Tag: TCL CSOT

  • TCL CSOT to Build Massive OLED Factory with Inkjet Printing Tech

    TCL CSOT to Build Massive OLED Factory with Inkjet Printing Tech

    Key Takeaways

    1. TCL CSOT plans to build an 8.6-generation OLED production plant in Guangzhou, starting construction in October 2025, with operations expected by 2027.

    2. The initial production line will handle 45,000 glass substrates monthly, with a potential second line increasing capacity to 90,000 substrates.

    3. TCL CSOT’s output would significantly exceed competitors like Samsung and LG, positioning the T8 facility as one of the largest OLED plants globally.

    4. The company utilizes inkjet printing technology, which reduces material waste and production costs by about 30%, differentiating it from competitors’ methods.

    5. Despite recent advancements, TCL CSOT faces technical challenges in improving panel brightness, lifespan, and production yields, as it aims to compete with established South Korean manufacturers.


    TCL CSOT is said to be gearing up to construct a huge 8.6-generation OLED production plant in Guangzhou, China.

    A recent report from UBI Research indicates that the construction of the “T8” facility is slated to kick off in October 2025, with plans to install equipment by the end of 2026. If everything goes as planned, the factory could be fully operational by 2027.

    Plans in Place

    Although TCL CSOT hasn’t officially confirmed the details, UBI Research claims the company has cemented its plans and is ready to proceed. The plant will start with one 8.6G production line that has the capacity to handle 45,000 glass substrates each month.

    When a second line is introduced, the production could potentially increase to 90,000 substrates per month. These sizable sheets, measuring approximately 2.29 by 2.62 meters, are suitable for cutting into displays for televisions, monitors, tablets, and smartphones.

    Competitive Edge

    This output level would place TCL CSOT well ahead of its rivals. Samsung’s forthcoming QD-OLED A6 line is expected to peak at 15,000 substrates monthly, while LG Display’s new Paju line is predicted to reach between 7,500 and 15,000.

    Moreover, BOE, a competitor in China, has also revealed intentions to launch an OLED line with a capacity of 33,000 substrates each month. The goal for TCL CSOT would position the T8 facility among the largest OLED manufacturing plants globally.

    Innovative Techniques

    What distinguishes TCL’s method is its adoption of inkjet printing, differing from LG and Samsung’s fine-mask evaporation technique. This method accurately applies red, green, and blue OLED materials onto the substrate, minimizing material waste and cutting production costs by about 30 percent.

    UBI Research estimates that the T8 facility will require approximately RMB 20 billion, which translates to around USD 2.75 billion—a relatively modest investment considering its anticipated output.

    TCL CSOT has been working on inkjet-printed OLED technology for several years, having laid out its goals back in 2020, with aspirations to begin mass production by 2024. Although this timeline hasn’t been fully met, TCL did commence limited production last year.

    Future Outlook

    In 2024, the company delivered 21.6-inch 4K OLED panels produced using its Gen 5.5 line and began distributing monitor panels by November. By May 2025, TCL had presented a complete lineup of inkjet-printed OLED prototypes, including screens for smartphones, laptops, and TVs.

    UBI anticipates that an official announcement might be forthcoming, possibly within this month. Nevertheless, the report warns that TCL CSOT still encounters technical challenges. These obstacles include enhancing panel brightness and lifespan, achieving better large-area uniformity, and improving production yields.

    The inkjet printing technique remains perceived as less developed and dependable compared to the more traditional methods utilized by Korean display manufacturers.

    Nonetheless, TCL’s approach is part of a larger effort by Chinese firms to contest South Korea’s supremacy in OLED display technology. Companies like BOE and Visionox are also making significant investments in alternative manufacturing processes.

    Source:
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  • TCL CSOT Launches Real RGB OLED Tech for Next-Gen Smartphones

    TCL CSOT Launches Real RGB OLED Tech for Next-Gen Smartphones

    Key Takeaways

    1. TCL CSOT’s Inkjet Printed (IJP) technology is ready for widespread use in Real RGB OLED panels.
    2. The new OLED panels feature a “super retina-level” pixel arrangement for a wide color range and dynamic range.
    3. The panels achieve “million-level” contrast for exceptional display performance.
    4. Mass production of these panels is expected to begin in the latter half of 2025.
    5. The Real RGB OLED technology is not yet suitable for smaller smartphones, with availability for compact models expected around October 2025.


