Audio Technica ATM350W Cardioid Condenser Microphone

Product Description

The AUDIO TECHNICA ATM350W is a cardioid condenser microphone designed for surface-mount wired applications. It captures sound using a cardioid polar pattern, which rejects noise from the rear and sides while focusing on the source directly in front of the capsule. This pickup characteristic makes it well suited for environments where feedback rejection and off-axis noise control are critical. The ATM350W is built for professional audio installations and live sound reinforcement scenarios where a discreet, wired condenser solution is required. Licensed audio engineers and AV installation technicians are the primary installers of this unit.

The ATM350W fits into surface-mount wired microphone applications across a range of professional settings. Typical use cases include theater productions, houses of worship, podium reinforcement, and broadcast or recording environments where a low-profile condenser microphone is needed. Its wired design eliminates RF interference concerns associated with wireless systems, making it a reliable choice for fixed installations demanding consistent signal integrity.

Key Features

• Cardioid polar pattern for focused pickup and rear rejection
• Condenser capsule for extended frequency response and transient detail
• Surface-mount wired form factor suited for discreet fixed installations
• Wired signal path eliminates RF dropout and battery dependency

Compatibility

Designed as an OEM-style surface-mount wired condenser microphone for professional audio reinforcement and installation applications requiring cardioid pickup.

Installation Notes

Installation is typically performed by a licensed AV technician or audio systems integrator. Power down the mixing console or preamplifier before connecting or disconnecting the microphone. Ensure phantom power requirements of the microphone are met by the connected preamp or console before use. Follow applicable NEC low-voltage wiring guidelines when routing signal cables through walls or ceilings.