The bezel becomes the entire experience of the device
In the quiet evolution of the smartphone form, the boundary between screen and hand has long been an unspoken compromise — a chin, a frame, a reminder that engineering has limits. OPPO's forthcoming Find X10 series, expected in late 2026, challenges that assumption by extending LIPO ultra-narrow bezel technology across its entire flagship lineup, from a 6.59-inch standard model to a 6.89-inch Pro Max with 2K resolution. The move is less about a single device and more about a philosophy: that the frame around a window should never distract from what lies beyond it. In doing so, OPPO positions itself as a direct counterpoint to the display standards set by Samsung and Apple.
- The familiar smartphone chin — that stubborn asymmetry born of where driver chips must connect — is being engineered out of existence across OPPO's entire 2026 flagship range.
- LIPO technology, which relocates driver circuits to the side or rear of the panel, allows all four bezels to reach a uniform 1.15mm, a precision previously reserved for single hero devices.
- The Find X10 Pro Max raises the stakes further with a 6.89-inch 2K flat panel and BT.2020 wide color gamut covering 75% of visible colors — a meaningful leap beyond the DCI-P3 standard most rivals still rely on.
- With the Find X10 Ultra absent from the 2026 roadmap, the Pro Max inherits the role of flagship statement, carrying rumored 200-megapixel camera hardware alongside its display ambitions.
- OPPO's decision to apply LIPO uniformly — not as a premium differentiator but as a baseline — signals a shift in competitive strategy aimed squarely at Samsung Ultra and Apple Pro Max engineering.
OPPO is preparing to make the bezel nearly invisible — not just on one flagship, but across an entire lineup. Leaked details confirm that every model in the Find X10 series, arriving in Q4 2026, will carry LIPO ultra-narrow bezel technology: the same innovation that debuted on the Find X9s and appeared on Xiaomi's 15 series, now scaled to a full family of phones ranging from 6.59 to 6.89 inches.
LIPO — Low-temperature Injection Pressure Overmolding — addresses a problem that has defined smartphone design for years. The bottom bezel has always been wider than the rest because that's where the driver chip connects to the panel. LIPO relocates that circuit to the side or rear, allowing all four edges to reach a uniform 1.15mm. The result is a symmetry that feels less like a specification and more like a design conviction.
The lineup spans at least three confirmed models: a standard Find X10 at 6.59 inches and 1.5K, a Pro at 6.78 inches, and a Pro Max at 6.89 inches with 2K resolution — the largest and sharpest flat LIPO panel OPPO has produced. A smaller fourth model at 6.32 inches may also exist, though its name remains unconfirmed. Every device in the series will support BT.2020 wide color gamut, covering roughly 75% of visible colors and surpassing the DCI-P3 standard that most flagship competitors still use.
The Pro Max is also expected to debut a 200-megapixel ultra-wide lens alongside dual 200-megapixel main and telephoto sensors — a camera ambition that matches the display's scale. Notably, the Find X10 Ultra will not appear in 2026, leaving the Pro Max to carry the flagship standard alone.
What OPPO is demonstrating is not merely a technical upgrade but a reframing of intent: the border between screen and hand is no longer a compromise to be managed, but a design problem to be solved completely.
OPPO is about to make the bezel nearly invisible across its entire flagship lineup. A new leak confirms that every model in the Find X10 series—arriving in the final quarter of 2026—will use LIPO ultra-narrow bezel technology, the same manufacturing innovation that debuted on the Find X9s and has already proven itself on Xiaomi's 15 series. The difference this time is scale: OPPO is applying the technique to phones ranging from 6.59 inches all the way up to a 6.89-inch flat panel, with the largest model pushing to 2K resolution.
LIPO stands for Low-temperature Injection Pressure Overmolding, and what it does is elegantly simple in concept but demanding in execution. Traditional smartphone displays have a visible problem: the bottom bezel is always wider than the top and sides because that's where the driver chip has to connect to the panel. It's a physical constraint that creates the familiar chin. LIPO solves this by relocating the driver circuit to the side or rear of the display, allowing engineers to make all four bezels identical. On the Find X9s, OPPO achieved 1.15 millimeters of symmetrical bezel on every edge—a genuinely borderless experience on a 6.3-inch screen. The Find X10 series will scale that same precision to larger panels.
The full lineup breaks down into at least three confirmed models, possibly four. The standard Find X10 gets a 6.59-inch display at 1.5K resolution. The Pro steps up to 6.78 inches, also 1.5K. The Pro Max is the statement piece: 6.89 inches with 2K resolution, making it the largest and sharpest flat LIPO panel OPPO has shipped. There's also a hint of a fourth, smaller model at 6.32 inches, though its official name hasn't surfaced yet. Every phone in the series will support BT.2020 wide color gamut, a standard that covers roughly 75 percent of visible colors—substantially wider than the DCI-P3 gamut that most flagship competitors use today. This isn't just about shrinking bezels; it's about pushing color accuracy across the board.
The Pro Max is also expected to carry serious camera hardware: a 200-megapixel ultra-wide lens that would be a first for OPPO, paired with dual 200-megapixel main and telephoto sensors. But the display engineering is the headline. By bringing LIPO to the entire Find X10 family, OPPO is directly challenging how Samsung approaches its Ultra models and how Apple frames its Pro Max displays. The technology itself isn't new—Xiaomi used it first—but applying it uniformly across a full flagship range at this scale is a meaningful step in display engineering that most consumers will notice the moment they pick up the phone.
The Find X10 Ultra, notably, will not arrive in 2026 according to OPPO's product roadmap, breaking from the usual cadence. That means the Pro Max becomes the flagship statement for the year. When these phones launch in Q4, they'll represent a tangible shift in how OPPO thinks about the relationship between screen and frame—not as a compromise to be managed, but as a design problem to be solved completely.
Citações Notáveis
LIPO technology restructures display integration, allowing the driver circuit to attach from the side or rear rather than the bottom, enabling uniform bezel dimensions across all four edges.— Technical specification from leak analysis
A Conversa do Hearth Outra perspectiva sobre a história
Why does it matter that the bezels are symmetrical? Isn't that mostly visual?
It's visual, yes, but it's also about what symmetry signals. For years, that thick bottom chin was a reminder that physics was winning—that the display had to connect somewhere. Eliminating it across all four sides feels like a small thing until you hold the phone. Then it becomes the entire experience of the device.
So LIPO just moves the driver chip. Why hasn't everyone done this already?
Because it's harder than it sounds. You have to redesign how the entire display assembly connects to the phone's internals. It's not just engineering; it's manufacturing at scale. Xiaomi proved it was possible, but OPPO is the first to commit to it across a full lineup, which is a different bet.
The Pro Max is 6.89 inches. That's enormous. How does a 2K panel at that size compare to what competitors are doing?
Samsung's Ultra is 6.8 inches at 1440p. Apple's Pro Max is 6.9 inches at 460ppi. OPPO's matching the physical size but pushing the resolution higher. Combined with the BT.2020 color gamut, it's saying: we're not just making this big, we're making it sharp and accurate.
What's the catch? There has to be a catch.
The catch is always power and cost. LIPO manufacturing is more expensive than traditional assembly. Whether that shows up in the final price, we won't know until Q4. And there's no word yet on battery life or thermal performance at these sizes.
Why skip the Ultra this year?
That's the interesting question. Maybe they're consolidating resources into getting the Pro Max right. Maybe the Ultra needs a different kind of innovation that isn't ready. Either way, it signals that OPPO thinks the Pro Max is the phone that matters this cycle.