    TCL CSOT has revealed that their advanced Inkjet Printed (IJP) technology is now set for widespread use with their new Real RGB OLED panels.

    Cutting-Edge Manufacturing

    This innovative production technique is noted for its capability to create displays with an unmatched “super retina-level” pixel arrangement, leading to OLED screens that boast an expansive color range and impressive dynamic range.

    Exceptional Performance

    The panels are also claimed to offer incredibly high contrast, reaching what is described as “million-level” contrast. TCL CSOT is reportedly gearing up to start mass production in the latter half of 2025.

    Limitations for Compact Phones

    However, if there is one limitation with the Real RGB OLED so far, it’s that it isn’t yet suitable for smaller smartphones. Currently, it is expected to be ready for phones that could be successors to the approximately 6.5-inch Vivo X200 and the 6.8-inch X200 Pro, but it won’t be available for the 6.31-inch X200 Pro Mini until around October 2025.

    Source:
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  • TCL CSOT Launches Apex Displays for Next-Gen Laptops and Phones at MWC 2025

    TCL CSOT Launches Apex Displays for Next-Gen Laptops and Phones at MWC 2025

    Key Takeaways

    1. CSOT has developed a 14-inch camera-under-panel (CUP) OLED display showcased in the Lenovo Yoga Slim 9i at MWC 2025.
    2. The new 21.6-inch 4K OLED panel achieves 99% DCI-P3 color gamut coverage using inkjet-printed (IJP) technology for consistent color accuracy.
    3. TCL CSOT introduced a 350-nite QD-EL display for increased brightness, along with OLED panels utilizing fine metal matrix (FMM) technology for power efficiency.
    4. A new 6.36-inch smartphone display features the world’s lowest-power integrated circuit, reducing power consumption by up to 31%, along with a 2.56-inch display for VR/AR headsets designed for minimal energy use.
    5. CSOT is launching eye-protective displays, including a WQHD 120Hz circular polarizer and “moth-eye biomimetic” screens, alongside an anticipated 13-inch 144Hz 4K AI tablet screen as part of their Apex display lineup.


    TCL’s subsidiary, China Star Optoelectronics Technology (CSOT), is behind the innovative 14-inch camera-under-panel (CUP) OLED display featured in the new Lenovo Yoga Slim 9i. They are showcasing this technology at MWC 2025, aiming to attract as much attention as possible.

    Discovering New Displays

    Visitors at CSOT’s booth, located at Stand 2M30 in Hall 2 of the Fira Gran Via, can also explore TCL’s new 21.6-inch 4K OLED panel, which achieves an impressive 99% coverage of the DCI-P3 color gamut. This display is produced using the cutting-edge inkjet-printed (IJP) method, which CSOT supports to ensure consistent color accuracy at various brightness levels. This consistency is made possible due to the “regular RGB pixel arrangement” that the IJP technique allows.

    Innovations in Brightness

    Additionally, TCL CSOT has enhanced brightness in IJP panels by introducing a new 350-nite QD-EL display, expected to be available in next-gen laptops soon. They have also presented OLED panels utilizing the fine metal matrix (FMM) technique at MWC, which claim to provide high brightness and variable refresh rates (VRR) while being more power-efficient for future PCs.

    Trends in Compact Displays

    The demonstration also includes a new 6.36-inch display designed for smartphones, which features the world’s lowest-power integrated circuit (IC) that promises to cut power consumption by as much as 31% compared to earlier LTPO models. Furthermore, the event showcases a 2.56-inch display for VR/AR headsets, designed for ultra-low energy use despite having a mini LED backlight that offers up to 40% greater luminous efficiency.

    Eye-Protection and Future Tech

    TCL CSOT is also unveiling a new WQHD 120Hz circular polarizer display focused on eye protection, along with “moth-eye biomimetic” screens for mobile devices. These will debut alongside a panel anticipated to be the first 13-inch 144Hz 4K AI tablet screen.

