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Samsung Galaxy Z TriFold smartphone demonstrating the latest ultra-thin, multi-fold technology at MWC 2026

MWC 2026 Wrap-up: Zero Crease, Ultra-Slim, Trifold… Technological parity and intensifying competition in the foldable phone market

Samsung's Galaxy Z TriFold smartphone featuring Galaxy AI, showcasing the multi-fold display technology

Samsung Electronics showcased the Galaxy Z TriFold at MWC 2026, highlighting next-generation multi-fold form factors and enhanced durability. (Source: Samsung Electronics)

The biggest talking point at MWC 2026, the world’s largest mobile exhibition that just wrapped up in Barcelona, Spain, was undoubtedly the evolution of foldable smartphones. Beyond the first-generation technology of simply folding the screen, the competition for technological supremacy among global manufacturers reached its peak, showcasing ultra-thin thickness surpassing conventional bar-style smartphones, near-perfect crease reduction, and even the tri-fold form factor that folds the screen twice.

The common weapon of the Chinese manufacturers that stood out at this event was the next-generation technology of display supplier BOE.

Honor’s unveiled ‘Magic V6’ achieved the world’s thinnest thickness at 4.0mm when unfolded and 8.75mm when folded. Notably, by applying BOE’s next-generation Q10 light-emitting material and ‘Tandem OLED’ structure to the smartphone, it achieved a high peak brightness of 6,000 nits on the external screen.

OPPO has unveiled its foldable smartphone, the Find N6, expected to launch in 2026. The device is anticipated to bring a 6.62-inch cover display using BOE’s Q10 OLED and an 8.12-inch main display based on Samsung’s E7 OLED. The internal panel is expected to deliver a large, nearly crease-free foldable screen, and it appears to incorporate an improved titanium alloy hinge structure for enhanced crease reduction and durability.

Huawei, after launching the world’s first mass-produced tri-fold phone, the Mate XT, unveiled its successor and more sophisticated hinge technology at this MWC. The Mate XT, featuring a large 10.2-inch Z-fold display, measures a mere 3.6mm thick when fully unfolded.

Samsung Electronics countered with refinement and user experience (UX). Its flagship model, the ‘Galaxy Z Fold7’, maintained its position as the lightest at 215g, offering superior portability even amid aggressive competition from Chinese manufacturers. Samsung displayed the Galaxy Z Tri-fold phone in person and demonstrated its durability by striking a golf ball directly against the screen.

According to UBI Research analysis, the entry barriers for consumers who previously hesitated to purchase foldable phones due to concerns over durability, thickness, and battery life are expected to significantly improve starting with MWC 2026. This year, global foldable smartphone shipments are projected to follow a steep upward trajectory, driven by form factor innovation, and break through double-digit market share in the overall premium smartphone market.

Notably, as thickness shrinks to the 4mm range while high-density silicon-carbon batteries exceeding 6,000mAh and extreme IP69-level water/dust resistance become industry standards, foldable phones have now firmly established themselves as the mainstream in the high-end smartphone market, perfectly replacing traditional bar-type devices. Attention is focused on how Samsung Electronics’ overwhelming software ecosystem and technological sophistication, combined with the fierce hardware innovation competition from Chinese smartphone manufacturers rapidly catching up through display panel self-reliance (e.g., BOE), will shake up the global smartphone market landscape and panel supply chain by 2026.

Changho Noh, Senior Analyst at UBI Research (chnoh@ubiresearch.com)

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Visual comparison showing BOE's foldable OLED reducing the display crease by over 40 percent

BOE to Unveil Crease-Free Foldable OLED at MWC 2026

Comparison demonstrating over 40% improvement in display crease with BOE's new foldable OLED

BOE’s ‘Mirror-sense 0-Crease’ foldable OLED unveiled at MWC 2026 improves the visible crease by over 40% compared to conventional panels. (Source: BOE)

BOE unveiled its ‘Mirror-sense 0-Crease’ foldable OLED display technology at MWC 2026, marking a new phase in the competition to solve the crease issue—a core challenge for foldable displays. According to BOE, this technology employs a multi-neutral plane structure and an integrated hinge-display design, improving crease lines by over 40% compared to existing foldable panels. It achieves visual flatness where crease lines are barely visible even under strong lighting or side angles. Furthermore, the tactile feel in the folding area has been improved to a level like flat smartphones, significantly enhancing the user experience of foldable displays.

The core of BOE’s ‘Mirror-sense 0-Crease’ technology lies in its multi-neutral plane model and gradient modulus design. In conventional foldable OLED structures, bending stress tended to concentrate around a single neutral plane. BOE addressed this by applying a structure that gradually changes the material’s elastic properties from the display center toward the hinge area, dispersing tensile and compressive stresses. This reduces localized deformation during repeated folding and suppresses crease formation. Furthermore, through hinge-panel collaborative design that simultaneously optimizes the panel module and hinge, BOE implemented a structure that uniformly distributes stress transfer during the folding process.

The crease issue in foldable displays has recently emerged as a key area of technological competition among major panel companies. Samsung Display unveiled its ‘Creaseless’ foldable OLED concept at CES 2026, showcasing a design that minimizes fold lines.

BOE is rapidly expanding its influence in the OLED panel supply chain through collaborations with Chinese smartphone manufacturers. At MWC 2026, various smartphones and IT products featuring BOE panels were unveiled. Vivo’s X300 Ultra incorporates BOE’s advanced LTPO-based flexible OLED, while Honor’s foldable smartphone, the Magic V6, uses BOE panels for both its inner and outer displays.

BOE’s ‘Mirror-sense 0-Crease’ technology is highly likely to be adopted in future Chinese foldable smartphones. Chinese smartphone companies are focusing on thickness, weight, and crease suppression as key differentiators in the foldable product competition, making the adoption of this technology highly probable. Notable candidates for adoption include the Honor Magic V7 or Magic V8 series, Vivo’s next-generation X Fold series, the successor to OPPO’s Find N series, and the next model in Huawei’s Mate X series.

While the foldable smartphone market was initially driven by the novelty of the form factor itself, competition has recently shifted to focus on user experience and overall refinement. The crease issue is particularly regarded as a key technological challenge affecting the entire user experience, including display visibility, tactile feel, and long-term durability. As BOE and Samsung Display competitively unveil crease suppression technologies, the foldable display industry is rapidly advancing in various technical directions, such as hinge structure optimization, multi-neutral layer design, and ultra-thin display stack development.

UBI Research reports that if the issue is effectively resolved, foldable smartphones are highly likely to expand beyond the premium segment into the mainstream smartphone market. The recent technology announcements by BOE and Samsung Display are seen as examples demonstrating that foldable displays are evolving beyond a simple new design into high-quality next-generation smartphone displays.

Changho Noh, Senior Analyst at UBI Research (chnoh@ubiresearch.com)

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※ This article is produced by UBIResearchNet.

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