Audio-Technica Wireless systems have been used at the Grammys for the lastseven years, mainly due to their incredible sound quality. Both affordable andcrystal-clear in sound, listen to what an Audio Technica ATW-3141 can do foryour live sound. The Audio-Technica ATW-3141 is a 200-channel frequency-agileUHF wireless designed for a wide range of applications including live performance,regional touring companies, fixed installation, public address, and places ofworship. Audio-Technica ATW-3141 at a Glance:

200 selectable frequencies, true diversity UHF.

Soft-touch controls for quick, easy set-up and operation.

Easy-to-read LCD information display.

Handheld microphone/transmitter with focused vocal pickup.

All-metal housing, dual independent receiver sections.

Selectable Frequencies and True Diversity
Operating in the 600MHz frequency band (655-680MHz, TV channels 44-49) with200 selectable frequencies and true diversity UHF wireless technology, all componentsin the Audio-Technica ATW-3141 have soft-touch controls for quick, easy accessto the most important functions during set-up and operation. In addition, theAudio-Technica ATW-3141 features Audio-Technica's Digital Tone Lock Squelchplus an easy-to-read LCD information display in each unit that provides convenientvisual indications of settings and operation status.

Handheld Microphone/Transmitter
The Audio-Technica ATW-3141 UHF Handheld Dynamic Microphone System includesthe ATW-R310 receiver, plus the ATW-T341 handheld microphone/transmitter. TheATW-T341 microphone features the same capsule as Audio-Technica's criticallyacclaimed Artist Elite AE4100 microphone, providing a focused vocal pickup whileoffering superior gain-before-feedback. In addition, both transmitters havedual-power settings permitting selection of high for maximum range or low forextended battery life.

Superior Shielding
The ATW-R310 receiver features an all-metal housing for superior shielding,as well as dual independent receiver sections. Its true diversity operationselects the best signal from the two independent receiver sections, thus reducingdropouts and minimizing multipath distortion.