Shure QLXD2/SM86 Digital Handheld Wireless Microphone Transmitter with SM86 Capsule (V50 Band: 174-216 MHz)

The Shure QLXD2/SM86 is a professional handheld wireless microphone system combining the high-performance SM86 condenser capsule with the robust QLX-D digital wireless platform. The SM86 capsule features a cardioid polar pattern and a tailored frequency response designed for clear, natural vocal reproduction with enhanced presence and a smooth, flat overall response. This makes it an excellent choice for vocalists and presenters who require detailed articulation and feedback resistance in both live sound and broadcast applications. Integrated into the QLXD2 transmitter body, the capsule benefits from the system's reliable digital transmission, which delivers 24-bit/48 kHz audio quality, low latency, and stable performance in congested UHF environments.

The QLXD2 transmitter is designed for ease of use and professional management, featuring a backlit LCD screen for monitoring key parameters such as RF signal strength, audio level, frequency, and battery life. It is powered by two AA batteries, providing extended operational time, and supports remote monitoring and control via Shure Wireless Workbench software for large-scale system coordination. The digital architecture ensures companding-free audio for pristine sound and includes optional 128-bit AES encryption for secure transmission. The system's automatic frequency scanning and grouping capabilities allow for quick and optimized setup, making it suitable for both touring and fixed installations.

Ideal for demanding live performances, houses of worship, and corporate events, the QLXD2/SM86 system offers a reliable and high-fidelity wireless solution for critical vocal capture. It provides vocalists with the clarity and consistency of a premium wired condenser microphone, coupled with the freedom and reliability of advanced digital wireless technology. This handheld system represents a balanced choice for audio professionals seeking a transparent, articulate vocal sound with the operational benefits of a modern, scalable wireless ecosystem.