installation Notes

Installation is typically performed by a licensed AV technician or systems integrator familiar with wireless audio equipment. Before servicing or replacing any wireless transmitter component, power down all associated receiver units and confirm the frequency channel assignments match between transmitter and receiver. Follow all applicable local codes and manufacturer guidelines for RF wireless equipment placement to minimize interference from other 2.4 GHz devices in the environment.