Alliance for Open Media sends a new video codec toward its hardest test: the real web
AV2 could open a new phase for open video compression.📷 AI-generated image / TECH&SPACE
- ★AV2 is expected as the successor to AV1, carrying the same open and royalty-free direction.
- ★A standards debut does not automatically mean support in browsers, chips, cameras or streaming services.
- ★The real test will be the move from specification to software tools, optimization and hardware decoding.
Phoronix reports that AV2, the successor to the AV1 video codec, is now headed toward a formal debut next week. That is not just another version label in media software. AV1 has spent years as one of the strongest attempts to keep modern video compression open, royalty-free and practical for the web, apps, operating systems and streaming pipelines that do not want to build around more expensive or uncertain licensing models.
The missed timing matters. According to the supplied source context, AV2 had been discussed as a codec that could arrive by the end of 2025, but that release window did not happen. The latest indicators now point to the week after Phoronix's May 23, 2026 report. That should be read precisely: a formal debut is not the same thing as broad deployment in browsers, cameras, chips or major streaming services.
AV2 continues the path opened by the Alliance for Open Media, the group behind AV1. The core idea remains direct: a video format that gives the industry more efficient compression without heavy licensing friction. For the web, that is not an academic distinction. A codec that can be implemented without aggressive licensing risk has a better chance of entering browsers, open tools, operating systems and production workflows used by smaller publishers.
The AV1 successor is expected next week, but the real test starts after the announcement: software, browsers, chips and streaming pipelines.
The route from new codec to real streaming runs through software, optimization and hardware.📷 AI-generated image / TECH&SPACE
For users, the practical question is simple: will video look better at the same data rate, or look the same while using less bandwidth. For platforms, the calculation is broader. Any gain in compression efficiency can mean lower storage needs, lighter network traffic and more reliable playback on weaker connections. That is why a new codec is not only a technical detail for encoding teams. It is an infrastructure decision that spreads across the internet.
But this is where the speculation should stop. The supplied context does not provide verified compression percentages, adoption timelines or named hardware commitments. Those details will decide whether AV2 becomes a production tool quickly or spends years moving through the usual codec cycle: specification, reference implementation, software encoders, decoders, optimization, quality testing and only then hardware acceleration.
The next stage will depend heavily on the tools and projects that already carry a large share of internet video. If AV2 is formally introduced as now expected, attention should move to documentation, reference code and early support in software pipelines such as FFmpeg, followed later by the harder question of browser and media-player support. Without that chain, a standard remains a clean document. With it, AV2 can become another layer of open video infrastructure.
The best read on this expected debut is therefore operational, not triumphant. AV2 matters because it continues the fight for a more open video format at a time when more internet traffic is built around moving images. But it will not prove itself through an announcement headline. It will prove itself only when it moves from specification into everyday encoding, playback and streaming.

