iCON Airmon UHF system

The AirMon UHF system is engineered for real-world performance — delivering clear, low-latency wireless audio in high-pressure environments. Whether you’re a musician on stage, a DJ, or a tour guide leading a group, AirMon UHF offers the freedom to move and the confidence to hear every detail.

Built on a stable UHF transmission platform (627–667 MHz), the system delivers minimal interference, extended range, and fast automatic pairing. With the ability to use unlimited receivers per transmitter, it’s ideal for large groups, multi-performer monitoring, silent events, or coordinated audio playback across many users.

AirMon UHF features uncompressed digital transmission at selectable 48kHz or 96kHz stereo sampling rates, delivering pristine 24-bit audio quality and keeping latency around 9ms — well within professional monitoring standards. An illuminated toggle switch allows users to switch sample rates instantly, making the system adaptable to varying performance needs.

Each set includes a compact transmitter and bodypack receiver, both with Type-C USB charging, belt clips, and up to 6 hours of battery life. The receiver’s 3.5mm headphone output is compatible with most IEMs or headphones, and the system comes complete with detachable antennas, earphones, and all necessary cables for immediate setup.

For ultra-high-resolution studio monitoring with sub-2ms latency and 96kHz/24-bit stereo, see the AirMon Pro, designed specifically for controlled environments.

Features:
• Transmits Uncompressed Digital Audio at 48kHz or 96kHz
• Uses Stable UHF Frequencies (627–667 MHz) to Avoid Interference
• Fast Automatic Device Pairing in 1–2 Seconds
• Minimal Latency Around 9ms for Real-Time Monitoring
• Compatible With Unlimited Receivers Per Transmitter
• Built-In Rechargeable Lithium Batteries in Both Units
• USB-C Charging With Included Dual-Connector Y-Cable
• Compact Transmitter and Receiver With Belt Clips
• 3.5mm Output Compatible With Most Headphones and IEMs
• Designed for Musicians, DJs, Interpreters, and Event Use