News
IBC 2025 was nothing short of electric. This year, Matrox Video took center stage in Amsterdam with solutions that made it clear: the future of broadcast and live production is flexible, scalable, and open standards-based.
Control rooms are shifting to IP-based systems, which improve scalability, reach, and cloud-readiness. Open standards like IPMX, combined with smart conversion tools, are essential to ensure seamless interoperability, reduce latency risks, and maintain operational resilience in mission-critical environments.
Scaling is one of the defining challenges of modern live media production. With the industry’s move toward IP-based and cloud-enabled workflows, expectations have shifted. Systems that grow without constraint, adapting to production needs in real time have become essential.
In this episode, we’ll look at the different open standards—ST 2110, NDI, and IPMX—shaping the convergence between Pro AV and Broadcast and why they should be on your radar as you look to operate in a hybrid future.
In this episode, we explore the essential checklist for integrators navigating the world of IPMX, ST 2110, NMOS, and complementary IT components.
Discover how broadcast and professional AV are converging through IP-based media systems.
In this episode, we’ll dive into the groundbreaking release of the IPMX, which is now finalized by AIMS and VSF. We'll explore what this means for AV industry professionals, how IPMX bridges the gap between the Broadcast and Pro AV industries, and why this open standard is a game-changer for the future of video technology.
Matrox Video today announced that NetOn.Live has integrated Matrox ORIGIN Fabric into its LiveOS platform, giving broadcasters the flexibility to scale their productions on-premises or in the cloud, without adding operational complexity.
At IBC 2025 Matrox Video will debut Matrox ORIGIN Fabric, designed for developers to share content among media applications using the most efficient connections available.
Matrox Video today introduced Matrox ORIGIN Fabric, a powerful low-level C++ SDK that enables asynchronous media content sharing across applications using the most efficient available transport method.