Amplify your tunes. Easy to use all-in-one wireless system for instruments Compact bodypack transmitter, rugged instrument cable Antenna-switching diversity reception Integrated antennas Automatic frequency management and synchronization via remote channel for easy setup Selectable UHF frequencies within a large bandwidth Up to 10 compatible channels SK-XSW Bodypack Transmitter EM-XSW 1 UHF Receiver Features: Overview: Amplify your tunes. Go for XS WIRLESS 1 and rely on a solid wireless transmission with up to 10 compatible channels in a stable UHF band. The XS WIRELESS 1 INSTRUMENT SET is an easy to use all-inone wireless system for guitarists and bassists, excellent for live sound. The set includes an intuitive stationary receiver for quick set-up and hassle-free handling, as well as a compact bodypack transmitter and a robust instrument cable. EM-XSW1 Receiver The EM-XSW 1-A Table Top Receiver from Sennheiser is designed to be paired with the XSW 1-A handheld microphone or bodypack transmitter with a lavalier microphone (sold separately). It can be used to capture audio for live stage applications and features internal, integrated antennas, as well as automatic frequency management, which offers up to ten coordinated frequency presets for wireless applications. The receiver is built to withstand even the toughest stress in everyday on-stage use and offers reliable transmission with easy-to-use set up. No matter whether you’re a band, a theater, or at a seminar, the XS Wireless 1 receiver lets you do your thing and not worry about equipment. SK-XSW Bodypack Transmitter The SK-XSW-A Bodypack Transmitter from Sennheiser is designed to be paired with an EM-XSW1-A receiver (sold separately). It can be used to capture audio for live stage applications and features automatic frequency management, which offers up to ten coordinated frequency presets for wireless connections. The transmitter is sweat-resistant and can withstand even the toughest stress in everyday on-stage use. *Images are for illustrative purposes only. Actual product may differ due to enhancements or model variation
