Shure ULXD4D Dual-Channel Digital Wireless Rackmount Receiver - G50: 470-534MHz
R 95,666
Availability: Currently in Stock
Delivery: 10-20 working days
Shure ULXD4D Dual-Channel Digital Wireless Rackmount Receiver - G50: 470-534MHz
SUPERIOR SOUND - Experience pristine audio clarity with a frequency response of 30 Hz to 20 kHz, ensuring every nuance of your performance is captured with exceptional detail and accuracy.
RELIABLE CONNECTION - Maintain a stable and secure wireless link with up to 328 feet (100m) operating range, minimizing dropouts and interference for uninterrupted performance on stage or in the studio.
LOW LATENCY - Enjoy seamless audio synchronization with a latency of less than 2.9 ms, providing a natural and responsive experience for performers and presenters demanding real-time audio.
ENHANCED SECURITY - Protect your transmissions with AES 256 encryption, preventing unauthorized access and ensuring confidentiality for sensitive communications in any professional setting.
VERSATILE COMPATIBILITY - Integrate effortlessly into existing audio setups with dual removable BNC 1/2 wave external antennas and RJ45 network I/O, offering flexible connectivity options.
The Shure ULXD4D Dual Channel Digital Wireless Receiver offers two channels of uncompromising audio quality, RF signal stability and efficiency and advanced setup features in a single rack unit. Rugged, yet lightweight and compact, the all-metal chassis houses two independent receivers, each with its own audio and RF meters, gain control and receiver outputs that can be either direct or summed for flexible signal routing.With RF cascade and two Ethernet ports, units easily can share RF signal and be networked together for simplified frequency coordination and deployment. For networked audio applications, Dante digital networking allows multiple channels of audio to be transmitted and received over a single Ethernet cable. When more compatible frequencies over shorter distances, High Density mode can be enabled to dramatically increase the number of available open frequencies.