
The Oppo Find X10 series is shaping up to bring a notable display upgrade when it reportedly arrives in September. Oppo has yet to announce the official launch date, but reports from China suggest the upcoming flagship phones could debut with Tianma’s latest Tiangong Screen 2.0 OLED technology.
The new panel focuses less on headline-grabbing resolution or refresh-rate increases and more on efficiency, color quality, eye comfort and display longevity. Tianma says its latest technology introduces a new primary-colour spectrum material, while Oppo has separately detailed a fourth-generation OLED material capable of covering 95% of the BT.2020 color gamut.
Tianma Tiangong Screen 2.0 Could Debut on Find X10
According to reports from China, Oppo and Tianma have unveiled the new Tiangong Screen 2.0 display technology, with the Find X10 lineup reportedly expected to be among its first smartphones.
Neither company has fully confirmed that the panel will be exclusive to the Find X10 series. However, the timing has fueled speculation that Oppo’s next flagship generation could be the first major showcase for the technology.
New OLED Material Targets Better Eye Comfort
One of the key changes is Tianma’s use of a new N1 primary-colour spectrum material. The technology reportedly reduces harmful blue-light output by around 3.7%.
At the same time, deep-red light output is said to increase to approximately 5.5%. The goal is to produce a more balanced display spectrum while making prolonged smartphone use more comfortable.
Up to 16% Better Power Efficiency
Display efficiency could be another major advantage. Tianma reportedly claims the new panel delivers up to 16% improved power efficiency compared with the previous technology.
That could have a practical impact on flagship phones such as the Find X10. A more efficient OLED panel can potentially reduce display-related battery consumption, particularly during extended browsing, video playback and gaming sessions.
Display Lifespan Could Increase by Nearly 33%
Tianma’s new technology is also reportedly designed to improve panel longevity. The display is said to offer nearly 33% longer lifespan than the previous generation.
For users who keep their smartphones for several years, this could be more meaningful than a small increase in resolution. Better long-term panel durability may help maintain consistent brightness and color performance over a longer period.
Ultra-Low 0.01-Nit Brightness Is Another Highlight
The panel reportedly incorporates Tianma’s self-developed AI De-Mura intelligent control algorithm.
One of its more interesting capabilities is the ability to reduce screen brightness to as little as 0.01 nits. Extremely low brightness can be useful in dark environments, where a conventional display may still appear uncomfortably bright.
The AI-based control system is also intended to improve display uniformity, potentially helping reduce visible inconsistencies across the OLED panel.
No Resolution or Refresh Rate Upgrade Reported
Interestingly, the new technology does not appear to focus on increasing resolution or refresh rate.
That means Oppo could be prioritizing improvements that users may notice during everyday use rather than simply pushing specifications higher. Better efficiency, color reproduction, low-brightness control and longevity could collectively make a bigger difference to the overall display experience.
Oppo Teases Its Own Fourth-Generation OLED Technology
Oppo has separately detailed a new OLED display technology on its official Weibo account. The company says its fourth-generation OLED light-emitting material can achieve 95% coverage of the BT.2020 color gamut.
BT.2020 represents an extremely wide color space, so higher coverage can potentially allow displays to reproduce a broader range of colors with greater precision.
Softer and More Natural Colors
Oppo says the new material is designed to produce softer and more natural-looking colors.
Rather than simply increasing saturation, the technology appears focused on creating a more comfortable visual experience. Oppo also claims that the display can help reduce eye fatigue during extended use.
However, Oppo has not confirmed that this technology is the same Tianma panel reported for the Find X10 series.
September Launch Is Still Unconfirmed
The Find X10 series is currently rumored to arrive in September, although Oppo has not officially announced a launch date.
That leaves some uncertainty around the exact models, display specifications and availability. Until Oppo publishes its official specifications, the reported Tianma connection should be treated as an indication rather than a confirmed specification.
What This Could Mean for the Find X10 Series
If the reports are accurate, Oppo may be taking a different approach with the Find X10 display. Instead of relying solely on higher resolution or faster refresh rates, the company could focus on efficiency, color accuracy, viewing comfort and long-term durability.
That would fit the direction of modern flagship smartphones, where display quality is increasingly about the complete viewing experience rather than a single specification.
The reported Tianma OLED technology could make the Oppo Find X10 series particularly interesting if the promised improvements make it into the final retail devices. With better efficiency, longer panel life, wider color reproduction and brightness as low as 0.01 nits, the display may offer meaningful upgrades without chasing bigger numbers. Would you consider these improvements more valuable than another jump in resolution or refresh rate?

Zawar Alam is a passionate technology and mobile phone content writer with years of experience covering the latest smartphones, gadgets, apps, and tech trends. He specializes in delivering accurate news, detailed specifications, feature comparisons, and helpful buying guides. His goal is to provide readers with clear, reliable, and up-to-date information to help them make informed technology decisions. Through his work, he stays committed to tracking the fast-changing world of mobile technology and consumer electronics.


























