Description
Overview
The SLXD14/93 Wireless System delivers transparent, 24-bit digital audio and rock-solid RF performance for a wide range of applications, from day-long presentations to nighttime performances. Operate up to 32 compatible systems per 44 MHz band, with easy setup and optional rechargeability accessories for wireless excellence, wherever required. Ships with SLXD4 single-channel receiver, SLXD1 bodypack transmitters and WL93 Miniature Omnidirectional Lavalier Microphone with antenna and rackmount accessories and 2 AA batteries.
Features
- 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)
- Up to 10 compatible systems per 6 MHz TV band; 12 systems per 8 MHz band
- Easy pairing of transmitters and receivers over IR scan and sync
- Automatic channel scan
- Link multiple receivers for group scan and firmware updates via Ethernet port
- Compatible with Shure Wireless Workbench control software
- Remote monitoring and control via ShurePlus Channels app
- Third-party setup and control via Ethernet
- Elegant and easy-to-use interface with high-contrast LCD menu
- Guided setup mode installed in each SLX-D receiver
- Transmitter use 2 AA batteries or Shure SB903 rechargeable battery
- System configurations include handheld transmitters with interchangeable microphone capsules, bodypacks with a range of lavalier, headset and instrument microphones and single and dual rack-mountable receivers
What’s in the Box?
- Shure SLXD14/93 Digital Wireless Lavalier Microphone System (J52: 558 to 616 MHz)
- Shure SLXD4 Digital Wireless Receiver
- Shure SLXD1 Digital Wireless Bodypack Transmitter
- Shure WL93 Subminiature Omnidirectional Lavalier Microphone with 4′ Cable and TA4F Connector
- Lapel Clip
- Rackmounting Hardware
- 2 x 1/4-Wave Antennas
- Shure PS43US 15-VDC Power Supply for Shure Wireless Receivers
- 2 x AA Batteries
- Limited 2-Year Manufacturer Warranty
