NEUMANN / 8624

The KMS104 series is a vocal condenser microphone developed by NEUMANN, a manufacturer of high-grade microphones. In addition to its resistant to sound bleed and low noise design, the KMS104PLUS model features customized low-frequency response. Highly recommended for female vocalists' stage performances.

Condenser microphone
Unidirectional
Pressure gradient transducer
Frequency response: 20Hz-20kHz
Sensitivity (1 kohm, 1 kHz): 4.5 mV/Pa
Rated impedance: 50 ohm
Rated load impedance: 1000 ohm
Equivalent SPL (CCIR 468-3): 28 dB
Equivalent SPL (DIN/IEC 651): 18 dB-A
S/N ratio (CCIR 468-3): 66 dB
S/N ratio (DIN/IEC 651): 76 dB
Maximum SPL (THD 0.5%): 150 dB
Maximum output voltage: 12 dBu
Microphone amplifier dynamic range (DIN/IEC 651): 132 dB
Supply voltage: 48 ±4 V
■Current Consumption: 3.5 mA
■Output Connector: XLR 3-Pin (Male)
■Size/Weight: Diameter 48 mm, Length: 180 mm, 300 g

*Image is of the KSM104.

Bring the Neumann sound to the live stage. This is an internationally recognized, first-class microphone.

・Optimized for Vocal Transmission
High resolution, smooth response, low self-noise, and uncolored crosstalk response make the KMS104 plus ideal for onstage performances.

It also works perfectly with in-ear monitors.

・Directivity
The KM104 plus is a unidirectional microphone. It uses a cardioid condenser microphone capsule to minimize sound from the rear of the microphone.

・Differences from the KMS104
Compared to the KMS104, it has superior low-frequency response.
Through extensive practical testing with numerous musicians, the KMS104 plus has been optimized for female vocals, particularly in rock and pop music.


Microphone Protection and Acoustic Characteristics

A built-in acoustic filter and transformerless impedance converter protect the microphone from overloads caused by strong plosives.


While providing pop protection, the natural accent and ""S"" sound characteristic of condenser microphones are accurately transmitted.



Dynamic Range: 132dB, Maximum SPL: 150dB


High S/N Ratio even at close range.


The transformerless output circuitry allows for signal transmission over long cables without loss.



Durability
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