Professional audio transmission reaches new heights with the Shure SLXD4DH57 Dual-Channel Digital Wireless Receiver, engineered for Band H57 (520-564MHz) applications. This exceptional receiver provides transparent 24-bit digital audio reproduction across an extended 20 Hz to 20 kHz frequency range, ensuring pristine sound quality for diverse microphone requirements. The robust 118 dB dynamic range combines with digital predictive switching diversity technology to maintain stable connections even in challenging RF environments.
Built for versatility, the SLXD4DH57 operates within a 44 MHz tuning bandwidth and supports up to 32 channels per frequency band. Multi-system configurations are easily accommodated with capacity for up to 10 compatible systems per 6MHz TV band or 12 systems per 8 MHz band. The intuitive IR scan and sync feature streamlines setup, allowing quick pairing of transmitters and receivers without complexity.
Power flexibility comes standard with dual options: 2 AA batteries providing up to 8 hours of operation, or the optional Shure SB903 rechargeable battery for extended use. The rugged metal construction ensures durability in demanding environments, while the dual-channel, full-rack configuration maximises space efficiency and simplifies multi-system installations. From corporate presentations to educational facilities and live performances, this receiver provides professional-grade audio transmission with uncompromising reliability and ease of use.
- Transparent 24-bit digital audio
- Extended 20 Hz to 20 kHz frequency range (microphone dependent)
- 118 dB dynamic range
- Digital predictive switching diversity
- 44 MHz tuning bandwidth (region dependent)
- 32 available channels per frequency band (region dependent)
- Up to 10 compatible systems per 6MHz TV band; 12 systems per 8 MHz band
- Easy pairing of transmitters and receivers over IR scan and sync
- Up to 8 hours from 2 AA batteries or optional Shure SB903 rechargeable battery
- Interchangeable microphone capsules
- Rugged metal construction



