The brightness contrast of the first frame is 13.4% to avoid screen flickering and ensure a clear and comfortable viewing experience every time you switch between frames.
By Emeka Uche
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Published on September 9, 2026
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2 min read
Tianma today announced the launch of its ultra-narrow bezel and ultra-high refresh rate display technology, which integrates multiple self-developed core technologies such as ultra-narrow bezels, ultra-high refresh rates, low power consumption, and long lifespan.
Tianma stated that through its self-developed FSD technology and integrated module design, it has reduced the bezel of a single panel to 0.35mm and the bezel of the module to only 0.1mm. It has also achieved an extremely symmetrical design with equal width on all four sides and corners, completely weakening the visual sense of separation from the bezel. The screen ratio reaches 99.6% , truly achieving a borderless visual effect that is close to “0” bezels.
According to reports, Tianma has pioneered a new split-pixel circuit design, combined with a new fast-charging circuit and optimized intelligent touch algorithms, successfully achieving an ultra-high refresh rate of 240Hz.
Compared to traditional display solutions, Tianma’s new split-circuit design brings comprehensive performance improvements:
- The brightness contrast of the first frame is 13.4% to avoid screen flickering and ensure a clear and comfortable viewing experience every time you switch between frames.
- Image retention optimization improved by 61%, ensuring that the image remains clean and crisp without blurring or ghosting, even in fast-moving scenes and quick-sliding scenes.
- It delivers a fast and accurate high refresh rate display experience, ensuring smooth motion and clear detail in dark areas.
Daily Lamp learned that Tianma’s ultra-narrow ultra-high refresh rate AMOLED display is equipped with Tianma’s new self-developed organic light-emitting material system, which further reduces screen energy consumption and simultaneously slows down the wear and tear of screen components. This can effectively improve the battery life of terminal products and significantly extend the screen’s lifespan.
