Shure ULXD4D-GV — Dual-Channel Digital Wireless Receiver
ULXD4D-GV Overview
The Shure ULXD4D-GV is a professional dual-channel digital wireless receiver designed for high-stakes environments where reliability, security, and spectral flexibility are non-negotiable. Built on the ULX-D platform, it delivers Dante digital audio networking for seamless integration into modern networked AV infrastructures, alongside always-on AES-256 encryption to meet the security requirements of corporate, government, and education deployments. Wide tuning frequency bands of up to 166 MHz (region dependent) provide extensive spectrum management capability across complex RF environments. This receiver is purpose-built for system integrators, audio engineers, and AV professionals managing multi-channel wireless installations in venues, houses of worship, broadcast facilities, and institutional settings.
The dual-channel form factor maximizes rack density while the Dante networking capability streamlines audio distribution without additional analog infrastructure, reducing cabling complexity in large-scale installations.
Key Features
- Dual-Channel Reception — Manages two independent wireless channels in a single rack unit, maximizing channel density and simplifying system design
- Always-On AES-256 Encryption — Provides continuous, hardware-level encryption to protect audio transmissions in sensitive corporate, government, and education environments
- Dante Digital Audio Networking — Enables direct integration into Dante-enabled AV networks for flexible, scalable audio routing without analog signal conversion
- Wide Tuning Frequency Bands — Supports tuning ranges of up to 166 MHz (region dependent), allowing extensive frequency coordination across congested RF environments
- Extensive Antenna & Spectrum Options — Supports a range of antenna configurations and spectrum management tools for complex multi-channel deployments
- Purpose-Built for Demanding Environments — Engineered for corporate, education, government, and live performance applications where uptime and audio integrity are critical
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