Shure ULXD4QE=-Z18

ULXD4Q Digital Quad-Channel Wireless Receiver

The Shure ULXD4Q is a quad-channel wireless network receiver in full rack format for use with ULX-D digital wireless systems. Its 24-bit / 48 kHz digital sound quality, intelligent spectrum management and powerful RF performance, as well as 256-bit AES encryption, make the ULXD4Q ideal for professional sound reinforcement at any scale. Additional features of this quad-channel version include Bodypack Frequency Diversity, combined output channels and Dante™ digital audio networking via Ethernet. High Density mode creates room for as many as 63 active transmitters in one 8 MHz television channel.

Features:

• Four receivers in a sturdy metal rack chassis one unit high (1RU) equipped with an internal power supply
• Up to 72 MHz bandwidth (region-dependent)
• Optimized scanning function automatically finds the best free frequencies and prioritizes them for manual assignment via IR synchronization
• Bodypack Frequency Diversity guarantees an uninterrupted audio signal in critical applications
• Channel-by-channel adjustable gain (up to 60 dB), LED meters and XLR outputs
• Combined output channels (audio summing) send two or more audio channels to combinations of XLR receiver outputs, adjustable via channel gain setting
• Ethernet connection for: streamlined frequency coordination and assignment to all receivers; compatible with Wireless Workbench® 6 software for advanced coordination functions, monitoring and management; supports Dante™ digital audio networks
• Compatible with AMX and Crestron media management systems
• Fault detection and warning
• Intuitive LCD control panel menus and lockable buttons, plus volume and RF indicators with peak indication
• Detachable half-wave antennas
• 24-bit/ 48 kHz digital sound quality
• 20 Hz - 20 kHz frequency range with flat response
• More than 120 dB dynamic range
• Up to 22 active transmitters in one 8 MHz television channel; In High Density mode, up to 63 active transmitters in one 8 MHz channel
• 256-bit AES encryption for secure wireless signal transmission