Sennheiser EW-DX EM 2 DANTE (V5-7) — Two-Channel Digital Wireless Dante Receiver
EW-DX EM 2 DANTE Overview
The Sennheiser EW-DX EM 2 DANTE (V5-7) is a professional two-channel digital wireless receiver built on Sennheiser’s EW-DX platform, delivering reliable RF performance with integrated Dante network audio capability for streamlined signal distribution. Designed for the V5-7 frequency range, it fits seamlessly into complex RF environments where precise frequency coordination is essential. The combination of digital wireless technology and Dante connectivity makes it a strong fit for houses of worship, touring productions, broadcast facilities, and installed venue applications. Audio engineers and system integrators who require scalable, network-based audio routing will find the EW-DX EM 2 DANTE a capable centerpiece for wireless infrastructure.
The receiver’s Dante integration eliminates the need for dedicated analog snake runs, simplifying installation and reducing infrastructure overhead in both permanent installs and touring rigs.
Key Features
- Two-Channel Wireless Reception — Simultaneously receives two independent wireless channels from a single 1U rack unit, maximizing rack density and efficiency
- Integrated Dante Networking — Delivers audio directly over standard IP networks, enabling flexible routing, scalability, and integration with Dante-enabled consoles and processors
- EW-DX Digital Platform — Built on Sennheiser’s advanced digital wireless architecture for robust RF performance and audio fidelity
- V5-7 Frequency Range — Operates in the V5-7 band, providing frequency flexibility for coordination in congested RF environments
- Rack-Mount Form Factor — Standard 1U rackmount design integrates cleanly into professional rack systems for fixed installations and touring
- Scalable System Design — Compatible with the broader EW-DX ecosystem of transmitters and accessories, supporting system expansion as needs grow
- Network-Based Management — Supports remote monitoring and control via network, reducing the need for physical access during operation
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