Shure SLXD15 Portable Digital Wireless Bodypack System with SLXD1 Bodypack Transmitter and SLXD5 Single-Channel Portable Receiver - Microphone/Instrument Cable Sold Separately | J52 Band (SLXD15-J52)
All electronics ship with US style plugs.You may need a voltage converter or a plug adapter.
Special Features
WIRELESS FREQUENCY BAND SELECTION - Before purchasing, please ensure that the wireless frequency band you select works in your area (refer to Shure website for details > search Shure Wireless Frequency Finder).
POWERFUL WIRELESS RECEPTION - The product is a powerful and portable digital wireless receiver designed for on-camera cold shoe mounting and audio bag use.
VERSATILE OUTPUT OPTIONS - The product features dual 1/8" outputs, including a headphone monitor out and switchable line/mic output, providing flexibility for different audio setups.
MULTI-MIC MODE - With the Multi-Mic Mode, you can easily scan and sync over IR multiple clean frequencies and monitor multiple sources from a single receiver using user-configurable front-panel controls.
INTUITIVE OLED DISPLAY - The bright OLED display screen on both the transmitter and receiver provides key system function readouts and remaining battery life for convenient monitoring.
CRYSTAL CLEAR AUDIO - The product offers transparent 24-bit digital audio transmission, ensuring exceptional clarity and fidelity in sound reproduction.
EXTENDED FREQUENCY RANGE - With an extended 20 Hz to 20 kHz frequency range (microphone dependent), the product captures a wide range of frequencies for accurate audio reproduction.
IMPRESSIVE DYNAMIC RANGE - The product boasts a dynamic range of 118 dB, allowing for capturing both subtle and loud sounds with precision.
RELIABLE CONNECTION - Thanks to digital predictive switching diversity technology, the product ensures a stable and interference-free wireless connection.
EXTENDED BATTERY LIFE - The product offers up to 8 hours of continuous operation from 2 AA batteries or the optional Shure SB903 rechargeable battery, ensuring long-lasting performance without frequent battery changes.