Shure Brothers Inc. SM35-TQG Headset Condenser Mic TA4F

Product Description

The SHURE BROTHERS, INC. SM35-TQG is a cardioid condenser headset microphone terminated with a TA4F (mini 4-pin XLR) connector, designed for use with compatible wireless bodypack transmitters. The cardioid pickup pattern isolates the intended sound source while rejecting off-axis noise, making it well suited for active or hands-free applications. The snap-fit headset mounting system allows for quick, secure positioning on the user. This microphone is intended for professional audio installations and live performance environments where a discreet, head-worn solution is required.

The SM35-TQG is commonly deployed in theatrical productions, live event reinforcement, broadcast, and presentation settings where talent or presenters require a hands-free microphone solution. The TA4F connector mates directly with Shure wireless bodypack transmitters that accept the 4-pin mini connector format. Its low-profile design keeps the microphone element positioned consistently near the mouth for repeatable gain and intelligibility.

Key Features

• Cardioid condenser capsule for focused pickup and off-axis rejection
• TA4F (mini 4-pin XLR) termination for direct connection to compatible wireless bodypacks
• Snap-fit headset frame for tool-free, rapid positioning and adjustment
• Head-worn form factor enables hands-free operation during live performance or presentation
• Low-profile placement supports consistent microphone-to-mouth distance

Compatibility

Designed for use with wireless bodypack transmitters accepting a TA4F (mini 4-pin XLR) connector input. Verify transmitter connector type and pinout before installation.

Installation Notes

Installation is typically performed by a licensed audio technician or systems integrator. Power down the wireless transmitter before connecting or disconnecting the microphone. Secure the headset frame and route the cable to avoid strain on the TA4F connector during use. Follow the transmitter manufacturer guidelines for gain structure and RF frequency coordination.