What's the core advantage of Super Pixel over standard OLED?

Super Pixel adds 1.8% more physical sub-pixels for higher sharpness, reduces controller power consumption by 25%, and enables refresh rates up to 165Hz — compared to SPR OLED which uses software-rendered sub-pixels without actually adding hardware. The result is a cleaner, more efficient image.

Why does Inkjet-Printed OLED matter for the industry?

IJP OLED offers easily scalable panel sizes and a simpler production process with reduced costs — meaning a single production line can manufacture OLED displays from smartphone to large monitor sizes, compared to today's approach requiring separate specialized lines for each form factor. This could significantly lower OLED prices across device categories.

Is 15,000 nits a real-world figure?

This is likely peak local brightness in HDR scenarios rather than sustained full-panel brightness — but even as a local peak figure, it dwarfs current best-in-class panels like the vivo X300 Ultra's 4,500 nits by more than three times, pointing toward dramatically improved HDR contrast in future devices

What's the practical use of 5,080 ppi for AR glasses?

The world's smallest Silicon Micro LED at 5,080 ppi and 4 million nits is designed specifically for AR glasses — at centimeter-scale distances from the eye, sub-5,000 ppi displays show visible pixelation. The 4 million nit brightness is equally critical for AR overlays to remain visible in direct sunlight

When will these technologies reach commercial devices?

Super Pixel and IJP OLED were announced at CES and are heading toward a wide range of devices — Super Pixel is closest to commercial deployment (likely 2026–2027 in Xiaomi, TCL, and partner devices). IJP OLED will take longer, while the 15,000-nit panel and AR Micro LED remain in advanced R&D stages.

TCL at MWC 2026: Super Pixel, 165Hz, Foldable IJP OLED, 15,000-nit Display, and 5080 ppi Micro LED for Glasses

TCL Showcases Super Pixel, Inkjet-Printed OLED, 15,000-Nit Display, and World's Smallest Micro LED at MWC 2026

At MWC 2026, TCL CSOT showcased its latest display innovations — including Super Pixel and Inkjet-Printed OLED technologies first announced at CES — alongside a diverse portfolio of next-generation display concepts spanning smartphones, laptops, monitors, and AR glasses.

Super Pixel: Sharper, More Efficient, Faster

Thanks to an additional 1.8% more sub-pixels inside the OLED layer, Super Pixel displays achieve higher sharpness than sub-pixel rendering (SPR) OLEDs, while reducing controller processing load by 25% and supporting refresh rates up to 165Hz.

Three 6.9-inch Super Pixel smartphone panels were demonstrated:

A high-clarity panel with 1,200×2,608px resolution, 420 ppi, 8T LTPO backplane, FIAA technology, 2,000 nits adaptive brightness, and remarkably slim 0.5mm top/bottom and 0.8mm side bezels.

An energy-efficiency-focused panel with 10% lower IC power consumption and 25% reduced chipset consumption versus conventional OLEDs.

A high refresh rate panel built on 7T LTPS with a dynamic 60–165Hz range, 420 ppi, and 2,000 nits HBM.

Inkjet-Printed (IJP) OLED: Scalable and Cost-Efficient

IJP OLED panels offer easily scalable sizes, a simpler production process with reduced costs, and improved performance over traditional OLED manufacturing. Highlights include:

A 14-inch laptop OLED panel just 0.77mm thick and weighing 77 grams.

A 28-inch foldable portable monitor with tri-fold design collapsing to 16 inches, measuring 4.48mm thin, featuring the world's largest waterdrop hinge.

A 5.65-inch smartphone IJP OLED with 490 ppi density and a Real Stripe RGB pixel arrangement.

The Showstoppers: 15,000 Nits and World's Smallest Micro LED

A 6.9-inch OLED panel rated at a staggering 15,000 nits peak brightness — likely local peak brightness in HDR scenarios, but an impressive achievement regardless.

The world's smallest Silicon-based Micro LED at 0.05 inches, designed for AR glasses, with 256×86px resolution, 5,080 ppi density, and 4 million nits peak brightness.