What is Eclipsa Video, and How Does it Compare to Dolby Vision and HDR10?


Source: Will Shanklin / engadget.com

A New Era in HDR: Eclipsa Video Revolutionizes the Viewing Experience

Imagine watching your favorite movie or TV show with unparalleled picture quality, no matter the device or lighting conditions. That’s the promise of Eclipsa Video, a groundbreaking new open HDR standard developed by Google, Apple, and NBCUniversal. This innovative format is designed to make HDR content more predictable and consistent across various devices, apps, and environments.

What is Eclipsa Video, and How Does it Compare to Dolby Vision and HDR10?
Source: engadget.com

Eclipsa Video tackles the long-standing issue of HDR’s unpredictability, which can lead to dramatic changes in picture quality from one screen to another. A scene that looks stunning on a high-end TV might appear with muddy shadows or blown-out highlights on a different device. To address this problem, Eclipsa Video employs a more flexible set of instructions for displays, taking into account their capabilities and ambient lighting conditions.

At its core, Eclipsa Video relies on two clever pieces of metadata: a white reference anchor and headroom-adaptive gain curves. The former establishes a baseline for mapping SDR content’s brightest elements, while the latter allows content creators to attach custom instructions within the file. This metadata enables displays to adapt the picture in real-time, ensuring a consistent and balanced viewing experience.

One of the key differentiators between Eclipsa Video and other HDR formats like Dolby Vision and HDR10 is its openness. While Dolby Vision is a proprietary format, Eclipsa Video and HDR10 are built around an open standard, making it easier for device makers, streaming apps, and content providers to support and adopt.

Platform-wide Eclipsa Video support is coming to Android 17, with playback and capture capabilities available on phones, tablets, and TVs. However, its wider availability will depend on the support of device makers, streaming apps, and content providers.

While Dolby Vision also uses dynamic metadata to adapt the picture, Eclipsa Video’s approach is more flexible and adaptable to different devices and environments. HDR10, on the other hand, relies on a single set of static instructions for the whole video, making it less adaptive than its competitors.

Eclipsa Video’s potential to revolutionize the viewing experience is vast, and its impact will be felt across the entertainment industry. As more devices and apps begin to support this new format, we can expect to see a significant improvement in picture quality and consistency.

In conclusion, Eclipsa Video is a game-changing technology that has the potential to transform the way we watch movies and TV shows. Its open standard and adaptable approach make it an attractive alternative to proprietary formats like Dolby Vision.