Dolby used CES 2026 to introduce Dolby Vision 2, the next evolution of its high dynamic range format, with early support confirmed from television makers including Hisense, TCL, and Philips. The updated system arrives with a clear split between a broadly accessible version for mainstream televisions and a higher-end variant designed to push flagship displays closer to professional reference standards.
At the heart of Dolby Vision 2 is a new processing system known as Content Intelligence. Rather than relying solely on static mastering data, the engine continuously analyses each scene alongside the individual capabilities of the television and, where available, information from ambient light sensors. This allows the picture to adapt dynamically to bright or dim viewing environments, adjusting highlights and midtones without simply lifting overall brightness.
A key addition is bi-directional tone mapping, which allows high-performance televisions to fully use their peak brightness and colour range while still respecting the creative intent set during mastering. This tackles a long-standing issue in HDR playback, where powerful consumer displays can either clip highlights or apply aggressive manufacturer-specific processing that alters the original look of a film or series.
Dolby has also addressed criticism that some Dolby Vision content can appear overly dark. A new feature called Precision Black selectively lifts near-black detail while keeping black levels deep and controlled. The goal is to reveal shadow detail that might otherwise be lost, without flattening contrast or washing out darker scenes.
The standard Dolby Vision 2 package brings these improvements to a wide range of price points, while Dolby Vision 2 Max unlocks additional capabilities for premium panels. These include support for more advanced colour pipelines and much higher peak brightness, along with a new motion feature known as Authentic Motion. This system allows motion handling to be guided during content creation rather than left entirely to television presets, reducing judder while avoiding the artificial smoothness that many viewers dislike.
Dolby’s tiered approach reflects the reality that not all displays can benefit equally from advanced processing. Reserving the Max label for genuinely high-end hardware allows manufacturers to differentiate flagship models without overselling features that cheaper panels cannot fully exploit.
At CES, Hisense demonstrated Dolby Vision 2 on its 2026 MiniLED televisions, including the UX, UR9, and UR8 ranges, with additional models expected to gain support through firmware updates. These sets highlighted improvements in dark scenes and high-contrast material, where deeper blacks and more controlled highlights were immediately noticeable.
TCL confirmed that its X QD-Mini LED series and upcoming C-series models will also support Dolby Vision 2, with final firmware enabling the feature. The demonstrations focused on colour saturation and highlight detail on large-screen televisions positioned at more aggressive price points, reinforcing Dolby’s message that the new format is not limited to ultra-premium displays.
Philips, through TP Vision, provided OLED reference demonstrations using models such as the OLED811, OLED911, and flagship OLED951. These sets showed how Dolby Vision 2 preserves grading intent on self-emissive panels while still adapting output to different room lighting conditions, particularly in darker environments.
The new format depends on updated system-on-chip platforms and display drivers, meaning most existing Dolby Vision televisions will not receive the upgrade through software alone. As a result, Dolby Vision 2 will largely be confined to new-for-2026 models, with MediaTek’s latest Pentonic-class chipsets frequently cited as a key enabler, especially for Dolby Vision 2 Max.
On the content side, Dolby confirmed Peacock as the first streaming platform to offer Dolby Vision 2 titles, timed to coincide with the arrival of compatible televisions. Dolby has positioned the upgrade as an extension of existing Dolby Vision workflows rather than a disruptive new mastering process, a move designed to encourage studios and streamers to adopt the format without reworking entire content libraries.
Comparisons at CES between Dolby Vision 2, HDR10+, and standard HDR10 consistently showed Dolby’s system delivering more nuanced shadow detail, smoother highlight roll-off, and more stable motion in demanding scenes. Fast-action footage and sports clips appeared cleaner and more natural, particularly on high-end OLED and Mini LED displays.
The debut of Dolby Vision 2 underscores that HDR technology continues to evolve rather than settling into a fixed standard. For consumers, choosing a television increasingly means choosing an HDR ecosystem, with the most advanced picture processing tied to both compatible hardware and supported content. For the industry, Dolby Vision 2 signals a future where the line between content creation and display processing becomes ever more closely linked, reshaping how images are delivered from camera to screen.
