AIMS certifies 14 new IPMX products to verify hardware interoperability

This expansion of the IPMX product certification registry signals a transition from experimental plugfests to a mature, verifiable hardware ecosystem. By utilizing the EBU as an independent auditor, AIMS provides the technical assurance necessary for broadcasters to move away from proprietary silos toward standardized IP infrastructure. This move directly addresses the industry's need for multi-vendor interoperability in high-bandwidth uncompressed and JPEG XS environments. As the program scales, the streaming industry should monitor the IPMX registry for the inclusion of high-density gateway products, which will indicate broader adoption in Tier-1 live production facilities.

The IPMX certification program sits within a broader industry push to standardize professional media over IP. AIMS has positioned IPMX as the open alternative to proprietary vendor ecosystems, building on the SMPTE ST 2110 foundation while extending it with NMOS discovery and JPEG XS compression. In June 2026, Ericsson launched its AI in RAN commercial software subscription claiming up to 20% higher downlink throughput across more than 15 live deployments, illustrating how adjacent infrastructure layers are also moving from pilot to production-grade deployment. The parallel is instructive: just as telecom operators demand verified interoperability before committing to AI-RAN platforms, broadcasters require the same assurance before replacing baseband or SDI workflows with IP-native alternatives. AIMS's decision to conduct testing at the EBU headquarters in Geneva gives the program a neutral, standards-body credibility that vendor-run plugfests cannot replicate.

On the business and competitive front, the certification registry now spans eight manufacturers, including Matrox Video, EvertzAV, Bridge Technologies, Cobalt Digital, ITDev, intoPIX, Macnica, and PlexusAV. This breadth matters because IPMX competes directly with proprietary IP video transport solutions from vendors who have historically locked customers into single-vendor ecosystems. The EBU's involvement as test host signals European broadcaster support, which carries weight given the organization's role in defining broadcast standards across the continent. Meanwhile, Nokia announced work with AWS and Databricks to build data, cloud, and control layers for autonomous networks at DTW Ignite in June 2026, demonstrating how adjacent infrastructure vendors are assembling multi-layer platforms to capture operator budgets. For IPMX, the analogous strategic question is whether the certification program can grow fast enough to create a self-reinforcing ecosystem before proprietary alternatives entrench further.

From a technical standpoint, the certification covers uncompressed video, JPEG XS, and HKEP (High-Knowledge Encryption Protocol) workflows, which together address the full signal chain from contribution to distribution. The inclusion of JPEG XS is particularly significant because it enables visually lossless compression at low latency, a requirement for live production environments where bandwidth constraints make uncompressed transport impractical at scale. , a split that mirrors the IPMX ecosystem's own architectural choices between full IP-native pipelines and hybrid approaches. For broadcasters evaluating IPMX-certified hardware, the key technical question is whether certified products can deliver deterministic latency and jitter performance comparable to baseband, and the EBU-hosted testing provides the independent validation needed to answer that question with confidence.