Wireless bodypack receiver offers wireless freedom with 24-bit digital audio clarity and 90 meters of range. Features include frequency scan and IR sync, MixMode technology, stereo mode, power save mode, and battery status LED display.

Wireless bodypack receiver offers premium features for use with the PSM 900 In-Ear Personal Monitoring System. Includes MixMode channel separation, digital stereo encoder, RF Scan, Automatic Gain Control, and selectable high-frequency EQ boost.

The SLX1 bodypack transmitter is designed to hold up to the most adverse conditions. It can be used with headworn, lavalier, instrument microphones, or with guitars or basses.

The ULXD1 is a wireless bodypack transmitter compatible with ULX-D Digital Wireless Systems.

FP1 Wireless Bodypack Transmitters feature a lightweight and durable design, for use with TA4F-connection microphones including lavaliers and headsets. For use with Shure FP Wireless and SLX Wireless. FP Wireless Systems feature patented Audio Reference Companding for crystal-clear sound beyond the limits of conventional wireless technology.

Featuring transparent 24 bit digital audio quality and incredibly efficient RF spectrum usage, the QLXD1 bodypack transmitter is ideal for wireless vocals and instruments in presentation spaces, music venues, and houses of worship. Easy to use, the QLXD1 quickly syncs with a wireless receiver over IR at the push of a button and maintains clear, uninterrupted signal over its entire 100 m (330 ft.) range. All metal construction ensures durability, and a wide selection of compatible microphone choices offer legendary Shure sound signatures.

The GLXD1 bodypack transmitter has rugged, metal construction with ergonomic design and reversible belt clip to fit comfortably and snugly in various positions.

Shure’s P9RA+ is a compact, stereo bodypack receiver for use with the PSM ®900 Wireless Personal Monitor System. With a hybrid analog/digital architecture, the P9RA+ Bodypack Receiver offers unparalleled audio quality with more headroom, better stereo separation, and higher fidelity, along with reliable RF performance for increased RF signal strength to meet the needs of professional audio applications of all sizes, including IEM and IFB applications.