Description
The Gem Sound GMW-2 dual-channel wireless microphone system provides high-fidelity audio and expansive coverage for vocalists and presenters. Featuring VHF high-band operation and a super heterodyne receiver, this system offers pristine sound quality and a 100' range to handle even the largest performance venues. The GMW-2 gives you quality wireless functionality at an affordable price.
Dual-Channel Design for Flawless Simultaneous Operation
With the ability to operate two microphones at once, the GMW-2 dual-channel system is ideal for duets, interviews, and group presentations. Each high-sensitivity microphone operates on the VHF 235–260MHz band and runs for up to eight hours on two AA batteries. Select from four available frequencies (AB, CD, EF or GH) to avoid interference and ensure the clearest signal.
Super Heterodyne Receiver Provides Optimal Audio Clarity
The GMW-2's super heterodyne receiver uses a high-frequency intermediate frequency to improve selectivity and reduce noise. The result is a pristine audio signal free of distortion or dropouts. For the best performance, place the ultra-compact receiver within 50' of the microphones under normal conditions. An 1⁄4" output jack lets you connect directly to your mixer, amplifier or recording equipment.
Rugged and Reliable for Demanding Applications
Despite its budget-friendly price, the GMW-2 is built to handle the rigors of live performance and presentations. Its durable metal chassis provides protection from impact damage, while an LED indicator confirms the selected frequency to avoid confusion. Rechargeable or disposable batteries provide a cost-effective power solution for the long-lasting microphones.
Intuitive Controls for Effortless Operation
With dedicated frequency selection switches and individual volume/tone knobs for each channel, the GMW-2 receiver offers intuitive controls for easy operation. Make quick adjustments to balance multiple vocalists or tailor the sound to your venue's acoustics. An 1/8" headphone jack lets you monitor the audio in real time.
