• Works without mains power
• Offers 12 V-48 V phantom power
• Integrated rechargeable lithium battery
• Range up to 20 m / 70 ft. (without obstacles)
• Frequency bandwidth 20 Hz - 20 kHz , < 5 ms latency
• 6 switchable channels
• 24 bit / 48 kHz A/D converter
• 2.4 GHz ISM worldwide usable frequency band
• 103 dB dynamic bandwidth
• Signal to Noise ratio 110 dB
• 3-7 hours battery life per charge
• ON button on transmitter
• Power switch on receiver
• Channel select button
• Robust ABS housing
• incl. USB charging cable
• Micro USB charging connection
• Weight per unit 95 g

Following the proven , XVive presents the U3C, a wireless system for condenser microphones. The XVive U3C Wireless Microphone System features digital wireless technology that offers incredible audio quality, easy setup and high reliability for all aspiring musicians. It delivers a full 20 Hz-20 kHz frequency response, so your voice is transmitted in great detail with only 5 ms latency. This wireless system operates in the 2.4 GHz ISM band for crystal-clear transmission, ensuring the integrity of the signal on stage and covering a range of 20 meters without signal dropouts.

The XVIVE U3C Wireless Microphone System features six switchable channels, 24 bit/48 kHz A/D converter, 103 dB dynamic bandwidth, 110 dB signal-to-noise ratio, ON button on the transmitter, power switch on the receiver, channel select button and micro USB charging port. The lithium-ion batteries make the U3C radio system environmentally friendly and last up to 7 hours per charge. The chassis is made from a durable and lightweight ABS plastic that can withstand the rigors of touring and the harshest of climates. So - go wireless, with the XVive U3C system. The U3C Wireless Microphone System is designed to take the complexity and frustration out of the traditional wireless microphone system. Create a flexible all-in-one solution that makes every favorite microphone wireless.

The XVIVE U3C Wireless Microphone System comes in black and includes a USB charging cable. At 95 grams per unit, the system is also extremely lightweight.