Xvive M5: An Amazingly Simple Wireless Microphone System!

Xvive M5: An Amazingly Simple Wireless Microphone System!
STRICH M5 UHF Wireless XLR Microphone System, 4-Channel Transmitter & Receiver for Dynamic Mic, 200ft Range, <1ms Latency, Compatible with Audio Mixer/PA Speaker
Advanced UHF Tech for 200ft Stable Transmission: Features premium UHF technology with strong signal penetration & anti-interference. Delivers rock-solid RF connection up to 200ft (61m, environment-dependent), ideal for stage shows, outdoor interviews… read more
Xvive U3 Wireless Microphone System with 2.4GHz XLR Transmitter and Receiver for Dynamic Microphone, Audio Mixer and PA System
【2.4G XLR Wireless】2.4GHz band is optimal for wireless microphone,solid RF connection over a range of 90 feet, uncompressed wireless signaltransmission, low noise and latency. Up to 107 dB signal-to-noise ratioprovides clear and detailed audio at any… read more
Xvive U35D Stereo XLR Plug-on Wireless Audio System for PA/DJ System with Active speakers and Dynamic Microphones (5.8GHz)
High Voltage RMS Design: The Xvive U35 features a unique mic model with 1V-2V RMS and a LINE model with 2V RMS, surpassing other comparable products with a single model of 0.3V RMS. This allows the U3 to be used with devices other than just microphon… read more
Xvive A58 Wireless Guitar System 5.8G Set with Transmitter and Receiver for Guitar with Active or Passive Pickup
【5.8GHz Digital Transmission】Utilizes the 5.8GHz frequency band for superior signal stability and reduced interference, ensuring a clean, high-quality audio transmission in crowded environments. 【Low Latency 】 Offers ultra-low latency under 5ms, allo… read more
Xvive U2 Wireless Guitar System Gold 2.4GHz Transmitter and Receiver for Electric Guitar, Bass, Violin, Keyboard
Reliable, High-Quality: Xvive U2 wireless guitar system features High-fidelity 24-bit / 48 kHz digital audio wireless technology that delivers incredible audio quality, simple setup, and is extremely reliable for any gigging musicians 20 Hz – 20KHz F… read more


















