In Shenzhen, Huawei's Richard Yu presented the Kirin 9050 Pro and its LogicFolding architecture as evidence that necessity, pressed hard enough, becomes invention. Over three years of sustained isolation from the world's most advanced semiconductor supply chains, the company quietly redirected decades of research investment into a different kind of progress — vertical, architectural, self-sufficient. What unfolded at the October 2026 roundtable was less a product announcement than a philosophical statement: that technological sovereignty, however costly, is achievable.
Huawei Touts Homegrown Tech Breakthroughs as It Rebuilds Global Smartphone Presence
Designed by Huawei, built without the world's most advanced tools
Mark
So Huawei built its own chip, its own operating system, and its own app ecosystem. That sounds like they're trying to become self-sufficient. Is that what's happening here?
Mimi
Partly, yes. But it's more specific than just self-sufficiency. They lost access to advanced chip-making technology after 2019, so they had to innovate around that constraint. LogicFolding is their answer—a different way to design chips that doesn't require the most cutting-edge manufacturing process.
Luke
But we should be clear: they still can't make chips at the most advanced nodes. They're working around that limitation. The question is whether LogicFolding actually closes the gap or just makes it tolerable.
Mark
And HarmonyOS—is that a real alternative to Android, or is it Huawei trying to lock people into its ecosystem?
Mimi
It's both. Ninety million devices is substantial. But that's mostly in China. The real test is whether they can convince people outside China to use it, especially when Android is free and ubiquitous.
Luke
And here's the thing: we don't know how many of those 90 million devices are actually *choosing* HarmonyOS versus having it pre-installed on Huawei hardware they bought for other reasons. The number is real, but what it means is still unclear.
Mark
Yu mentioned they're trying to return to overseas markets step by step. What does that actually look like?
Mimi
Wearables first—smartwatches, earphones. Those are lower-risk products with less software dependency. Then tablets and PCs. Smartphones are last because they're the hardest to sell without Google services.
Luke
But he also said they only sell several million smartphone units outside China per year. That's a tiny fraction of what they used to do. So "step by step" might mean very slow progress.
Mark
What about the chip supply problem he mentioned? Is that a real bottleneck?
Mimi
Yes. China's semiconductor capacity is growing but still can't meet demand. Huawei's AI chips and smartphone chips are competing for the same limited production slots.
Luke
And memory prices have been rising, which cuts into margins and sales volume. Yu acknowledged that. So they're constrained on multiple fronts—not just chip design, but chip manufacturing capacity and component costs.
El Pulso
- Huawei's exclusion from advanced global chip manufacturing created a crisis that threatened to render its flagship devices obsolete — yet the company responded by redesigning the problem itself.
- The Kirin 9050 Pro's LogicFolding technology stacks logic layers vertically and shortens signal paths, achieving a 31% performance gain without access to cutting-edge fabrication nodes.
- HarmonyOS now anchors 90 million devices across phones, tablets, and PCs, with 450,000 apps and 11 million developers — a parallel digital ecosystem built under competitive duress.
- Global smartphone volumes remain a fraction of Huawei's former dominance, and memory price spikes continue to suppress sales, keeping the recovery real but fragile.
- Yu signaled forward motion without triumphalism: LogicFolding will expand across more devices, and the company is betting that China's domestic semiconductor capacity will grow to meet both home and international demand.
In Shenzhen, Huawei's Richard Yu presented the Kirin 9050 Pro and its LogicFolding architecture as evidence that necessity, pressed hard enough, becomes invention. Over three years of sustained isolation from the world's most advanced semiconductor supply chains, the company quietly redirected decades of research investment into a different kind of progress — vertical, architectural, self-sufficient. What unfolded at the October 2026 roundtable was less a product announcement than a philosophical statement: that technological sovereignty, however costly, is achievable.
Richard Yu took the stage at a Shenzhen media roundtable in October 2026 not to announce a comeback, but to document one already underway. As Huawei's consumer business chief and a thirty-year company veteran, he had watched the company lose access to the world's most advanced chips — and then watched it build its own way forward.
The result was the Kirin 9050 Pro, the processor at the heart of the new Mate 90 smartphone series. Every component — modem, image processor, CPU, GPU, neural processing unit — was Huawei-designed. The chip delivered 31% better performance than its predecessor, not through access to superior fabrication, but through a structural innovation called LogicFolding: stacking logic layers vertically, rewiring circuit paths through high-density interconnects, and cutting the distance signals must travel. The Mate 90 can now run a 30-billion-parameter AI model entirely on-device. That capability is not a roadmap item — it is already in stores.
