Audio Technica U855QL Cardioid Dynamic Gooseneck Mic

Product Description

The AUDIO TECHNICA U855QL is a cardioid dynamic gooseneck microphone designed for fixed-installation and podium applications. The cardioid polar pattern focuses pickup on the sound source directly in front of the mic while rejecting off-axis noise from the sides and rear. The gooseneck form factor allows precise positioning at lecterns, conference tables, pulpits, and broadcast desks. Installation is handled by AV integrators, sound technicians, and low-voltage systems contractors working in houses of worship, government chambers, boardrooms, and similar speech-reinforcement environments.

The U855QL suits permanent and semi-permanent installations where a low-profile, directional mic is required at a fixed speaking position. Its dynamic transducer requires no phantom power, simplifying integration with a wide range of mixing consoles and installed sound systems. The gooseneck configuration makes it well suited for situations where the speaker position may vary slightly, allowing quick repositioning without moving the base.

Key Features

• Cardioid polar pattern reduces feedback and rejects ambient room noise
• Dynamic transducer operates without phantom power
• Flexible gooseneck allows precise mic positioning at the source
• Designed for fixed-installation speech-reinforcement applications
• Sold as a single unit (EA)

Compatibility

Designed as an OEM-style installation microphone for use with standard installed-sound mixing consoles and preamplifiers accepting a wired dynamic mic input.

Installation Notes

Installation is typically performed by a licensed AV integrator or low-voltage contractor. Mount the base to the lectern or table surface per the mounting hardware instructions before routing the cable through the fixture. Dynamic microphones do not require phantom power, but confirm the console channel is set accordingly before connecting. Power down or mute the channel on the mixing console before making or breaking the mic connection to avoid transient pops through the system.