Listen to this Post
Introduction
Samsung’s Galaxy ecosystem is on the verge of another major multimedia upgrade. While users have already enjoyed support for premium HDR technologies such as HDR10, HDR10+, and HLG, a new generation of HDR content is preparing to reshape the mobile viewing experience. Google’s introduction of Eclipsa Video in Android 17 signals a significant step toward smarter, more adaptive HDR playback, and Samsung appears ready to bring the technology to Galaxy smartphones and tablets through the upcoming One UI 9.0 update.
This development goes beyond simply adding another video format. It represents a broader effort by Google and Samsung to create an open alternative capable of competing with premium proprietary ecosystems while delivering better visuals across phones, tablets, laptops, and televisions.
Google Introduces Eclipsa Video in Android 17
Google’s stable Android 17 release introduces native support for Eclipsa Video, an open HDR video format specifically designed for mobile devices.
Unlike conventional HDR formats that primarily depend on embedded dynamic metadata, Eclipsa Video continuously adapts HDR output according to both the surrounding lighting conditions and the hardware capabilities of the display itself. This allows HDR content to remain comfortable to watch whether users are outdoors under bright sunlight or indoors in a dark room.
The technology expands upon concepts previously introduced by Samsung’s HDR10+ Adaptive system while introducing a more standardized and open implementation based on the SMPTE ST 2094-50 specification.
Samsung Could Deliver Eclipsa Video Through One UI 9.0
Samsung has consistently remained one of the strongest supporters of HDR innovation.
Current Galaxy smartphones already support:
HDR10
HDR10+
HDR10+ Adaptive
HLG
The addition of Eclipsa Video would further strengthen Samsung’s multimedia ecosystem without requiring users to rely exclusively on proprietary HDR technologies.
Industry expectations suggest that One UI 9.0 may enable compatible Galaxy smartphones and tablets to decode and display Eclipsa Video content, allowing users to benefit from Google’s latest HDR improvements without purchasing entirely new devices, assuming hardware compatibility exists.
A Smarter HDR Experience for Mobile Screens
Traditional HDR playback sometimes creates uncomfortable viewing situations.
Many users have experienced sudden flashes of extremely bright content while browsing social media applications late at night. Switching between standard interface elements and HDR videos can become visually distracting.
Eclipsa Video was specifically designed to solve this issue.
Instead of displaying HDR content at maximum brightness regardless of the environment, the format evaluates ambient lighting and intelligently adjusts luminance to reduce eye strain while preserving image quality.
This makes scrolling through platforms like Instagram or other video-heavy social applications significantly more comfortable.
Improved Color Accuracy Across Every Display
Another major goal of Eclipsa Video is color consistency.
Mobile HDR content occasionally appears washed out or overly flat when viewed on televisions or different display technologies.
Eclipsa Video introduces more precise frame-by-frame metadata that helps preserve:
Natural skin tones
Accurate shadows
Controlled highlights
Better contrast
Consistent color grading
The format also incorporates an HDR Reference White benchmark, ensuring interface elements, subtitles, notifications, and standard SDR graphics remain readable while HDR content plays in the background.
Dynamic Brightness Scaling Protects Image Quality
Display hardware varies dramatically.
Some flagship smartphones can exceed 2,500 nits of brightness, while televisions and budget devices have entirely different capabilities.
Rather than forcing every screen to interpret HDR independently, Eclipsa Video dynamically scales brightness according to each device’s physical limitations.
The result is a viewing experience that remains visually balanced regardless of whether content is played on:
Smartphones
Tablets
Laptops
Smart TVs
This adaptive scaling helps avoid clipped highlights while maintaining intended cinematic presentation.
Built Upon Open Industry Standards
Samsung’s HDR10+ Adaptive technology relies on the SMPTE ST 2094-40 standard.
Eclipsa Video instead utilizes SMPTE ST 2094-50, an open specification jointly developed through collaboration between Google, Apple, and NBCUniversal.
This broader industry cooperation could encourage faster adoption among streaming services, hardware manufacturers, software developers, and content creators.
Unlike proprietary HDR ecosystems, open standards often lower licensing barriers and encourage wider implementation throughout the consumer electronics industry.
Eclipsa Audio Completes the Multimedia Package
Samsung and Google have already collaborated successfully on Eclipsa Audio, an immersive audio format available on select Samsung TVs and soundbars released from 2025 onward.
Industry reports indicate both technologies may eventually be marketed together as:
Eclipsa Video
Eclipsa Audio
This strategy closely resembles the well-known pairing of Dolby Vision and Dolby Atmos.
Should the ecosystem mature successfully, consumers could enjoy synchronized improvements in both visual and audio quality under a unified open multimedia platform.
Industry Support Continues to Expand
The HDR10+ Technologies consortium, which now includes more than 180 participating companies, is expected to oversee certification and promotion of Eclipsa Video.
Such industry backing significantly increases the likelihood of broader ecosystem adoption over the next several years.
As more smartphones, televisions, streaming platforms, editing software, and camera manufacturers adopt the format, Eclipsa Video may gradually become one of the mainstream HDR standards alongside Dolby Vision and HDR10+.
Potential Impact on Future Galaxy Devices
Although Samsung has not officially confirmed supported models, One UI 9.0 represents a logical opportunity to introduce Eclipsa Video compatibility across eligible Galaxy hardware.
Flagship devices featuring advanced OLED displays and sufficient HDR processing capabilities are likely candidates for early support.
