LG debuted three new Thunderbolt 3 UltraFine monitors last week at CES and we got to go hands-on and check them out. The three models include an ultra-wide 21:9 aspect ratio monitor, 4K monitors capable of being daisy chained, and a 5K monitor.
LG’s display-making arm is said to be gearing up to kick off volume production of foldable displays for future iPhones, said Korean news outlet ETNews. In addition to Apple, LG Display should supply foldable displays to Google and Microsoft in 2018. LG-developed foldable display prototypes were of sufficient quality for the company to secure global manufacturers as its partners.
LG Display, one of the Asian companies that provide screens for Apple products, yesterday announced plans to spend an additional 1.99 trillion won, or about $1.75 billion, on its sixth-generation “P9” flexible OLED (Organic Light-Emitting Diode) production line in Paju. More OLED facilities are coming soon in Paju and Gumi, LG said.
LG Display will jack up investment on next-generation mobile screens based on Organic Light-Emitting Diode (OLED) technology as its top customer Apple Inc. prepares to adopt these ultra-thin, power-saving screens for iPhones “as early as 2017,” Bloomberg reported Wednesday.
Multiple sources have been adamant over the course of past few months that Apple and its Asian suppliers have been making preparations to produce tens of millions of OLED panels for use in future iPhones.
Tuesday, Taiwan-based DigiTimes said, citing a report by Korea-based ET News, that LG Display, the lone supplier of flexible OLED screens for the Apple Watch, has begun ramping up curved OLED production amid rumors of the Apple OLED switch.
A report Wednesday by ET News contends that Apple is “close” to signing a definitive supply agreement with both Samsung Display and LG Display concerning OLED screens for future iPhones.
Although iOS devices have used ubiquitous liquid-crystal display (LCD) panels since their inception, organic light emitting diode (OLED) technology features deeper blacks and requires less power because it doesn’t need a power-hungry backlight module to illuminate the pixels.