Samsung Nears Mass Production of 8.6G OLED with 70% Yield

Samsung is gearing up to supply its 8.6th-generation (8.6G) OLED screens to Apple’s upcoming MacBook Pro. The company recently achieved a 70% yield in trial production, a major breakthrough for this cutting-edge display technology. This could allow the firm to start stable mass production, improving the profit margin.

Samsung saw a breakthrough in 8.6G OLED ahead of supply to Apple

According to a report from ETNews, Samsung Display’s trial operations at its 8.6G OLED production site in Asan, South Chungcheong Province, saw solid progress. “We achieved an expected yield of 70% through trial operations and are approaching 80%, creating a highly encouraging atmosphere,” said an official. “It appears there will be no difficulty in carrying out the mass production schedule normally.”

Samsung aims to kick off mass production of 8.6G OLED in June or July 2026. The display will power the 14-inch and 16-inch MacBook Pro models, expected to launch in late 2026 or early 2027. The Korean firm could supply the entire initial estimated demand of 2 to 3 million units thanks to its strong production capacity and reliability.

For the uninitiated, generation in display manufacturing refers to the size of the glass substrate used to make screens. The 8.6th-generation substrate measures 2,290mm × 2,620mm. This is more than twice the size of the 6th-generation (1,500mm × 1,850mm).

As a result, Samsung can produce roughly 1,000 14-inch screens from a single sheet. More importantly, it helps lower production costs while increasing output. The 8.6G OLED panels feature cutting-edge technologies such as a two-stack tandem OLED structure, a hybrid substrate combining glass and polyimide thin-film, and oxide thin-film transistors (TFTs).

Meanwhile, BOE also planned to start 8.6G OLED production before Samsung. However, the plan suffered setbacks with inevitable schedule delays. The Chinese firm secured clients like Acer and ASUS, but its panels have not yet achieved the required panel characteristics, such as response speed.