The Sennheiser EK 2000-GW is a professional true diversity UHF wireless receiver designed for high-quality microphone transmission in demanding live sound, broadcast, and installed audio applications. Operating in the 558-626 MHz frequency range, this receiver is engineered to provide a robust and interference-resistant audio link, crucial for environments with numerous wireless devices. Its true diversity system employs two separate internal antenna circuits that continuously select the strongest signal from the transmitter, significantly minimizing dropouts and ensuring a stable, clear audio feed. The receiver is part of Sennheiser's 2000 series, known for its reliability, excellent sound quality, and user-friendly operation in a professional context.

Housed in a half-rack width metal chassis, the EK 2000-GW features a clear display showing critical information such as RF and AF levels, selected frequency, and transmitter battery status. It offers a wide selection of user-selectable frequencies within its band, allowing for easy setup and coordination of multiple systems. The unit provides balanced XLR and unbalanced 1/4-inch audio outputs for flexible connection to mixing consoles or other audio equipment. Key features often include adjustable squelch to reject weak or interfering signals, a pilot tone system that mutes the output in the absence of the correct transmitter signal for silent operation, and the ability to scan for clear frequencies. It is designed to work with compatible Sennheiser handheld or bodypack transmitters.

For audio engineers, musicians, and presenters, the Sennheiser EK 2000-GW receiver delivers the dependable wireless performance required for critical applications. Its true diversity reception and professional build quality help ensure that vocal and instrument signals are transmitted with clarity and without interruption, supporting confident performances and seamless presentations. This receiver forms a core component of a professional wireless microphone system, prized for its combination of audio fidelity, operational stability, and straightforward integration.