UR-D2

The UR-D2 is a high-performance Dual-Channel Digital Wireless Microphone System engineered for demanding professional audio environments such as conferences, education, broadcast, and large-scale live events. Leveraging Relacart’s fully self-developed digital RF architecture, the system delivers exceptional spectrum efficiency, signal stability, and audio transparency even in highly congested frequency conditions.

As a professional-grade True Diversity Wireless Microphone System, the UR-D2 continuously analyzes RF signal quality across dual receiving paths and intelligently selects the optimal signal in real time. Combined with predictive diversity algorithms, this design effectively minimizes dropouts, multipath interference, and signal fading, ensuring uninterrupted audio transmission for mission-critical applications.

With support for up to 20 simultaneous transmitters within an 8MHz bandwidth and more than 60 compatible channels in a single frequency band, this Dual Channel Wireless Microphone System is ideal for multi-room installations and large venues that require scalable wireless solutions. The ultra-wide 64MHz tuning bandwidth further enhances frequency planning flexibility, allowing users to quickly avoid interference and optimize channel allocation.

In terms of sound performance, the UR-D2 stands out as a professional Digital Wireless Microphone System with 24-bit/48kHz lossless audio transmission, ultra-low latency below 3ms, and a wide dynamic range exceeding 120dB. This ensures natural vocal reproduction with exceptional clarity, depth, and detail, making it suitable for speech reinforcement, corporate presentations, and high-end audio production.

For applications where data security is critical, AES-256 encryption guarantees protected wireless transmission, making the UR-D2 a reliable Dual-Channel Wireless Microphone solution for confidential meetings, government facilities, and enterprise environments. Integration with Dante network audio and the WireMicX management platform further enhances system scalability, centralized control, and long-term operational efficiency.