Omnidirectional microphones - if constructed as single-diaphragm transducers, as all SCHOEPS omnidirectional microphones and capsules are - can be considered optimal due to their excellent reproduction of low frequencies and ... more
The cardioid is the most popular type of directional microphone. It combines the highest level of audio quality with optimal suppression of rear-incident sound. SCHOEPS cardioids have a directional pattern that remains the same ... more
SCHOEPS introduced the world’s first wide cardioid microphones and capsules some twenty years ago. This pattern combines the advantages of omnidirectional and cardioid characteristics in an optimal manner. To an extraordinary ... more
The “Open Cardioid” directional pattern is ideal for use as a soloist or spot microphone. The polar diagram lies between classic cardioid and wide cardioid. It offers a good amount of directivity and a very natural sound.
The supercardioid has the greatest directional effect of any first-order pressure gradient transducer. The response 90° off-axis is -10 dB. The polar diagram is consistent at all frequencies, which means that regardless of its ... more
The figure-8 is a genuine dipole and thus a pure pressure gradient transducer. It is very well suited for recordings with the M/S technique and for Blumlein stereo recording. The suppression of side-incident sound is greater than 20 dB.
The switchable-pattern capsule is a single-membrane system. Its patterns are changed mechanically, not electrically. This is why the level of performance of this capsule is very close to that of the corresponding single-pattern versions.
Boundary layer microphones have remarkably uniform frequency response for all angles of sound incidence. This provides an especially natural-sounding reproduction of room sound. Additionally, the boundary layer effect offers an ... more
The P series
SCHOEPS offers special directional microphones and capsules for close pickup. Their marked reduction in low-frequency response compensates for proximity effect and helps to suppress both "popping" and ambient ... more