Neumann Elevates Professional Audio with New Line of DSP-Powered Subwoofers
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Berlin-based audio technology leader Neumann today announced the release of five new subwoofers, expanding its acclaimed KH monitor series too meet the growing demands of immersive audio production.
neumann has unveiled a new range of DSP-powered subwoofers designed for professional audio environments,including music production,post-production,and broadcast. The expansion addresses a critical need for scalable and precise low-frequency monitoring as the industry rapidly adopts immersive audio formats.
Meeting the Demand for Immersive Audio
The new lineup consists of the KH 805 II, KH 810 II, and KH 870 II, alongside their Audio-over-IP (AoIP) enabled counterparts, the KH 810 II AES67 and KH 870 II AES67. These subwoofers are engineered to deliver exceptional low-end extension, high sound pressure levels, and seamless integration with existing Neumann monitoring systems. They are designed for use with SP-equipped KH monitors.
A Subwoofer for Every Application
The KH 805 II is positioned as a high-output solution for stereo systems, doubling the output and enhancing the headroom of its predecessor, the KH 750 DSP. Neumann recommends pairing it with monitors such as the KH 120 II, KH 150, or KH 310.
Stepping up in capability, the KH 810 II introduces multichannel bass management for setups supporting up to 7.1.4 configurations, capable of managing bass for up to eleven monitors. It shares the acoustic design of the KH 805 II and is specifically targeted at immersive audio production workflows.
For larger rooms and more demanding monitoring applications, the KH 870 II delivers twice the output of the KH 810 II while retaining the same multichannel management features. This model is ideally suited for use with larger-format monitors like the KH 420.
Embracing Audio-over-IP Workflows
The KH 810 II AES67 and KH 870 II AES67 models are designed for integration into modern Audio-over-IP (AoIP) workflows, increasingly common in broadcast and networked audio environments. Each supports 12 AES67 input channels and offers full compatibility with industry standards including ST 2110, ST 2022-7 redundancy, RAVENNA, NMOS, and Dante stream management.
Advanced DSP and System Alignment
Each of the new subwoofers incorporates Neumann’s advanced digital signal processing (DSP) technology,enabling precise system alignment through the MA 1 Automatic Monitor Alignment accessory (sold separately). This allows users to optimize their monitoring setup – including both analog and DSP-capable KH speakers – for optimal performance in relation to room acoustics and phase consistency.
“Our new subwoofers offer notable advancements over their predecessors, with dramatically reduced distortion and port noise,” explained Stephan Mauer, Head of Product at Neumann. “They can be combined with both analog and DSP-controlled KH Line studio monitors, making them the perfect tool for upgrading an existing stereo system and/or expanding it for immersive monitoring. They also offer the option of precise room alignment via MA 1 of the entire system. Simply put: no more low-end guesswork.”
All models in the new range achieve a low-frequency extension down to 16 Hz, ensuring accurate monitoring for critical mixing and mastering tasks. This consistent low-end response guarantees a reliable reference sound across the entire frequency spectrum when paired with Neumann studio monitors.
Completing the KH Subwoofer Family
The release of these five subwoofers completes Neumann’s KH subwoofer family, providing a comprehensive range of options to address all requirements, from small stereo systems to expansive immersive audio setups. the portfolio is tailored to the needs of professionals involved in music production, editing, post-production, film scoring, mixing, and mastering.
With these latest enhancements, Neumann’s KH subwoofers aim to facilitate accurate, controlled low-frequency monitoring for professional environments, keeping pace with the ongoing industry trends towards increasingly immersive formats and networked audio integration.
