The BEHRINGER/ECM8000's linear frequency response and omnidirectional characteristics make it suitable for use with a variety of real-time analyzers, including acoustic instruments and audience noise microphones for live recordings.
This measurement condenser microphone is designed for the DRIVERACK PA series. It picks up frequencies from 20Hz to 20kHz and provides accurate analysis in real time.
MA1 is a monitor speaker automatic correction system for creating an accurate monitor environment. An advanced acoustic tuning algorithm developed in collaboration with Fraunhofer IIS, an acoustic processing research institute, provides optimum amplitude and phase correction for accurate and reliable monitoring.
EARTHWORKS measurement condenser microphones. Resistant to temperature and atmospheric changes, they can measure a wide frequency range. Recommended for sound field measurement and the development, evaluation, and research of acoustic equipment. The popular ""M=Measurement"" series is also used by professional engineers and acoustic researchers. They eliminate handling noise for precise measurements.
EARTHWORKS measurement condenser microphone. Resistant to temperature and atmospheric changes, it can measure a wide frequency range. Recommended for sound field measurement and the development, evaluation, and research of acoustic equipment. The popular ""M=Measurement"" series is also used by professional engineers and acoustic researchers. It eliminates handling noise and provides precise measurements. Includes a dedicated microphone holder.
This microphone is the de facto standard among professional engineers and acoustic researchers for its ability to accurately capture not only frequency characteristics but also the time domain and precisely measure audio waveforms. The numbers on each model indicate the upper limit of the frequency range that can be handled, and the M23 can measure frequencies up to 23 kHz.