Neumann KH 870 G ตู้ลำโพงซับวูฟเฟอร์

Neumann KH 870 G: Reference Studio Subwoofer for Multichannel Audio Systems

The Neumann KH 870 G is a professional reference-grade studio subwoofer
designed for high-accuracy low-frequency monitoring.
It supports multichannel audio systems up to 7.1 HD,
delivering deep, powerful, and precise bass reproduction
for critical listening environments.

The enclosure houses dual 10-inch subwoofer drivers
powered by a total output of 400 watts.
With a frequency response of 18 – 300 Hz,
the KH 870 G delivers controlled and articulate low frequencies
and integrates seamlessly with a wide range of Neumann studio monitors.

Key Features

• Dual 10-inch Subwoofer Design:
  Two 10-inch drivers provide powerful and accurate low-frequency performance
  suitable for professional studio use.
• Extended Low-Frequency Response:
  Frequency range from 18 – 300 Hz,
  reaching down to 18 Hz for deep bass reproduction.
• Maximum Sound Pressure Level of 118 dB SPL:
  Delivers sufficient output for medium to large control rooms.
• Selectable LFE Modes:
  Four Low-Frequency Effects (LFE) routing modes
  allow flexible integration into multichannel systems.
• Analog and Digital Connectivity:
  Equipped with both analog and digital inputs and outputs
  for professional studio integration.

Who Is the Neumann KH 870 G For?

• Mixing and Mastering Studios:
  Ideal for engineers who require precise low-frequency monitoring.
• Film and Post-Production Facilities:
  Designed for 5.1 and 7.1 surround sound environments
  in film, television, and media production.
• Neumann Monitor Users:
  Perfectly matches and complements Neumann studio monitors
  to create a full-range monitoring system.

Conclusion: Accurate Low-Frequency Control for Professional Studios

The Neumann KH 870 G is a reference studio subwoofer
built to deliver deep, accurate, and controlled bass performance.
With flexible LFE routing, multichannel support,
and professional connectivity,
it is an essential component for high-end studio monitoring systems.