The XR (extended reality) landscape is heating up as major global tech companies prepare to launch new devices this year, driving intense competition among display manufacturers. The focus? Scaling production of cutting-edge OLEDoS (organic light-emitting diodes on silicon) technology.
OLEDoS technology directly deposits organic light-emitting diode layers onto silicon wafers, bypassing traditional glass substrates. This approach enables the creation of ultra-compact, high-resolution displays with exceptional power efficiency. These characteristics are crucial for XR headsets, where displays are positioned very close to the user’s eyes.
As mixed reality (MR) devices transition from experimental prototypes to viable consumer products, the ability to mass-produce high-resolution, near-eye displays is becoming a key differentiator and a competitive advantage in the display industry.
Samsung Display has already established mass-production capabilities for 1.3-inch 4K OLEDoS panels, slated for use in Samsung Electronics’ Galaxy XR. Currently, their process utilizes a white OLEDoS structure, employing color filters over a white emission layer. However, at CES 2026 in Las Vegas, Samsung Display showcased RGB OLEDoS technology, which involves the individual deposition of red, green, and blue materials. Industry insiders report that production yields, once hovering around 30 percent, have improved due to process stabilization.
Sony maintains its position as a significant supplier in the premium segment and is anticipated to provide OLEDoS panels for Apple’s second-generation Vision Pro, building upon their role in the initial model. Apple’s first-generation headset notably incorporated Sony’s high-resolution microdisplay panels.
Chinese panel manufacturers are also making significant strides. Market research firm Omdia indicates that Meta is engaged in discussions with BOE and SeeYA Technology regarding OLEDoS supply for its forthcoming mixed reality device. These Chinese companies are aiming to leverage their cost competitiveness and rapid capacity expansion to bridge the existing technology gap.
LG Display possesses core OLEDoS technologies, but is prioritizing more immediately profitable sectors, such as automotive displays. The company opted not to prominently feature XR panels at CES this year, signaling a more conservative stance towards the still-evolving market.
Industry analysts suggest that the competitive landscape is evolving from demonstrating technological feasibility to ensuring manufacturing stability and reliability.
“XR is transitioning from experimentation to large-scale production,” noted an industry source. “Panel manufacturers capable of delivering stable yields, high pixel density, and cost efficiency will ultimately define the next phase of competition.”
After experiencing a 45 percent contraction last year, falling to $392 million due to high device costs and limited available content, the near-eye display market is projected by Omdia to experience a substantial rebound of 200 percent, reaching $1.2 billion in 2026. Shipments are expected to increase by 57.9 percent to 20.2 million units as companies like Meta, Apple, Huawei, RayNeo, and Pico introduce new devices to the market.
yeeun
