The Shure MV7X is a professional XLR-only dynamic podcast microphone inspired by the legendary SM7B. Designed for podcasting, broadcasting, streaming, voice-over and vocal recording, it features Voice Isolation Technology, a highly directional cardioid pickup pattern and an all-metal construction that delivers clear, focused speech while reducing unwanted room noise. The MV7X connects directly to any professional audio interface, mixer or microphone preamp via XLR, making it an ideal choice for creators seeking broadcast-quality audio in an analogue workflow. Key features Professional XLR dynamic broadcast microphone Voice Isolation Technology Cardioid polar pattern Optimised frequency response for speech and vocals XLR output for analogue recording Integrated pop filter Internal shock isolation Adjustable integrated yoke mount Rugged all-metal construction No phantom power required Overview Type Dynamic Broadcast / Podcast Microphone Polar Pattern Cardioid Frequency Response 50 Hz – 16 kHz Sensitivity -55 dBV/Pa (1.78 mV) Output Impedance 252 Ω Connector 3-Pin XLR Male Power Requirement None (Dynamic Microphone) Technology Voice Isolation Technology Mount Integrated Adjustable Yoke Construction All-Metal Housing Thread Size 5/8"-27 (3/8" Adapter Included) Dimensions 164 × 154 × 90 mm (with Yoke) Weight 0.55 kg Included Content Shure MV7X microphone Integrated yoke mount 3/8" thread adapter User documentation Creative Tools Broadcast-inspired sound based on the legendary SM7B design Voice Isolation Technology reduces room ambience and background noise Built-in pop filter minimises plosives without an external filter Ideal for podcasting, streaming, voice-over and content creation Handles high sound pressure levels for vocals and instruments Works with professional audio interfaces, mixers and microphone preamps Durable all-metal construction for studio and mobile use Ideal For Podcast creators Streamers Broadcasters Voice-over artists Content creators Home recording studios Professional speech recording Vocal recording
