Notebookcheck Logo

TCL CSOT ultra-slim-bezel display now in mass production

TCL's latest mobile display tech. (Source: TCL CSOT)
TCL's latest mobile display tech. (Source: TCL CSOT)
TCL'S CSOT display research group has been working on new technology that can reduce the bezel around a given mobile device's display to as little as 1mm on all sides. Now, the company has announced that this new panel type is ready for mass production. It is touted to boost power efficiency and battery life in addition to screen-to-body ratio in next-gen smartphones.

The iPhone 15 Pro series is tipped to upgrade to ultra-thin-bezel displays in 2023. Should that be the case, devices from other brands may not be far behind thanks to a new breakthrough by TCL CSOT.

The display R&D group claims that its new display technology, touted to bring bezels down by up to 30% and, thus, to about 1mm per side, is now in mass production, thanks to a new "FIAA Slim Design" technique. The new, potentially screen real estate-boosting panel type is based on circuitry arranged in a new kind of matrix that puts power-related "VSS" signals right through the "AA" light-emitting area.

TCL also asserts that this new display type reduces battery use by up to 8% at the same brightness while maintaining color-accuracy and resolution; then again, its "borderless" look depends on 2.5D glass for the full effect. The company has yet to specify when the new 'bezel-less' display type will be available to clients.

Buy a OnePlus 10T on Amazon

TCL CSOT's new display circuitry matrix is touted to make for an extremely thin bezel. (Source: TCL via EET-China)
TCL CSOT's new display circuitry matrix is touted to make for an extremely thin bezel. (Source: TCL via EET-China)
static version load dynamic
Loading Comments
Comment on this article
Please share our article, every link counts!
Mail Logo
> Expert Reviews and News on Laptops, Smartphones and Tech Innovations > News > News Archive > Newsarchive 2023 03 > TCL CSOT ultra-slim-bezel display now in mass production
Deirdre O'Donnell, 2023-03-24 (Update: 2023-03-24)