The black KMS 105 microphone from Neumann has been specifically designed to optimally and clearly transmit the human voice in the demanding conditions present on a live stage. The microphone's high acoustic resolution and smooth frequency response ensure that the musician has control of their performance at all times.

The microphone is also ideal for use with in-ear monitoring systems thanks to its low self-noise and uncoloured crosstalk behaviour, whilst the supercardoid characteristic of the capsule is particularly effective at suppressing sounds from the entire 180° hemisphere behind the microphone.

Acoustic Characteristics

- The studio condenser capsule provides the foundation for transmitting all the nuances of the human voice
- Offers high acoustic transparency, wide frequency range and fine transient resolution compared to other mainly dynamic handheld microphones
- Carefully tuned acoustic filters and transformerless impedance converters can handle very high sound pressure levels that prevent the microphone from being saturated even by strong plosive sounds
- Despite good protection against pops, sibilants and "S" sounds are transmitted with their natural emphasis without added harshness
- The acoustic filters are designed so that the distinctive directional characteristics of the capsule are preserved even at low frequencies
- The filters provide a very high level of feedback protection when used with a stage sound reinforcement system

Electrical Characteristics

- Since vocal microphones are typically used at close range, electronic compensation is used to adjust the proximity effect in the capsule
- Integrated high-pass filter with a cut-off frequency of 120 Hz
- Dynamic range of 132 dB
- Maximum sound pressure level of 150 dB
- The low self-noise level allows the microphones to be used at high gain levels without risk of additional noise
- Even at great distances, the microphones operate with a high signal-to-noise ratio, enabling freedom of movement and creativity that can be important for a performer
- The transformerless output circuit allows microphone signals to be transmitted over long cables without loss of sound

Mechanical Characteristics

- Robust construction to meet the demands of live performance
- The thick-walled metal housing provides effective protection against handling noise
- The microphone head grille is made from hardened steel
- If necessary, the grille can be easily unscrewed to allow cleaning of the internal acoustic filters