Shure BLX24/SM58 Wireless Vocal System with SM58 — H9 (512-542 MHz)
BLX24/SM58 Overview
The Shure BLX24/SM58 combines the industry-standard SM58 handheld microphone capsule with the BLX4 single-channel tabletop receiver in a complete wireless vocal system designed for fast deployment and reliable performance. Operating in the H9 band (512-542 MHz), this system delivers warm, clear vocal reproduction via analog transmission with up to 14 hours of battery life per charge of AA batteries. The out-of-the-box configuration includes everything needed for immediate use, making it well-suited for houses of worship, live performance venues, corporate AV, and touring applications where dependable wireless vocal coverage is required. Audio engineers and system integrators will appreciate the straightforward setup and the proven sonic character of the SM58 capsule.
The system ships complete with the BLX4 receiver, SM58 handheld transmitter, microphone clip, power supply, two AA batteries, and user guide, minimizing additional procurement requirements for a working installation.
Key Features
- SM58 Handheld Transmitter — Industry-standard cardioid dynamic capsule tailored for warm, clear vocal reproduction with proven feedback rejection
- BLX4 Single-Channel Tabletop Receiver — Compact, standalone receiver designed for quick placement and straightforward integration into existing signal chains
- H9 Frequency Band (512-542 MHz) — 30 MHz of tuning bandwidth for frequency coordination in congested RF environments
- Up to 14-Hour Battery Life — Extended runtime on two standard AA batteries, reducing battery management demands during long events or multi-service days
- Analog Transmission — Delivers the natural, uncolored vocal character associated with the SM58 without digital latency concerns
- Complete System Package — Includes receiver, transmitter, microphone clip, power supply, batteries, and user guide for immediate deployment
- Simple Setup — Designed for fast frequency assignment and reliable out-of-the-box operation with minimal configuration required
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