In the ongoing human pursuit of tools that think alongside us, OPPO has announced the Find X10 Pro Max — a flagship smartphone built around MediaTek's Dimensity 9600 Pro, a chip etched at the 2-nanometer scale by TSMC. The device arrives at a moment when artificial intelligence has moved from the cloud into the palm of the hand, and the question is no longer whether our devices can be intelligent, but how gracefully they can sustain that intelligence without burning through the energy that powers them. This announcement marks another quiet threshold in the long story of computation becoming pe
OPPO Find X10 Pro Max to Launch Globally with MediaTek's Advanced 2nm Dimensity 9600 Pro
AI features running constantly without draining the battery
Mark
So this is just a processor announcement wrapped in a phone announcement. What's actually new here?
Mimi
The chip itself is new—it's the first time this particular Dimensity 9600 Pro is shipping in a phone. But yes, the real story is that on-device AI is now the centerpiece of flagship phone design. This isn't a nice-to-have feature anymore.
Luke
Let's be precise about what we know and don't know. We know the Dimensity 9600 Pro exists and will be in this phone. We know the performance numbers—61% energy efficiency, 17% CPU gains, 27% GPU gains. Those are all from MediaTek's own specs, though.
Mimi
Right. We don't have independent benchmarks yet. We're taking MediaTek's word for how much better this is.
Mark
And the AI stuff—the dual-NPU design, the 51% faster LLM prefill, the 40% more efficient Super Efficient NPU. Are those real improvements or marketing language?
Luke
They're real architectural changes. Dual NPUs are a genuine design decision. But "51% faster" and "40% more efficient" are MediaTek's measurements under their own test conditions. We won't know how that translates to actual user experience until people use the phone.
Mimi
The Laminar Flow Engine is interesting because it's a collaboration between OPPO and MediaTek—not just a chip feature but software optimization too. That suggests OPPO is betting that the real advantage comes from hardware and software working together.
Mark
So when does this phone actually come out?
Luke
We don't know yet. The announcement says details will come at a global launch event, but no date is given. We know it's coming to international markets, but we don't know when or which countries first.
Mimi
That's typical for these announcements. The processor is ready now, but the phone itself is still being finalized. The launch event will probably happen within weeks.
Il Polso
- The flagship smartphone race has entered a new phase — on-device AI is now the primary battlefield, and OPPO is staking its position early with one of the first 2nm chips to reach global consumers.
- A 61% leap in CPU energy efficiency signals that the industry's long tension between raw power and battery endurance may finally be finding meaningful resolution at the hardware level.
- The chip's dual-NPU architecture splits AI workloads between a high-performance unit and a low-power always-on unit, allowing the phone to run persistent AI features without the battery penalty that has historically made such ambitions impractical.
- OPPO and MediaTek's jointly developed Laminar Flow Engine attempts to close the gap between hardware capability and software experience, coordinating graphics rendering and system scheduling to keep the device feeling fast and fluid under real-world pressure.
- Full pricing and specifications remain unrevealed, leaving the market to anticipate a launch event that will determine whether the Find X10 Pro Max's technical ambitions translate into a compelling consumer proposition.
In the ongoing human pursuit of tools that think alongside us, OPPO has announced the Find X10 Pro Max — a flagship smartphone built around MediaTek's Dimensity 9600 Pro, a chip etched at the 2-nanometer scale by TSMC. The device arrives at a moment when artificial intelligence has moved from the cloud into the palm of the hand, and the question is no longer whether our devices can be intelligent, but how gracefully they can sustain that intelligence without burning through the energy that powers them. This announcement marks another quiet threshold in the long story of computation becoming personal, efficient, and ever more present.
OPPO's next flagship, the Find X10 Pro Max, is heading to global markets powered by MediaTek's Dimensity 9600 Pro — a chip built on TSMC's 2-nanometer manufacturing process and engineered to handle both everyday computing and demanding AI workloads with far less power than its predecessors.
