Shure ADX5D Axient Digital Dual-Channel Portable Wireless Receiver — A Band (470-636 MHz)
ADX5D Overview
The Shure ADX5D is a professional dual-channel portable wireless receiver from the Axient Digital platform, purpose-built for the demanding workflows of broadcast audio and sound for film. Designed around a slot-in portable form factor, it delivers the superior RF performance and spectral efficiency that the touring industry has established as a benchmark standard, now made available to location sound professionals and broadcast engineers. Full compatibility with all AD series and ADX series transmitters ensures seamless integration into existing Axient Digital ecosystems. The ADX5D is the solution for audio professionals who require uncompromising wireless reliability wherever production takes them.
Its portable design is engineered for on-location deployment, from sound stages to sports arenas, providing consistent performance across challenging RF environments without sacrificing audio transparency.
Key Features
- Dual-Channel Reception — Receives two independent wireless channels simultaneously in a single portable receiver unit
- Axient Digital Platform — Part of Shure’s professional Axient Digital ecosystem, delivering the RF performance and audio quality adopted as industry standard in touring
- AD and ADX Series Transmitter Compatibility — Works with all AD series and ADX series transmitters for maximum flexibility across productions
- A-Band Frequency Range (470-636 MHz) — Operates across a wide 166 MHz tuning bandwidth for frequency coordination in dense RF environments
- Portable Slot-In Design — Compact form factor engineered for location sound, broadcast carts, and mobile production workflows
- Superior Spectral Efficiency — Optimized for high-channel-count deployments where RF spectrum management is critical
- Transparent Audio Quality — Axient Digital’s audio path is engineered to deliver clean, artifact-free wireless audio for broadcast and film production standards
Reviews
There are no reviews yet.