Description
The newly designed 10” long-throw driver has a strong linear working magnet system with ELFF™ technology (Extremely Linear Force Factor™). As subwoofers are usually placed on the floor, a robust grille protects the driver from accidental damage. The ultra-compact cabinet is a closed design which brings the fastest possible transient response.
The two analog XLR inputs are balanced as are the two analog XLR outputs. The 192 kHz / 24-bit digital input can accept AES3 and S/P-DIF signals. There is a bypassable standby function and the switch-off time can be adjusted in the Neumann.Control iPad® app.
The KH 750 DSP can be used in music, broadcast, and post production studios for tracking, mixing, and mastering.
APPLICATIONS:
Increasing the bass extension of the monitoring system
Increasing the maximum SPL of loudspeakers
Decreasing harmonic and intermodulation distortion of loudspeakers
Reproducing the LFE channel
Reproducing the “Sub” signal of a bass managed multichannel source
Working as an extension for KH line subwoofer systems
ADVICE
This device supports Sennheiser Sound Control (SSC) based on TCP and IPv6.
The static IPv6 address of the device can be found using mDNS.
For more information on SSC, please refer to the Sennheiser website (for example here).
Please note: We do welcome the community of users implementing custom control solutions for KH monitors based on SSC. However we do not offer technical support on using the protocol and the customer support organization will not address issues with custom monitor control applications or side effects Neumann applications. Using the SSC protocol outside the Neumann applications is done at your own risk. Neumann does not warrant SSC functionality outside of the MA 1 – Automatic Monitor Alignment Application. Future firmware releases may implement a different control protocol than SSC.
Compact ultra stiff wooden cabinet
Tough painted finish and high density rubber isolating feet
Excellent self-damping properties leading to minimal cabinet resonances
No standing wave resonances inside cabinet
Tight bass sound due to very low group delay
