2Pcs Lavalier Microphone Compatible with DJI MIC 1/2 and for Rode Wireless GO II, Angled 3.5mm TRS Plug Omnidirectional Microphone for Streaming Vlog Interview and More, 1.5M
All electronics ship with US style plugs.You may need a voltage converter or a plug adapter.
Special Features
Universal Compatibility: This is a 2-pack, which is already a huge value, and they're fully compatible with DJI Mic 1/2 and Rode Wireless GO II systems (standard 3.5mm TRS). Setup is true plug-and-play—no adapters, drivers, or extra gear needed as long as your device supports 3.5mm input. Please verify device compatibility before purchase.
360° Omnidirectional Pick Up: The 360° omnidirectional pickup captures voices naturally and evenly, and the built-in noise reduction does a great job of minimizing background noise without making the audio sound processed or thin. Equipped with powerful noise-canceling technology, it effectively eliminates background noise to deliver crystal-clear audio quality, ensuring clearer and purer calls.
Lapel Pin Design: Lavalier Lapel Microphone with a 1.5-meter cable and a sturdy metal lapel clip, gives plenty of length for comfortable movement without pulling.It easily adapts to a variety of usage scenarios. Quickly attach it to your collar, and you'll have your hands free to enjoy crystal-clear sound without restrictions while on the go.
Plug-and-Play: The gold-plated 3.5mm TRS connector is compatible with most smartphones and cameras, supporting high-definition plug-and-play recording. No additional sound cards or driver software required. For devices equipped solely with USB-C or similar interfaces, a corresponding adapter must be purchased separately.
Wide Range of Application: They include two foam pop filters and two furry windshields. That makes them versatile for indoor recording, streaming, video calls, vlogging, interviewing , online teaching, broadcasters, fitness instructor, and even outdoor use. The compact size of the mic ensures minimal visibility to cater to professional needs across different fields