Future Galaxy smartphones, tablets, foldables, and even Samsung laptops could all benefit from a unified HDR ecosystem optimized for cross-device viewing.
For users, the upgrade may require nothing more than a software update, making the transition considerably easier than previous generations of display technology.
Deep Analysis: Linux, Windows and macOS Commands for HDR Development
Understanding HDR technologies often involves inspecting display capabilities, graphics drivers, and multimedia pipelines. Developers and advanced users can use several system commands to diagnose HDR support.
Linux
xrandr --verbose
Displays monitor capabilities, supported color formats, and HDR metadata when available.
vainfo
Checks hardware video decoding support.
vulkaninfo
Provides Vulkan renderer information useful for HDR rendering.
ffprobe video.mp4
Inspects HDR metadata inside video files.
ffmpeg -i input.mp4
Displays color space, mastering information, and HDR characteristics.
glxinfo
Shows OpenGL rendering information.
lspci | grep VGA
Identifies installed graphics hardware.
journalctl | grep drm
Reviews graphics driver initialization logs.
Windows
dxdiag
Displays DirectX capabilities and GPU information.
Get-CimInstance Win32_VideoController
Retrieves graphics adapter details.
macOS
system_profiler SPDisplaysDataType
Displays graphics hardware and display information.
These commands assist developers in verifying HDR compatibility, driver functionality, display capabilities, codec support, and rendering pipelines while preparing applications for modern HDR standards like Eclipsa Video.
What Undercode Say:
Samsung and Google appear to be pursuing a long-term strategy rather than introducing another short-lived media format. The HDR market has remained fragmented for years, with Dolby Vision leading premium content while HDR10+ gained moderate adoption through Samsung’s ecosystem.
Eclipsa Video introduces a different philosophy.
Instead of focusing purely on image brightness, it attempts to optimize the entire viewing environment.
Ambient lighting awareness is particularly valuable because smartphone usage varies dramatically throughout the day.
Most HDR formats assume viewers are watching in ideal conditions.
Real-world usage tells a different story.
People browse social media in bed.
They watch videos during commutes.
They consume HDR outdoors under sunlight.
Each scenario demands different brightness behavior.
Adaptive HDR becomes increasingly important as smartphone displays become brighter every generation.
Another interesting aspect is
If licensing costs remain lower than competing proprietary formats, smaller hardware manufacturers may rapidly adopt Eclipsa Video.
Streaming services could also benefit.
Producing multiple HDR masters for different ecosystems increases production complexity.
A unified open HDR workflow simplifies content distribution.
Samsung also gains strategic advantages.
The company has invested heavily in HDR10+ but continues competing against Dolby Vision’s widespread ecosystem.
By working alongside Google, Samsung potentially expands its influence beyond its own hardware.
The combination of Eclipsa Video and Eclipsa Audio creates an integrated multimedia platform capable of competing with Dolby’s established branding.
Success, however, depends on ecosystem adoption.
Without support from streaming providers, camera manufacturers, editing software developers, and television brands, even technically superior formats struggle.
The HDR10+
One UI 9.0 could become the first large-scale mobile deployment.
If Galaxy smartphones receive support through software updates, adoption may accelerate significantly.
The technology also aligns with broader industry trends emphasizing computational display processing instead of relying solely on panel hardware.
Future HDR systems may increasingly adapt dynamically based on environment, user preferences, battery conditions, and display capabilities.
Eclipsa Video fits naturally into that future.
Rather than chasing higher brightness numbers alone, intelligent HDR optimization may become the defining characteristic of next-generation mobile displays.
✅ Google officially introduced native Eclipsa Video support in Android 17 as part of its latest operating system features.
✅ Samsung already supports HDR10, HDR10+, HDR10+ Adaptive, and HLG across many Galaxy devices, making future Eclipsa Video integration technically plausible.
✅ Support for Eclipsa Video on Galaxy devices through One UI 9.0 remains an expectation rather than an officially confirmed rollout, so availability may vary depending on hardware compatibility and Samsung’s final implementation.
Prediction
(+1) Wider adoption of Eclipsa Video and Eclipsa Audio could establish a strong open multimedia ecosystem that challenges proprietary HDR and audio standards.
(+1) Future Galaxy flagship devices are likely to leverage adaptive HDR more aggressively, delivering improved viewing comfort in diverse lighting environments.
(-1) Adoption may progress slowly if major streaming services, content creators, or hardware manufacturers delay support despite the technology’s technical advantages.
▶️ Related Video (82% Match):
🕵️📝Let’s dive deep and fact‑check.
🎓 Live Courses & Certifications:
Join Undercode Academy for Verified Certifications
🚀 Request a Custom Project:
Secure, high-velocity infrastructure and disruptive technological engineering. Contact our engineering team for high-tier development and proprietary systems:
[email protected]
💎 Smart Architecture | 🛡️ Secure by Design | ⭐ Trusted by Thousands
References:
Reported By: www.sammobile.com
Extra Source Hub (Possible Sources for article):
https://www.linkedin.com
Wikipedia
OpenAi & Undercode AI
Image Source:
Unsplash
Undercode AI DI v2
🔐JOIN OUR CYBER WORLD [ CVE News • HackMonitor • UndercodeNews ]
📢 Follow UndercodeNews & Stay Tuned:
𝕏 formerly Twitter 🐦 | @ Threads | 🔗 Linkedin | 🦋BlueSky | 🐘Mastodon | 📺Youtube
