DHD MX3 audio console debuts with modular IP networking and AI

The transition from proprietary APC protocols to standard Ethernet-based networking in the DHD MX3 audio console signals a broader industry move toward interoperable IP infrastructure. By decoupling the control surface from the processing core, broadcasters gain the ability to scale facilities or manage remote productions without replacing entire systems. The inclusion of ai-coustics software marks a shift where AI is treated as a modular hardware upgrade rather than a separate post-production step, allowing for real-time cleanup of field reports and sports commentary. Watch for whether competitors integrate similar AI-based signal repair directly into their processing cores to compete with DHD's modular XD3 architecture.

DHD has been building toward IP-native broadcast audio for several years, and the MX3 represents the culmination of that strategy. At IBC 2025, DHD showcased its Series 52 mixing console with expanded SMPTE 2110-30 audio transport capabilities, positioning the company alongside other console makers adopting the AES67 and ST 2110 standards that now dominate greenfield broadcast facility builds. The MX3's modular architecture, which separates control surfaces from processing cores over standard Ethernet, mirrors the approach that Calrec and Lawo have taken with their respective Hydra2 and mc² platforms, though DHD targets mid-market radio and regional TV facilities where full-scale IP plant conversions remain cost-prohibitive.

The business case for IP-native audio consoles is being driven partly by regulatory and standards-body momentum. The European Broadcasting Union has published updated guidelines recommending SMPTE 2110-30 for all new audio infrastructure in member facilities, while the Advanced Television Systems Committee's ATSC 3.0 deployment in the United States has pushed broadcasters to reconsider audio signal chains for IP-delivered content. DHD's decision to support AES67, Dante, and SMPTE 2110 simultaneously in the MX3 reflects a market where no single audio-over-IP protocol has achieved universal dominance, and buyers need multi-protocol flexibility to protect their investments.

On the AI signal-processing front, DHD's partnership with ai-coustics places it in a growing category of broadcast audio vendors embedding machine-learning noise reduction directly into hardware pipelines. Lawo introduced its own AI-assisted audio processing module for the mc²66 console at NAB Show 2026, targeting similar use cases in live sports and news production where ambient noise must be suppressed in real time without introducing latency. Meanwhile, ai-coustics announced in early 2026 that its Clarion engine had been integrated into three additional broadcast hardware platforms beyond DHD, suggesting the company is pursuing an OEM licensing model similar to how Dolby distributes its codecs across competing hardware. This multi-vendor approach means DHD's AI differentiation may be short-lived unless the company deepens its integration or adds proprietary processing layers on top of the ai-coustics engine.