Neumann KH

Calibration algorithms jointly developed with Fraunhofer IIS

For stereo setups with KH 80 DSP and all pairs of analog (non DSP-based) Neumann monitors using the KH 750 DSP subwoofer

Individually calibrated measurement microphone

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

Total Power: 245W Class D

Frequency Response: 39Hz-21kHz

Maximum Peak SPL: 118dB SPL @ 1m

Total Power: 245W Class D

Frequency Response: 39Hz-21kHz

Maximum Peak SPL: 118dB SPL @ 1m

Easily installed compact cabinet with a very deep bass response

DSP engine optimizes output to achieve reference class sound

Neumann.Control App for iPad® to set up, align and operate in a system

Compact bi-amplified studio monitor with a high efficiency

Exceptional bass depth and transient response from 52 to 21k Hz

Precise dispersion, optimized for near-field applications

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

ACOUSTICS -3 dB free field frequency response: 52 Hz ... 21 kHz, ± 3 dB

Pass band free field frequency response: 54 Hz ... 20 kHz, ± 2 dB

Self-generated noise (with input gain set to 100 dB for 0 dBu): <20 dB(A) at 10 cm

Compact bi-amplified studio monitor with a high efficiency

Output power: 50 W woofer and 50 W tweeter

Peak SPL 112.2 dB

In the project, music, radio & Post Production Studios for recording, mixing & mastering used

As KH 120, but with digital inputs: 24-bit, 192 kHz digital input on XLR-F and BNC connectors with buffered BNC output. Accepts AES3 (XLR in and BNC) and S / P-DIF formats. Chaining option via BNC connectors.

maximum sound neutrality and transient response

precise bass reproduction down to 34 Hz

magnetically shielded

maximum sound neutrality and transient response

precise bass reproduction down to 34 Hz

magnetically shielded

Acoustical operating principle: Pressure transducer

Directional Pattern: Omnidirectional

Frequency Range: 20 Hz - 20 kHz

Calibration algorithms jointly developed with Fraunhofer IIS

For stereo setups with KH 80 DSP and all pairs of analog (non DSP-based) Neumann monitors using the KH 750 DSP subwoofer

Individually calibrated measurement microphone

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

High-precision drivers, Mathematically Modelled Dispersion™ (MMD™) waveguide

Linear frequency response 44 Hz … 21 kHz (±3 dB)

Linear phase response 120 Hz … 16 kHz (±45°) with latency <2.6 ms

Total Power: 245W Class D

Frequency Response: 39Hz-21kHz

Maximum Peak SPL: 118dB SPL @ 1m

Total Power: 245W Class D

Frequency Response: 39Hz-21kHz

Maximum Peak SPL: 118dB SPL @ 1m

Stereo 80 Hz bass management

External bass management

192 kHz, 24-bit conversion

This option allows the electronics panel to be located up to 30 m (90’) away from the loudspeaker cabinet.

Computer-modeled cabinet design using Low Resonance Integral Molding (LRIM™) materials

Extraordinary bass depth (26 Hz) with high sound pressure (122.4 dB)

Precise dispersion in the midrange and high frequencies

The digital KH 310 D Nearfield Monitor

The KH 310 is one of the most compact 3-way monitors in its class, making it an absolute favorite for applications in the smallest of spaces.

The digital KH 310 D Nearfield Monitor

The KH 310 is one of the most compact 3-way monitors in its class, making it an absolute favorite for applications in the smallest of spaces.