Overview Brand : GODOX Connectivity Technology : 2.4GHz Wireless Connector Type : 3.5 mm Jack, SONY Mi Special Feature : Noise Reduction Compatible Devices : Camera, Personal Computer, Smartphone, Tablet Color : Black Included Components : 3.5mm TRS-TRS Audio Cable x1 3.5mm TRS-TRRS Audio Cable x1, Charging case x1 Storage Box x1, USB-A to USB-C Data Cable x1, WEC-S-Receiver x1, WEC-S-Transmitter x2 3.5mm TRS-TRS Audio Cable x1 3.5mm TRS-TRRS Audio Cable x1, Charging case x1 Storage Box x1, USB-A to USB-C Data Cable x1, WEC-S-Receiver x1, WEC-S-Transmitter x2 Polar Pattern : Omnidirectional Audio Sensitivity : 86 dB Item Weight : 0.8 Pounds About this item 【Cable-Free Hotshoe Design for Sony Camera】WEC-S Receiver has a hot shoe mount which can slides directly to the camera(only for sony camera). Other cameras, smartphone, and computers can also be connected to the WEC-S via an adapter cable.(Noted:The WEC-S hotshoe receiver is not compatible with Sony ZV1F camera.) 【Digital/Analog Audio】 WEC-S Wireless Lavalier Microphone features a state-of-the-art audio architecture that delivers high-definition audio for a variety of scenarios. The digital/analog switching function also ensures that users can record the best possible sound with any device they wish. 【UAC Support Crystal-clear Recording】Supported by the universal audio class (UAC), WEC-S allows digital audio connection to the desktop via a single Type-C cable, delivering superb simplicity and clear sound. 【One Click Noise Cancellation】 GODOX WEC-S wireless microphone features Advanced Noise Reduction Technology, which provides effective environmental noise cancellation, and makes your video voice clear and clean. 【Incredible Lightweight and Compact】WEC-S wireless lavalier microphone TX weighs only 0.42oz/12g, lighter than 3pcs of A4 papers, RX weighs only 0.67oz/19g, None-feeling wear experience. 【Reliable and Stable Transmission 656ft】Enjoy uninterrupted performance with a stable transmission range of up to 656ft, allowing you to move freely without worrying about signal loss.
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