The MK 2S exhibits a slight high-frequency emphasis for frontal sound incidence, with only a slight rolloff of high frequencies off axis and in the reverberant sound field.
The frequency response characteristic of the CCM 2S falls between that of the CCM 2 and the CCM 3, making this microphone suitable for a wide range of applications.

The CCM 2XS (formerly CCM 3) is designed for placement in a diffuse sound field, i.e. at distances in reverberant environments where the greater portion of arriving sound has already been reflected from various room surfaces.

The CCM 2XS (formerly CCM 3) is designed for placement in a diffuse sound field, i.e. at distances in reverberant environments where the greater portion of arriving sound has already been reflected from various room surfaces.

A CCM 4 a Schoeps legkeresettebb kompakt mikrofonja. A legmagasabb hangminőséget, egyenes frekvenciaátvitelt, a hátulról jövő, szükségtelen hangok optimális elnyomását és a teljes frekvenciatartományon állandó iránykarakterisztikát nyújtja.

A parabolic dish is an extraordinary tool in the hands of a skilled sound engineer, since it achieves a surprisingly high directivity at high and medium frequencies with relatively simple means. With this new parabolic dish system consisting of a special OEM parabolic dish from Telinga and a Schoeps CCM microphone, these characteristics can fully be realized. In addition we achieved significant improvements in terms of some usual disadvantages of a parabolic dish system by several innovative measures.

The CCM 4 is Schoeps's best-selling compact microphone. It offers the highest sound quality, flat frequency response, optimal rejection of rear-incident sound, and a directional pattern that remains constant throughout the audio frequency range.

The CCM 41 is strongly directional. Sound arriving from off axis is attenuated even more than with a cardioid. The pickup is “drier” and less susceptible to acoustic feedback than any other SCHOEPS microphone type.

The CCM 41 is strongly directional. Sound arriving from off axis is attenuated even more than with a cardioid. The pickup is “drier” and less susceptible to acoustic feedback than any other SCHOEPS microphone type (a loudspeaker should not be located directly along the rear axis of the microphone, however).

Like the CCM 41, the CCM 41V is useful in all situations with music or speech, either as “spot“ microphones or as overall directional microphones. However, this type of microphone is addressed from the side.

Like the CCM 41, the CCM 41V is useful in all situations with music or speech, either as “spot“ microphones or as overall directional microphones. However, this type of microphone is addressed from the side.

This type of microphone has a low-frequency rolloff to compensate for the low-frequency boost which occurs when close-miking.

This type of microphone has a low-frequency rolloff to compensate for the low-frequency boost which occurs when close-miking.

The MK 4V was created in answer to requests for a cardioid with its main axis along the side. In addition to its usefulness in the concert hall, this microphone type is of particular value in speech recording, since its slight emphasis around 10 kHz helps to improve intelligibility.

The MK 4V was created in answer to requests for a cardioid with its main axis along the side. In addition to its usefulness in the concert hall, this microphone type is of particular value in speech recording, since its slight emphasis around 10 kHz helps to improve intelligibility.

This cardioid microphone, with its main axis along its side is designed for the very closest speech pickup, i.e. directly in front of the speaker’s mouth. Its low-frequency rolloff is compensated by proximity effect.

This cardioid microphone, with its main axis along its side is designed for the very closest speech pickup, i.e. directly in front of the speaker’s mouth. Its low-frequency rolloff is compensated by proximity effect.

This cardioid microphone, with its main axis along its side, improves speech intelligibility in very loud environments. It is designed for the very closest speech pickup, i.e. directly in front of the speaker’s mouth.

This cardioid microphone, with its main axis along its side, improves speech intelligibility in very loud environments. It is designed for the very closest speech pickup, i.e. directly in front of the speaker’s mouth. Its low-frequency rolloff is compensated by proximity effect.

This type of microphone has a low-frequency rolloff to compensate for the low-frequency boost which occurs when close-miking.

This type of microphone has a low-frequency rolloff to compensate for the low-frequency boost which occurs when close-miking.