Shure SLXD24/B87A Wireless Handheld Microphone System with Beta 87A Capsule
The Shure SLXD24/B87A is a high-performance wireless handheld microphone system designed to deliver crystal-clear 24-bit digital audio and effortless setup for presenters, vocalists, and public speakers. At the heart of the system is the Beta 87A supercardioid condenser capsule, engineered for smooth, detailed vocal reproduction and excellent handling of high sound pressure levels.
The Beta 87A’s supercardioid pickup pattern provides superior isolation from ambient noise and outstanding feedback rejection, making it ideal for live sound environments where vocal clarity is critical. Whether you're performing on stage or speaking in a professional setting, this microphone ensures your voice is captured with precision and presence.
The system includes a durable single-channel half-rack receiver with removable antennas, offering flexible configuration for both portable setups and permanent installations. Perfect for small to mid-sized venues, houses of worship, conference rooms, classrooms, and event spaces, the SLXD24/B87A combines Shure’s legendary sound quality with modern wireless reliability.
Shure SLXD24/B87A Wireless Handheld Microphone System with Beta 87A Capsule
Features
What's In The Box?
- Single-channel digital wireless system designed for vocal performance, presentations, and live sound applications.
- Beta® 87A condenser capsule delivers crisp, detailed vocal clarity with a supercardioid pickup pattern for excellent feedback rejection and off-axis noise control.
- 24-bit digital audio ensures transparent sound quality with low latency and high dynamic range.
- SLXD4 receiver offers rock-solid RF performance, easy IR sync, and intuitive setup.
- Supports up to 32 compatible systems per 44 MHz band, ideal for multi-microphone environments.
- Up to 8 hours of continuous operation with AA batteries or optional Shure SB903 rechargeable battery.
- Perfect for lecture halls, worship services, corporate events, and live stage performances.