This 3.5mm desktop measurement microphone is designed for precise audio calibration in home theater systems. Its compact, black form factor makes it easy to place on a desk during measurement sessions and connect to standard 3.5 mm mic inputs. Use it to capture accurate room and speaker data and support reliable calibration workflows with compatible software and devices. Key benefits Enables accurate room and speaker calibration to improve overall sound quality in a home theater setup. Simple plugandplay 3.5 mm connection for compatibility with PCs, audio interfaces, receivers, and calibration software. Stable desktop form factor that allows you to position the microphone consistently during measurements. Supports objective measurements to guide EQ, bass management, and speaker alignment decisions. Black finish provides a discreet, workstationfriendly appearance that blends with audio gear. Key attributes Functionality: Desktop measurement microphone for audio calibration in home theater environments. Compatibility: 3.5 mm mic input compatible with standard PCs, audio interfaces, and receivers; suitable for calibration workflows that rely on conventional measurement mics. Size: Compact, desktopready footprint designed for easy placement during measurement sessions. Material and finish: Black finish; construction details not specified. Performance: Built to support accurate measurement data for calibrating room acoustics and speaker response. Use cases Home theater calibration: Place the microphone on a desk or listening position to capture reference measurements, informing speaker level adjustments and equalization. Room acoustics assessment: Use measurements to analyze room impact on frequency response and guide EQ and treatment decisions. Speaker placement validation: Take measurements at multiple seating positions to verify consistency and optimize speaker placement, delay, and crossover choices. This product provides a practical, efficient solution for anyone looking to improve sound accuracy in a home theater through straightforward, reliable measurement and calibration workflows.