Shure SLXD24D+/58 — Dual-Channel Wireless System with SM58 Handheld Transmitters
SLXD24D+/58 Overview
The Shure SLXD24D+/58 is a complete dual-channel wireless system built around the half-rack SLXD4D receiver and two SLXD2+/58 handheld transmitters, each housing the legendary SM58 cardioid dynamic capsule. Wide-tuning transmitters and receivers maintain synchronization through the dedicated ShowLink Ease control link, enabling automatic interference scanning, channel updates, and clear transmission management without interrupting a live event. The system is suited for seasoned audio engineers, system integrators, houses of worship, and touring productions requiring reliable dual-channel RF performance.
Remote monitoring and full system configuration are accessible via a paired mobile device, reducing the need for physical access to rack-mounted hardware during operation.
Key Features
- Dual-Channel Half-Rack Receiver — The SLXD4D receiver manages two independent wireless channels in a compact half-rack form factor, optimizing rack space in installed and touring rigs
- SM58 Cardioid Dynamic Capsule — Each SLXD2+/58 transmitter is equipped with the industry-standard SM58 capsule, delivering consistent vocal performance with effective off-axis rejection
- ShowLink Ease Control Link — A dedicated RF control link keeps transmitters and receivers in continuous communication, enabling remote parameter adjustments without breaking the audio signal path
- Automatic Interference Scanning — The system scans the RF environment and identifies clean frequencies, then updates transmitter and receiver channels automatically for uninterrupted transmission
- Wide-Tuning Range — Broad frequency agility across the operating band provides flexibility in congested RF environments and multi-system deployments
- Mobile Device Configuration — Full system monitoring and configuration is available through a paired mobile device, supporting remote management without direct hardware access
- Hands-Free System Oversight — ShowLink Ease enables engineers and trained volunteers to manage the system remotely, reducing operational complexity during live events
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