Samsung Display has received Apple's approval to begin supplying OLED display modules for the company's first foldable iPhone, according to a new report from TheElec. The approval follows Samsung Display achieving final yields above 80%, clearing Apple's reported 70% qualification threshold. The company has already begun operating part of its back-end production lines in Vietnam to support initial shipments of roughly 3 million panels this year.
The panels are expected to incorporate Color Filter on Encapsulation (CoE) technology, which removes the polarizer and places a color filter directly on top of the encapsulation layer, along with Samsung's latest M16 OLED material set. Apple requires suppliers to demonstrate final assembly quality, product performance, and mass-production stability before receiving module production approval. According to industry sources, Samsung Display met those requirements and received authorization to begin supplying the modules.
Samsung Display is reportedly the exclusive foldable OLED supplier under a three-year agreement, a role that aligns with earlier signs that Samsung was ramping up display production for Apple's new form factor. Samsung's CEO all but confirmed the arrangement last September, and subsequent milestones have included trial production at Foxconn earlier this spring.
Back-end processing — including the addition of driver circuits, flexible printed circuit boards, and protective components — is being handled at Samsung Display's Vietnam facility. The plant has roughly 80 production lines, with about 50 currently active, leaving significant unused capacity beyond Apple's initial order of roughly 3 million panels.
Foldable smartphones impose stricter display requirements than conventional devices due to repeated folding, crease management, thickness constraints, and assembly precision. Apple's foldable OLED panel is expected to adopt CoE technology and Samsung's newest M16 material stack, which is expected to deliver improvements in brightness, color performance, lifespan, and power efficiency compared with earlier generations.
Despite the display milestone, hinge production remains a key variable. Apple's foldable iPhone is expected to use a hinge module manufactured with 3D-printing technology, and industry sources cited by TheElec say the component has experienced issues with unwanted noise after assembly. Any resulting delay is estimated at roughly two weeks to one month.
Even so, industry expectations continue to point toward a September launch. Additional supply chain sources have indicated that component deliveries have already begun, with suppliers working toward the device's debut later this year. More recent reports have consistently pointed to a September unveiling, potentially with only a short gap between announcement and availability.