Peavey Electronics
The Peavey Studio Pro® CM1 is a handheld condenser microphone with a cardioid polar response ideal as a main or support microphone in studio and live applications. Studio Pro series mics are suited for recording engineers looking for affordable, high quality recording mics. The CM1 contains a medium-format condenser element designed to handle SPL levels up to 136 dB while maintaining a clean, natural sound. It has a sensitivity of -43 dBv per pascal and a low noise floor, equivalent to only 24 dB SPL. The built-in shock mount reduces handling noise considerably, making the CM1 ideal for close-range vocal or instrument pickup. The frequency response is tailored to give a crisp, clean, intelligible sound from 50 Hz to 16 kHz. The CM1 is equipped with a dual-layer pop filter to reduce pops and wind noise.
Handheld condenser microphone
Cardioid polar response
Medium format element
Frequency response: 50 Hz - 16 kHz
136 dB maximum SPL
Ideal for vocal or instrumental pickup
Dual pop filter
Peavey Electronics
The Peavey Studio Pro® CM1 is a handheld condenser microphone with a cardioid polar response ideal as a main or support microphone in studio and live applications. Studio Pro series mics are suited for recording engineers looking for affordable, high quality recording mics. The CM1 contains a medium-format condenser element designed to handle SPL levels up to 136 dB while maintaining a clean, natural sound. It has a sensitivity of -43 dBv per pascal and a low noise floor, equivalent to only 24 dB SPL. The built-in shock mount reduces handling noise considerably, making the CM1 ideal for close-range vocal or instrument pickup. The frequency response is tailored to give a crisp, clean, intelligible sound from 50 Hz to 16 kHz. The CM1 is equipped with a dual-layer pop filter to reduce pops and wind noise.
- Handheld condenser microphone
- Cardioid polar response
- Medium format element
- Frequency response: 50 Hz - 16 kHz
- 136 dB maximum SPL
- Ideal for vocal or instrumental pickup
- Dual pop filter
