Full Name Shure PG27 USB Condenser Microphone Type Condenser microphone. Works by direct USB connection without the need for an external sound card. Polar Pattern Cardioid. Captures sound from the front and reduces sounds coming from the back and sides. Frequency Response 20 Hz – 20 kHz Provides clear sound with good detail in the low and high frequencies. Digital Conversion Rate 16-bit Supports: 44.1 kHz 48 kHz Connection Port USB 2.0 Works with Plug & Play without drivers on most devices. Headphone Output Includes a 3.5mm port for direct listening without delay (Zero Latency Monitoring). Controls Wheel to control headphone volume (Volume). Button to mix microphone sound with computer sound (Mix) for recording monitoring. Sensitivity Approximately -38 dBV/Pa Suitable for accurate recording of human voices. Maximum Sound Pressure Level (SPL) Approximately 124 dB SPL Handles loud sounds without distortion. Power Source Fully powered by USB port. Does not require phantom power (48V). Uses Recording songs and chants. Voiceovers. Podcasts. Live streaming. Online meetings. Recording musical instruments. Compatibility Windows. macOS. Works with most recording software such as: Adobe Audition Audacity Reaper Cubase Studio One Features Professional sound quality. Low noise. Easy setup. Direct, zero-latency audio monitoring. Durable metal construction from Shure. Drawbacks Does not support 24-bit recording like newer microphones. Does not have a mute button. Older technology compared to newer versions. Specifications Summary Specification Value Company Shure Model PG27 USB Type Condenser Polar Pattern Cardioid Frequency 20Hz – 20kHz Connection USB 2.0 Digital Conversion 16-bit / 44.1 and 48kHz Headphone Output 3.5mm Direct Monitoring Yes Requires Sound Card No If you are using it for recording chants or wedding announcements, it still offers good performance in terms of sound clarity. However, for best results, it is recommended to record in a quiet room, use a Pop Filter, and mount the microphone on a suitable stand to reduce vibrations.