Samsung's QD-OLED display technology has always had advantages in color performance. Its "additive" imaging method achieved through the blue luminescent layer and quantum dots brings a richer color volume than traditional WOLED.However, this technology previously used an unconventional triangular sub-pixel arrangement, which often caused text display problems such as blurred edges and colored edges, which affected the clarity of text reading.
At CES 2026,Samsung Display officially announced that it has begun mass production of the "world's first 360Hz V-Stripe QD-OLED" panel, successfully solving this long-standing pain point.
This 34-inch, 1800R curvature ultra-widescreen panel not only has a refresh rate of 360Hz, but also achieves a peak brightness of 1300 nits for the first time on QD-OLED, and can meet the requirements of HDR True Black 500 certification at full screen brightness.
Its core improvement lies in pixel arrangement technology. The new panel abandons the traditional triangular layout and adopts an RGB vertical arrangement called "V-Stripe", in which red, green and blue sub-pixels are arranged vertically like a columnar structure.
This layout is more suitable for the font rendering engine of Windows system, which can significantly improve the clarity of text edges and fundamentally improve the text display effect.
It is reported that starting from December 2025, Samsung Display has begun supplying to many display manufacturers such as ASUS, MSI, and Gigabyte.In order to cope with the lifespan and heating challenges that high refresh rates and new structures may bring, Samsung has ensured stable mass production of panels by optimizing the top-emission structure of its QD-OLED and improving the efficiency of organic materials.
A Samsung Display spokesperson said that this move successfully integrated the four key features of V-Stripe pixel structure, ultra-wide screen ratio, high refresh rate and higher brightness, marking an important step in the comprehensive experience of QD-OLED technology.
