WIRELESS O TRANSMISSION RECEIVING AND TRANSMITTING SYSTEMDynamic and capacitive microphones, mixing consoles, instrumentsNO NEED FOR TEDIOUS OPERATIONS, PLUG AND PLAY: Stronger and more stable signal receptionThis is a wireless o transmission and reception system suitable for 6.35mm o interface devices, with advantages such as strong anti-interference ability, excellent obstacle penetration, and stable transmission without lag. Supports multiple sets for simultaneous use.Widely applicable: Suitable for indoor and outdoor environments, concert performances, outdoor singing, recording studios, conference rooms, and other occasionsLong-distance wireless transmission technology with strong anti-interference abilityWIRELESS STABLE O TRANSMITTERHigh-frequency transmission technology for higher-grade sound qualityMATCHING MIXING CONSOLE WITH DYNAMIC MICROPHONEEliminates the hassle of wired microphones, allows switching from wired to wireless, with convenient compatibility and useGALVANIZED PLUG FOR HIGH-FIDELITY SOUND QUALITYStrengthens the tight connection of components, durable constructionSMOOTH AND PRECISE INSERTION AND REMOVAL PROCESSSupports o devices and can convert interfaces, suitable for various devicesDC 5V charging with built-in rechargeable batteryEFFICIENT TRANSMISSION FOR ULTRA-LONG DISTANCES30-50 meters remote transmission distance, built-in dual antenna reception, stable signal transmissionHIGH-QUALITY METAL XLR INTERFACEThe transmitter can connect to microphone devices for wireless operationMULTIPLE SETS CAN BE USED SIMULTANEOUSLY WITH ADJUSTABLE FREQUENCY TO AVOID INTERFERENCEMultiple sets can be used at the same time, allowing multiple instruments to be played simultaneouslyColor: As ShownMaterial: Plastic + MetalPackage Contents:1 x Wireless o Transmission Receiver and Transmitter System setOnly the above package content; other products are not includedNote: Light reflection and different displays may cause the color of the item in the picture to appear slightly different from the real thing. Measurement allowed error is +/- 1-3 cm.