Audio-Technica ATUC-M32L Line Cardioid Conference Microphone

The Audio-Technica ATUC-M32L Line Cardioid Conference Microphone is a fixed-charge condenser gooseneck microphone engineered for professional discussion environments. This specialized microphone serves as a primary audio input component for the ATUC-IR IR/Wired Hybrid Discussion System and supports both wired and wireless configurations.

Directional Performance and Audio Quality

The ATUC-M32L utilizes a line cardioid polar pattern to provide focused sound capture while minimizing ambient noise. With a frequency response of 100 Hz to 15,000 Hz, the microphone ensures clear and intelligible vocal reproduction for meeting participants. The integration of RFI-shielding technology protects the signal from radio frequency interference, maintaining audio integrity in complex electronic environments.

Technical Design and Construction

This gooseneck microphone measures 320.0 mm (12.60") in length with a slim 10.0 mm (0.39") head diameter. The hardware includes a double-layer pop filter to reduce breath noise and plosives during speech. For secure and standard connectivity, the unit features a 3-pin XLRM-type connector.

Visual Monitoring and System Control

To facilitate effective communication management, the ATUC-M32L includes a remote-controlled LED ring. This visual indicator provides immediate status updates for participants and system operators. The microphone's design allows it to function reliably within hybrid discussion systems, offering versatility for various conference room layouts.

Key Features

• Fixed-charge condenser element provides consistent audio capture.
• Line cardioid polar pattern improves directional focus.
• 320.0 mm gooseneck length offers flexible positioning for speakers.
• Double-layer pop filter enhances speech clarity by minimizing air interference.
• RFI-shielding technology reduces interference from external radio devices.
• Remote-controlled LED ring indicates active or standby status.
• 3-pin XLRM-type connector ensures compatibility with standard audio interfaces.