Line 6 XD-V35L Digital Lavalier Wireless Condenser Microphone System

XD-V

Designed for professional speech and broadcast applications, the V35 Lavalier system is a super-affordable, premium quality addition to the Line 6 XD wireless family with a wealth of features and a rugged, high quality chassis.

Designed to closely replicate the sound, performance and reliability of a traditional wired microphone, the XDV35 utilises a full-frequency range (10-20kHz) across a license-free 2.4gHz bandwidth to capture every nuance of a performance. Unlike traditional wireless microphone systems, there is no compression in the signal chain, so the replication of the XD series is second to none. 24-bit signal conversion also retains the rich, full sound of the human voice with no audible drop outs or compromises in quality.

Like with most Line 6 digital wireless microphones, simplicity is key to their success. It operates across 6 channels simultaneously to low feedback and interference and is ready to go within 5 seconds of plugging it in, thanks to automatic channel frequency scanning. The V35 will even deliver results up to 85m away from the receiver box.

 

FEATURES

• Professional discrete lavalier wireless system for spoken word performers
• Premium cardioid condenser capsule reducing feedback susceptibility
• One-step setup
• Full-range 10Hz-20kHz (-2dB) AF frequency response
• Wide 117dB dynamic range (A-weighted)
• Superior transient response
• 24-bit digital conversion
• Dynamic filter minimizes environment noise
• Standard 1/4" input enabling use of 3rd party microphones
• 2.4GHz broadcast avoids interference caused by TV stations, public safety broadcasts, cell phone towers, and other high-powered sources
• License-free operation worldwide
• 6 always-available channels
• 275' / 83m range - 10' away or 200' away, you get full-quality audio (Note: actual range will depend on RF interference sources nearby including, line-of-sight obstacles)
• Proven 4th-generation digital wireless technology surpasses analog wireless systems in wireless reliability and sound quality