Gemini UHF-6200HL Dual Lavalier Wireless Headset System

The UHF-6200 Wireless Headset/Lavalier Mic System provides stage independence without any fear of tripping over your cables. If you are a singer, DJ, karaoke host or patron, or anyone searching for wireless voice reproduction system with an unbeatable clarity and reliability, look no further. The most desirable feature of the wireless dual channel receiver system out of an array of user-friendly features is the wide bandwidth of the operational frequencies. While the lower range of the bandwidth starts at 600MHz, the upper bandwidth stretches up to 960MHz, offering you multiple frequencies to choose from. The UHF receiver has a 240-feet dynamic operating range, making this ideal for bars, clubs, auditoriums and places of worship. The ultra-fast microcomputer-controlled PLL oscillation and advanced compression circuits avoid unwanted noise and the one-click solution for automatic transmitter via the SYNC button work in collaboration to offer you the crystal clear high reception you crave. Connection with external devices has been made easier with the individual balanced XLR outputs, the mixed ¼-inch output jack and the MIC/LINE output selector switch. The rugged belt pack transmitter has been optimized in terms of performance with the LCD screen that displays the group, channel number, and battery power. Despite the high performance of the UHF-6200 system, we have not compromised the comfort it offers. The lightweight headset/lavalier microphones are exceptionally comfortable to wear long hours along with the hands-free functionality with original sound reproduction technology.

The UHF-6200 Wireless Headset/Lavalier Mic System provides stage independence without any fear of tripping over your cables If you are a singer, DJ, karaoke host or patron, or anyone searching for wireless voice reproduction system with an unbeatable clarity and reliability, look no further The most desirable feature of the wireless dual channel receiver system out of an array of user-friendly features is the wide bandwidth of the operational frequencies While the lower range of