According to recent news, Samsung is specifically developing a new OLED material group. It is reported that this material group will be used in the iPhone 16 launched next year to provide a more energy-saving display
OLED material group It is made up of multiple components, including a cover layer (CPL) that adjusts the optical properties of the screen. These components are produced by professional manufacturers and supplied to Samsung, which is finally used by Samsung to manufacture OLED panels
According to the editor’s understanding, the properties of OLED panels, such as lifespan, brightness, color accuracy or manufacturing efficiency, etc. , can be significantly changed by changing the different compositions of the material group
In April of this year, there were reports that Samsung was working on the iPhone The 15 series uses its "M12" material group to provide OLED panels, and is also developing a new OLED material group code-named "M14" designed for Apple's iPhone launch in 2024. The specific reason for the development wasn't known at the time, but a new report suggests it may have something to do with reducing OLED panel power consumption.
According to South Korean Ubi Research analyst Daejeong Yoon, Samsung has been committed to using blue phosphorescent materials to replace blue fluorescent materials on its OLED development roadmap to reduce the cost of Total power consumption of OLED panels
According to Yoon, Samsung initially planned to use more energy-saving materials in the OLED panels developed for various folding mobile phones in 2024, but due to technical difficulties, Samsung may It's reserved for Apple's M14 material set.
Yoon said: “After next year’s iPhone 16, M14 will also be used in the 2025 iPhone. 17. Extend the update cycle of Apple iPhone’s OLED material group to two years. ”
According to multiple sources, the iPhone 16 Pro and iPhone 16 Pro Max will be equipped with larger displays. Among them, the display size of the iPhone 16 Pro will reach 6.27 inches, while the iPhone 16 The display size of the Pro Max will be 6.85 inches. A report in September this year pointed out that the iPhone 16's OLED panel may use microlens technology to maintain or increase the brightness of the display while reducing power consumption. At the same time, a report in May this year stated that Apple plans to mass-produce more advanced MicroLED displays to reduce its dependence on Samsung, increase its control over the supply chain, and lay the foundation for introducing this next-generation technology to the iPhone. .
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