Nady 4W-1KU 1000-Channel UHF Quad Receiver Wireless System with 4x HM-10 Headworn Microphone, Beige

Under the umbrella of professional UHF wireless systems, the 4W-1KU 1000-Channel UHF Quad Receiver Wireless System stands out with its 1000 user-selectable UHF frequencies, a remarkable 120dB dynamic range, and an impressive 500' line-of-sight operation range. This system is designed for interference-free performance in any setting or location, delivering superior performance at a competitive price point.

The 4W-1KU wireless system is equipped with 1000 user-selectable channels, frequency synthesized into 10 groups of 100 channels, operating within the US frequency band of 520MHz-544.9MHz. The system's proprietary companding and low-noise circuitry provide an outstanding 120dB dynamic range, ensuring clear, natural sound quality.

The True Diversity circuitry, featuring two complete front ends, ensures maximum range and dropout protection. The receiver of the 4W-1KU system boasts a front-panel backlit LCD display, indicating selected audio output volume level, Group/Channel, RF signal strength meter, and A/B diversity status. An additional audio LED bar graph display provides instantaneous audio level status from a distance.

The back panel of the receiver offers balanced XLR Mic Level and unbalanced 1.4" line level audio output jacks. The transmitter features an LCD display indicating selected Group, Channel, Audio Input Levels, and Battery level status, with a High/Low RF power switch for optimizing distance operation depending on the application.

The system includes four HM-10 Headworn Microphones, designed for hands-free operation. Ideal for singers, presenters, aerobics instructors, and more, these microphones feature a lightweight, form-fitting frame and an omnidirectional capsule. The adjustable gooseneck ensures optimum positioning, while the ear rests and temple provide maximum stability during use.

The 4W-1KU 1000-Channel UHF Quad Receiver Wireless System offers unparalleled UHF performance, a wide dynamic range, and a robust transmission range, making it a top choice for professional audio applications.