DHD Audio adds AI noise reduction and license-free API in firmware 10.4
DHD Audio has announced the release of firmware version 10.4 for its modular broadcast mixers, adding AI-based noise reduction and a new license-free control API for IP-based audio integration. The update also includes enhanced tools for remote production workflows, such as new routing applications and improved PTP clock synchronization.
Key Takeaways
- AI-based noise reduction from ai-coustics is now a per-instance licensed option, supporting up to three stereo instances per XD3 Quad Core device.
- New license-free Control API provides secure TLS/HTTPS access to AES67/Ravenna stream parameters as a functional alternative to NMOS or Ember+.
- Flex Channels and Channel Categories features allow operators to filter input lists and select signals from preassigned sources rather than fixed fader pools.
- Enhanced PTP clock synchronization now evaluates secondary Precision Time Protocol clocks within the Best Master Clock Algorithm instead of using them only for fallback.
Why It Matters
This release marks a shift toward embedding intelligent signal processing directly into core hardware rather than relying on external outboard gear. By providing a proprietary, license-free API for AES67/Ravenna, DHD is offering an alternative to standard protocols like NMOS, potentially lowering the barrier to entry for complex IP-routing setups. This integration reflects a larger ecosystem trend where low-latency AI speech enhancement becomes a native requirement for live broadcast, particularly in high-noise environments like sports. Watch for whether rival mixer manufacturers adopt similar 'per-instance' AI licensing models to monetize DSP headroom in existing cores.
Additional Context
The global Audio over IP (AoIP) market is projected to grow from $2.3 billion in 2026 to $4.9 billion by 2033, with the AES67 segment currently holding a roughly 20% market share, according to Metastat Insight (April 2026). DHD's integration of ai-coustics technology, first demonstrated at IBC 2025, aligns with a broader industry move toward software-defined infrastructure. Per RedTech (July 2026), the shift is driven by the need for remote production resilience and ‘broadcast-from-anywhere’ capabilities.
Simultaneously, the competitive landscape for audio mixing is moving toward specialized, network-centric ecosystems. Industry reports from DataM Intelligence (March 2026) indicate that AI adoption in content production workflows is gaining significant momentum, moving from experimental side projects to essential operational tools. This trend is mirrored in the radio sector, where digital advertising and streaming audio—projected to grow 9.2% in 2026—are forcing traditional broadcasters to upgrade aging studio hardware to IP-capable systems to maintain competitiveness, as noted by Future Market Insights (June 2026).
Technological convergence is also impacting control standards. Gartner (January 2026) projected that over 30% of the increase in API demand would be driven by AI tools and autonomous agents by 2026. DHD’s introduction of a secure, license-free Control API addresses this by providing the necessary hooks for modern automated workflows without the complexity of traditional vendor-locked protocols. Research from Cognitive Market Research (2025/2026) suggests that digital mixers now hold the majority market share over analog models specifically because of this flexibility in signal processing and networked integration.
Read full article at tvnewscheck.com
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