The performance story is broad and measurable. The CPU delivers a 17% overall improvement through an architecture pairing two high-frequency cores at 4.55GHz with six additional performance cores, each capable of adjusting its speed independently to match the task at hand. The bigger headline is efficiency: a 61% improvement in CPU multi-core energy use compared to the previous generation. The G2-Ultra NX GPU adds roughly 27% more sustained performance under heavy loads, along with enhanced ray tracing and neural graphics capabilities designed to make games and visual applications noticeably richer.
The most consequential change is architectural. The chip's dual-NPU design separates AI processing into two specialized units — one optimized for speed, delivering 51% faster large language model performance, and one optimized for endurance, running persistent background AI features at 40% greater power efficiency. Together, they allow the phone to offer both responsive, on-demand AI and always-on capabilities without the battery drain that has historically made such ambitions difficult to sustain.
A jointly developed software layer called the Laminar Flow Engine makes its debut on this device, restructuring how graphics rendering coordinates with the operating system's scheduling decisions. The result is smoother app launches, more fluid content loading, and better overall responsiveness under pressure — the kind of experience gap that separates a technically impressive chip from a phone that actually feels fast in daily use.
Full specifications and pricing have not yet been disclosed, with those details expected at an upcoming global launch event. What is already clear is that on-device AI — private, fast, and no longer dependent on remote servers — has become the defining axis of flagship differentiation.
OPPO is bringing its next flagship phone to global markets with a processor that represents a significant step forward in mobile computing. The Find X10 Pro Max will be among the first smartphones to use MediaTek's Dimensity 9600 Pro, a chip built on TSMC's advanced 2-nanometer manufacturing process and designed to handle both everyday tasks and demanding artificial intelligence workloads with substantially less power drain than previous generations.
The performance gains are measurable across the board. The processor's CPU delivers a 17% overall performance improvement compared to its predecessor, achieved through a new architecture that pairs two cores running at 4.55 gigahertz with six additional performance cores. Each core can adjust its frequency independently, allowing the phone's software to route different tasks to the most efficient processor available at any given moment. This approach is meant to sustain high performance during intensive use while preserving battery life during lighter activities.
Where the chip makes its most dramatic leap is in energy efficiency. The Dimensity 9600 Pro achieves a 61% improvement in CPU multi-core energy efficiency compared to the previous generation—a substantial jump that reflects the benefits of manufacturing at a smaller scale. The graphics processor, called the G2-Ultra NX GPU, delivers approximately 27% higher performance under sustained heavy workloads and adds enhanced ray tracing and new neural graphics capabilities that should make games and visual applications more detailed and immersive.
The most significant architectural change involves artificial intelligence processing. The chip includes a dual-NPU design—two separate neural processing units optimized for different tasks. The high-performance NPU delivers 51% faster performance on large language model prefill operations, the initial processing stage that determines how quickly an AI system can begin generating responses. The second NPU, called the Super Efficient NPU, is 40% more power efficient and is designed to keep AI features running constantly in the background without draining the battery. This split approach allows the phone to offer both powerful AI capabilities when needed and persistent, always-on AI features that respond instantly without consuming significant power.
OPPO and MediaTek have jointly developed a new software layer called the Laminar Flow Engine, which makes its debut on the Find X10 Pro Max. The technology restructures how graphics are rendered and coordinates that process more closely with the operating system's core scheduling decisions. The result is a phone that maintains smooth, responsive performance while consuming less power, speeds up app launches, and keeps content loading smoothly even during demanding scenarios like rapidly browsing through a large photo library.
The announcement positions the Find X10 Pro Max within a competitive landscape where on-device AI capabilities have become central to how manufacturers differentiate their flagship devices. By handling complex AI tasks locally on the phone rather than sending data to remote servers, the approach offers both privacy benefits and faster response times. OPPO has not yet revealed the full specifications of the Find X10 Pro Max or its pricing, with those details expected to emerge at an upcoming global launch event.
Citazioni salienti
The Dimensity 9600 Pro delivers a significant generational leap in performance and power efficiency— OPPO announcement
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