    These displays are set to be part of CSOT’s upcoming lineup of Apex displays, which are designed to embody the principles of Amazing, Protective (for users’ eyes), Eco-friendliness, and the mysterious ‘X’ that represents the manufacturer’s vision for the future of display technology.


  • TCL CSOT Launches 34″ MiniLED Gaming Monitor with Curved Display

    TCL CSOT Launches 34″ MiniLED Gaming Monitor with Curved Display

    TCL CSOT, a prominent name in display technology, introduced its groundbreaking 34-inch variable curvature gaming monitor at the 2024 ChinaJoy Expo held at the Shanghai New International Expo Center. This display represents a significant advancement in gaming monitor technology, providing users with exceptional flexibility and visual engagement.

    TCL CSOT’s Groundbreaking Adjustable Curvature Monitor

    Named the “Xinghuan Curved Screen,” this monitor comes with an electric mechanism that allows users to effortlessly switch between a 1000R curved display and a completely flat screen at the push of a button.

    In addition to its shape-shifting abilities, the monitor features impressive specifications. It is equipped with Mini-LED backlight technology, ensuring excellent color accuracy, contrast ratios, and peak brightness. The 165Hz refresh rate offers smooth gameplay and minimizes motion blur.

    Competitive Edge in the Market

    TCL CSOT’s entry into the variable curvature monitor market follows the trends set by industry leaders like Corsair and LG, who have launched similar products in recent years. However, TCL CSOT’s latest model distinguishes itself with its unique combination of features and potentially competitive pricing.

    The company also presented other state-of-the-art display technologies at the expo, including a spectacular 105-inch 5K curved gaming screen and a high-resolution 27-inch 8K 120Hz IGZO HFS gaming screen.

    Collaborative Innovations

    Additionally, TCL CSOT and Lenovo jointly unveiled the Lenovo HVA professional gaming monitor R25f-30, while TCL CSOT and TPV introduced the AOC 32″ UHD 240Hz gaming monitor U32G4ZMN.

    TCL CSOT’s CEO, Zhao Jun, highlighted the shift in consumer preferences from performance-driven products to those focused on user experience. TCL CSOT is addressing this trend by concentrating on its HVA technology, which offers high contrast, high curvature, high refresh rates, and quick response times. This technology underpins the company’s mission to develop more enjoyable, dependable, and sustainable display solutions.


    TCL CSOT Launches 34
  • TCL Unveils World’s First Tri-Foldable Phone at SID 2024

    TCL Unveils World’s First Tri-Foldable Phone at SID 2024

    TCL CSOT (TCL China Star Optoelectronics Technology) has introduced the world’s first operational tri-foldable phone at the Society for Information Display (SID) 2024 exhibition. This comes five years after they presented a non-functional prototype of a similar design in 2019.

    The tri-foldable phone boasts a “Free-type” display that unfolds into a 7.85-inch screen, offering a tablet-like experience when fully opened. When laid flat, the screen maintains a typical tablet aspect ratio and features a unique folding mechanism that supports both “G” and “Z” shaped configurations.

    Slim Design and Advanced Features

    One of the main challenges with previous tri-foldable phones has been excessive thickness. TCL seems to have tackled this issue effectively, with their model being just 427 microns thick.

    The phone also incorporates a Sensor Under Panel (SUP) design, enabling 3D facial recognition through sensors placed beneath the display. This technology supports mobile payments and device unlocking.

    Consistent Visual Experience

    Both the regular display area and the SUP region offer a consistent pixel density of 420PPI, ensuring a uniform visual experience.

    The panel includes modern tech such as LTPO technology, allowing the device to adjust its refresh rate between 1Hz and 120Hz while maintaining low power consumption. Durability is another key focus, with TCL asserting that the display is built to last.

    Future Prospects

    TCL has not yet disclosed any plans for the commercial release of this tri-foldable phone. It’s also noteworthy that major companies like Huawei are rumored to be developing similar devices, with whispers of Huawei potentially launching a tri-fold phone featuring a 10-inch display later this year.


    TCL Unveils World's First Tri-Foldable Phone at SID 2024