Shure 4-Pin Mini Connector Adapter for Bodypack Transmitters

Overview

The Shure WA330 is a 4-pin mini connector adapter designed to connect small-diameter microphone cables directly to Shure bodypack transmitters such as the T1, T11, LX1, SC1, and U1. It provides a secure and reliable link that maintains clean audio signals while enabling wireless freedom for performers, speakers, and content creators. Weighing only about 0.02 pounds, it adds minimal bulk and does not interfere with movement or on-camera setups.

Key features

• 4-pin mini connector (TA4F) that snaps easily into Shure bodypack transmitters for quick setup
• Supports a wide range of applications including singing, spoken word, video recording, and video conferencing
• Lightweight design that avoids pulling on clothing or adding noticeable weight to equipment
• Secure connection that stays in place during live performances, rehearsals, and long sessions
• Compatible with multiple Shure wireless systems, offering flexibility for touring engineers and AV teams
• Maintains high-quality audio transmission with an omnidirectional polar pattern for clear sound

Key specs

• Connector type: 4-pin mini connector (TA4F)
• Compatible transmitters: Shure T1, T11, LX1, SC1, U1 bodypack transmitters
• Weight: approximately 0.02 pounds
• Audio pattern supported: omnidirectional

Connectivity and compatibility

This adapter bridges small-diameter microphone cables to Shure wireless bodypack transmitters, enabling seamless integration with popular models used in professional audio setups. It is ideal for users who want to pair their preferred lavalier or headset microphones with Shure wireless systems without compromising signal quality or mobility.

Ideal uses and environments

The WA330 fits well in environments ranging from live stage performances and classroom presentations to corporate meetings and video production. Its lightweight and secure design make it suitable for performers who move freely, speakers who need reliable wireless audio, and content creators requiring discreet and dependable microphone connections.