Eclipsa Video is moving from technical standard to industry program, with HDR10+ Technologies selected to administer certification for the new open source video format. The development gives Apple, Google, NBCUniversal, device makers, streaming platforms, and content owners a clearer path for testing and labeling support around the standard.
The format is based on SMPTE 2094-50, a recently developed specification from the Society of Motion Picture and Television Engineers. Experts from Apple, Google, and NBCUniversal helped lead the initiative, placing Eclipsa Video at the intersection of streaming, display technology, open standards, and the next stage of HDR delivery.
For Apple TV, the news matters because video standards shape how movies, shows, sports, and live programming look across devices. Apple already supports major video technologies across Apple TV 4K, Apple TV, iPhone, iPad, Mac, and Vision Pro. Eclipsa Video now adds another format to watch as the streaming and consumer electronics industries continue refining how HDR content is created, distributed, certified, and displayed.
Eclipsa Video Moves Toward Certification
HDR10+ Technologies is an industry consortium with more than 180 adopter companies. The group already administers HDR10+ certification for products, content, and services, making it a natural home for the new Eclipsa Video program. Certification matters because a video standard only becomes useful at scale when creators, distributors, chipmakers, TV manufacturers, and app platforms can trust that support is consistent.
Eclipsa Video is expected to use the label “Eclipsa Video powered by HDR10+,” connecting the new format to an existing HDR ecosystem that already has broad industry recognition. That branding could help consumers, manufacturers, and streaming services understand where the format fits without treating it as a completely separate island.
The standard is built around dynamic metadata, a core part of modern HDR. Dynamic metadata allows video information to adjust scene by scene or even frame by frame, helping compatible displays present brightness, contrast, and color more accurately based on the content and the capabilities of the screen.
That is important because HDR content does not look the same on every device. A high-end TV, a midrange tablet, a smartphone, and a streaming box connected to an older display all have different brightness and color capabilities. Metadata helps devices make better decisions about tone mapping, preserving more detail in bright highlights and darker areas.
Why Apple’s Role Matters
Apple’s involvement in the development of SMPTE 2094-50 is notable because the company sits across several parts of the video chain. It sells playback hardware through Apple TV 4K, Mac, iPhone, iPad, and Vision Pro. It operates Apple TV as a streaming service. It also supports professional video creation through Mac hardware, Final Cut Pro, Pro Display XDR, and broader media workflows.
That position gives Apple a strong interest in video standards that work across creation, distribution, and playback. A new open source standard can be useful if it reduces friction for creators and gives device makers a consistent way to support advanced HDR features without locking the industry into a narrow proprietary path.
Apple has not announced specific consumer-facing Eclipsa Video support across Apple TV devices or Apple TV content. The current development is about the certification program and the underlying standard, not a confirmed rollout for Apple’s streaming service. Still, Apple’s technical involvement makes the format relevant to the company’s future video strategy.
Google’s involvement also matters. The company reaches massive audiences through Android, YouTube, Google TV, and Chrome. NBCUniversal brings major production, broadcast, and streaming expertise. Together, the three companies give Eclipsa Video a stronger foundation than a standard developed in isolation.
What Eclipsa Video Could Mean for Streaming
Streaming services depend on formats that balance visual quality, bandwidth, device compatibility, and production cost. Better HDR handling can make premium movies and shows look more consistent across different screens, especially as viewers move between living room TVs, tablets, laptops, phones, and mixed-reality devices.
Eclipsa Video could become part of that effort if it gains adoption from manufacturers and platforms. Certification through HDR10+ Technologies gives the standard a structured route into devices and services, which is necessary before viewers see any clear benefit at home.
The standard may also matter for mixed SDR and HDR viewing environments. As more screens and apps combine different types of video in the same interface, the industry needs cleaner ways to manage contrast, brightness, and color without making one piece of content look washed out or another look too aggressive.
For Apple TV users, the eventual impact would depend on where support appears. If Apple, Google, TV makers, streaming apps, and content distributors adopt Eclipsa Video widely, it could become one more format handled quietly in the background. Most viewers do not choose a streaming title because of a metadata standard. They notice whether the image looks balanced, bright, natural, and consistent.
HDR10+ Technologies Gains a Bigger Role
HDR10+ Technologies already has experience with a large ecosystem of compatible products, content, and services. Its work around HDR10+ includes certification, technical specifications, and industry coordination, all of which are relevant to Eclipsa Video.
The group’s role gives Eclipsa Video a practical administrative structure. Standards organizations can define specifications, but certification bodies help make sure the standard is implemented correctly. That becomes especially important when the goal is broad device support across TVs, streaming boxes, mobile devices, production tools, and content platforms.
A successful certification program also gives manufacturers a way to market support clearly. If consumers eventually see Eclipsa Video branding on devices or streaming services, certification will be what gives that label meaning.
The open source positioning is another important detail. Open source video standards can encourage wider adoption by reducing barriers for developers, manufacturers, and platforms. That does not guarantee success, but it can make a format easier to evaluate and implement across a wider range of products.
Apple TV and the Standards Behind Better Video
Apple TV 4K already supports major video formats such as HDR10, Dolby Vision, and HDR10+, depending on content, display, and configuration. Apple TV as a service also distributes premium original movies and series designed for high-quality playback across Apple devices and compatible TVs.
Eclipsa Video does not replace those formats today. It joins a broader standards conversation around how HDR video should be mastered, delivered, certified, and displayed. The format’s future will depend on adoption by platforms, studios, device makers, and app developers.
That makes this announcement more technical than consumer-facing, but still important. The quality viewers see on screen often depends on decisions made years earlier by engineers, standards groups, chipmakers, TV manufacturers, and streaming services. Certification programs are part of the plumbing that makes premium video work more reliably at scale.
For Apple TV, Eclipsa Video is a standard to watch rather than a feature users can turn on today. Apple’s involvement in SMPTE 2094-50 shows that the company is helping shape the technical direction of HDR video, while HDR10+ Technologies’ certification role gives the format a path toward real-world implementation.
The next step will be adoption. If manufacturers, streaming platforms, and production tools begin supporting Eclipsa Video, the standard could become another behind-the-scenes layer in how high-quality video reaches the living room. For now, its importance is less about a new button in Apple TV settings and more about the industry preparing another option for the future of HDR delivery.
