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Lenovo has announced the release of the world’s first laptop equipped with an inkjet-printed OLED display. This model, called the Legion R9000P, features a high-refresh-rate IJP panel with a 240 Hz refresh rate, developed by TCL CSOT.
Reports of new, affordable computer hardware coming to market are seen as a real breath of fresh air amid the constant rise in prices of other tech components, particularly graphics chips, processors, RAM, and storage devices.

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TCL CSOT, a subsidiary of the Chinese home appliance and TV giant TCL, has been developing inkjet OLED (IJP) displays since 2024. It appears the company is finally ready to bring this technology to the consumer market as part of the Lenovo Legion R9000P laptop. Lenovo emphasizes that this laptop is the world’s first device to feature integrated technology from TCL CSOT, marking a significant milestone on the path to the full-scale commercial use of next-generation displays.
The new Legion series laptop will feature a 16-inch IJP OLED screen that supports a 240 Hz refresh rate and covers over 99% of the DCI-P3 color space. While these specifications are not unusual for desktop OLED monitors, but the main advantage of inkjet printing technology over the traditional vacuum thermal evaporation (VTE) method lies in its significantly lower cost and simpler manufacturing process, which substantially increases the yield of usable panels. In addition, the IJP OLED screens developed by TCL CSOT promise higher brightness levels, which has traditionally been a weak point of conventional OLED displays. This plays a critically important role specifically for laptops like the Legion R9000P, since mobile devices, due to their portability, are constantly exposed to a variety of lighting conditions, unlike stationary TVs and monitors, which typically remain in one place for years.

If this technological standard gains traction in the industry, it will lead to a significant reduction in the retail price of premium gaming OLED monitors, which currently offer the best color reproduction and contrast. Unfortunately, Lenovo has not yet disclosed the full technical specifications or price of the Legion R9000P, so it is currently impossible to accurately assess how affordable this new model will be compared to similar models based on traditional OLED screens.
Although mass production of IJP OLED panels for the consumer electronics segment is only just beginning, TCL CSOT has spent over a decade refining this technology. In fact, the company has been mass-producing its 5.5-generation IJP OLED screens since 2024 (these panels are likely supplied for commercial and industrial equipment, such as medical monitors), and last year it began construction of an industrial production line for 8.6-generation panels.
In addition to Lenovo, MSI also plans to use the new printed OLED panel in its recently announced MSI Pro Max OLED 271UPJW12 monitor. Although this brand has not explicitly stated that it uses components from TCL CSOT, the device’s specified technical parameters fully match TCL CSOT’s design. Furthermore, TCL CSOT is currently the only company with the capacity for industrial-scale production of OLED panels using inkjet printing.

Experts expect that, over time, this technology will extend beyond laptops and monitors to appear in televisions and smartphones as well. This will make high-quality TVs with OLED panels more accessible to a wider range of consumers, helping them successfully compete with cheaper QLED- and Mini LED-based solutions. In addition, this innovation will pave the way for budget smartphones with stunning screens capable of competing on equal footing with the displays of flagship models.
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