Getaria Upgrade 2.4GHZ Wireless Guitar System Built-in Rechargeable Lithium Battery Wireless Guitar Transmitter Receiver for Electric Guitar Bass

Highlights

• Getaria GWS-8 wireless guitar system is a wireless transmitter and receiver specially designed for guitars, basses and other electronic musical instruments.Guitar transmitter receiver can provide you with the most reliable transmission, the most stable signal.
• 280° rotatable 1/4" plug Wireless Guitar System, available for instruments with input jack in different positions.Rotatable wireless guitar transmitter receiver, available for most electric guitars, bass, electric-acoustic guitars, Most popular electric music instruments, electric Guitar, bass, Bakelite guitar and other musical instruments with pickup.
• Guitar Transmitter and Receiver Supports 6 sets of devices working at same time, one-to-one and no-interference，Plug and play,Wireless Guitar System pairing simple , Just long press the signal button to match the transmitter and receiver at the same time,start your playing in seconds.
• Getaria Upgraded Wireless guitar system uses 2.4ghz ISM band,uncompressed wireless signal transmission,lower noise and latency.Wireless Guitar effective range is about 100 feet,you can walk freely on the stage.
• Upgraded Wireless Guitar Transmitter Built-in rechargeable lithium battery and battery capacity increase by 40% support longer working hours, and comes with USB cable for convenient recharging.Professional guitar transmitter receiver guarantee your every wonderful performance.
• The GWS-8 is more suitable for applications such as daily music practice and small-scale performance settings. When used for professional audio applications, its latency performance should be evaluated.
• “How to achieve optimal sound quality”—Please use high-quality audio equipment, ensure clean interfaces and secure connections, use the product within its effective range, avoid walls, obstacles, and Wi-Fi interference, and keep the device away from strong electromagnetic interference sources.