OCA Alliance Announces Publication Of AES70-2023 Core Standards

The OCA Alliance is pleased to announce that the AES has formally published the latest update to the AES70 suite of standards for control and monitoring of devices in professional media networks.

Making up the core standards, AES70-1, AES70-2, and AES70-3 form the foundation of the AES70 standard. AES70-2023 represents a significant advancement, bringing in a wave of new features and improvements. Fully backward compatible with all existing AES70 devices, a major focus has been on improving the understandability of the specification with revised, expanded documentation, more precise language and ten informative annexes to assist developers.

The update also extends its connection management architecture with better support for redundant network connections and a clearer organization of functions. There’s flexible support for connection negotiation and media transport sessions and this update sets the stage for the upcoming adaptations for media networks including AES67, ST 2110-30 and MILAN™.

AES70-2023 also defines various types of datasets such as media files, logs, parameter files, and executables, allowing manufacturers to define custom dataset types as needed. This extends to command sets and stored parameters. Devices can store predefined executables and operating parameter values for immediate or later use.

AES70-2023 is a thoughtful update that both enhances the standard’s usability and flexibility while expanding its capabilities to meet the dynamic needs of professional applications. This encompasses networks of all sizes including mission-critical applications, high-security applications, IP and non-IP networks, and local and wide-area applications. AES70 can control real or virtual devices located on premises or hosted by cloud services, consuming little computing power or network bandwidth.

You might also like...

SMPTE Education Launches Summer 2026 Lineup Of IP And ST 2110 Courses

Boasting two standalone courses, an intensive boot camp, and a hands-on practical lab, SMPTE Education has launched its summer 2026 Lineup of IP and ST 2110 Courses.

Standards: Video - Advanced Video Coding (AVC)

AVC remains one of the most widely deployed video codecs in the world, but navigating its profiles, levels and signaling mechanisms is far from straightforward.

Network Traffic Engineering: RIST & SRT - The Success Of ARQ Based Protocols

IP networks are inherently unreliable. We kick off this series on IP Network Traffic Engineering with a look at how RIST and SRT give broadcast engineers user-configurable control over the latency-versus-reliability trade-off for real-time media streaming.

Standards: Video - Standards For Video Coding

From 4K to 32K, the demand for ever-larger video formats is pushing codec technology to its limits. This guide surveys the landscape of video coding standards – from legacy MPEG formats to AI-driven neural network compression – to help navigate the choices sha…

Broadcast Standards 2026 – Video Coding

Video coding was developed to deliver video conferencing services over low-bandwidth modem connections, but modern demands for ever-larger video formats are pushing codec technology to its limits.