TCL CSOT shows the future of screens at CES 2026

CES is full of TVs shouting for attention, but TCL CSOT is very much on the lab-coat-on, sleeves-rolled-up side of the industry. But don’t let that put you off.

The panel maker is using giant tech expo to show off a smattering of display tech that could very well end up in our future phones, tablets, cars, laptops, monitors, TVs, and XR headsets – even if the names sound like they were generated by an engineer running out of coffee.

At the headline-grabbing end is a massive 98-inch HVA Ultra Infinity View TV display, built around RGB independent backlight control. According to TCL CSOT, newly developed open-cell and RGB backlight algorithms are designed to eliminate colour crosstalk and deliver smoother transitions, more precise colours, and deeper blacks. 

The panel claims over 96 per cent BT.2020 colour coverage, supported by a huge 18,000 backlight zones to minimise grey haze. Low-reflection and anti-glare treatments are intended to preserve contrast and viewing comfort, while ultra-slim narrow bezels push immersion front and centre.

Away from the living room, TCL CSOT is also pushing hard into automotive displays, unveiling what it describes as the world’s first sliding and multi-curved IJP OLED car screen. The centre display can extend from 16 inches on the driver’s side to a full 28-inch panel shared with the passenger, creating a wider, more immersive cockpit view. 

The sliding-roll mechanism uses high-strength steel, supports a bending radius of under 4 mm, and is rated for more than 100,000 sliding cycles, paired with a curved armrest design that blends futuristic looks with durability.

Eye comfort is a recurring theme across TCL CSOT’s CES lineup – the company is showing off the world’s first NaturalLight-certified OLED mobile display, measuring 6.89 inches, built around a second-generation circular polariser. 

TCL CSOT says this suppresses glare, boosts contrast, improves visibility outdoors – even through sunglasses – and reduces visual fatigue by improving light uniformity. The aim is a more natural, book-like viewing experience whether reading, working, or watching video.

That same thinking extends to the world’s first 27-inch Natural Light Switchable Monitor display. Certified for its high similarity to natural light, it combines a full-spectrum backlight with circularly polarised light to deliver more uniform illumination and reduce eye strain during long sessions.

TCL CSOT is also showcasing what it calls the world’s first PFAS-free notebook display, eliminating forever chemicals from all major module components – including in-panel materials, electronic parts, polarisers, and backlight units. It’s positioned as both a materials breakthrough and a broader commitment to health and environmental responsibility.

On the tablet front, TCL CSOT has introduced the world’s first medium-sized OLED display with partitioned frequency division. The 13.2-inch panel features uniform 1.7 mm bezels on all sides, a 3:2 aspect ratio, and a 3.1K resolution, delivering a claimed 96 percent screen-to-body ratio. Built on an 8T LTPO backplane, it supports adaptive refresh rates from 1 Hz to 120 Hz across different regions of the same screen at once, helping reduce power consumption by between 15 and 25 percent depending on usage.

Smaller still – and firmly aimed at XR hardware – is a 2.56-inch Real RGB G-OLED display with an ultra-high 1512 PPI pixel density, alongside a 0.28-inch single-chip full-colour silicon Micro LED display pushing over 5,000 PPI. Both are pitched at near-eye applications such as AR glasses and ultra-compact VR headsets, where pixel density, brightness, contrast, and low power consumption are critical.

Rounding things off is a 5.65-inch smartphone display using Real Stripe RGB IJP OLED technology. TCL CSOT highlights its 390 PPI resolution – visually comparable to a higher-density diamond-style layout – as proof of sharper text rendering and refined image quality, while also underlining its ability to scale IJP OLED manufacturing across small, medium, and large display formats.