The foundation beneath this breakthrough was financial commitment on a scale few companies sustain. From 2007 to 2025, Huawei invested over 1.8 trillion yuan in research and development, rising from roughly 10% of annual revenue in earlier years to more than 20% recently. The spending went into patents, basic research, and the unglamorous infrastructure of independence.
Yu also mapped Huawei's broader ambitions: AI woven across five life scenarios — travel, work, home, health, and entertainment — all unified by HarmonyOS, the operating system the company began building in 2019 after losing its footing in the Android ecosystem. More than 90 million devices now run HarmonyOS 6 or 7, with 450,000 apps, 11 million developers, and a target of 100 million devices before year's end.
Huawei's global smartphone footprint remains modest — several million units annually outside China — but Yu pointed to wearables, wireless earphones, HarmonyOS tablets, and mobile routers as proof that the company's reach is quietly widening. He did not dismiss the constraints: domestic chip production is still strained, Ascend AI processors compete for the same limited capacity as smartphone chips, and memory costs have risen sharply. But he described the situation as navigable. Huawei, he suggested, was no longer waiting for the world to grant it access. It was building what it needed, at home, on its own terms.
Richard Yu stood before an international media roundtable in Shenzhen on a October afternoon in 2026, carrying news that Huawei had engineered its way around a problem most companies would have called insurmountable. As Executive Director and head of the company's consumer business, Yu had spent three decades at Huawei—since 1993, when he worked on the company's first program-controlled switches and helped establish its wireless communications division. Now he was here to explain how the company had rebuilt itself.
The centerpiece was a chip called the Kirin 9050 Pro, built into Huawei's newly launched Mate 90 series smartphones. The chip delivered 31 percent better performance than its predecessor, a substantial leap. What made it remarkable was not the number itself but the path Huawei had taken to get there. Every component—the Balong modem, the image sensor processor, the mobile security processor, the CPU, GPU, and the neural processing unit for artificial intelligence—was designed by Huawei. None of it relied on access to the most advanced semiconductor manufacturing processes in the world, which Huawei no longer had.
Instead, Huawei had deployed a technology called LogicFolding, unveiled earlier in May by He Tingbo, head of the company's Semiconductor Business Department. The approach was architectural rather than incremental: it stacked logic layers vertically within the chip and restructured the circuit layout through high-density interconnects between layers, shortening the paths signals had to travel and reducing latency. The Mate 90 could now run a 30-billion-parameter AI model directly on the device, without sending data to a server. This was not theoretical capability—it was shipping in phones people could buy.
The investment behind this breakthrough was staggering. Between 2007 and 2025, Huawei had poured more than 1.8 trillion yuan into research and development. In the early years, that represented roughly 10 percent of annual revenue. Recently, it had climbed to over 20 percent. The money had gone into core technologies, basic research, intellectual property, and patents—the unglamorous infrastructure of technological independence.
Beyond chips, Yu outlined Huawei's vision for the next decade: seamless AI experiences across five scenarios—smart travel powered by AI, office productivity, smart home systems, fitness and health monitoring, and entertainment. The connective tissue binding these scenarios together was HarmonyOS, Huawei's own operating system, which the company had begun developing in 2019 after years as a major contributor to Google's Android ecosystem. More than 90 million devices now ran HarmonyOS 6 or 7, including smartphones, personal computers, and tablets. The company expected to cross 100 million devices by year's end. The ecosystem had accumulated over 450,000 apps and services, supported by 11 million registered developers and more than 23,000 app innovation partners.
Yu acknowledged the constraints. Huawei's global smartphone market share, once the highest in the world, had contracted sharply. The company now sold only several million units outside China annually. But he framed the company's other product lines as proof of concept for a return. Huawei held the number-one position globally in wearables and had captured the top spot in many countries for wireless earphones. Tablets running HarmonyOS were performing strongly after the company lost access to Windows and Intel processors. Even mobile routers—devices that bring connectivity to remote and rural areas—were gaining traction internationally.
When asked directly about chip supply constraints, Yu did not minimize the challenge. China's advanced semiconductor production capacity still could not meet demand. Huawei's own Ascend chips for artificial intelligence competed for the same limited capacity as smartphone processors. Memory component prices had spiked over the past two years, dampening smartphone sales. Yet Yu suggested the situation was manageable: production capacity, while tight, was sufficient for current market shipment needs. He signaled that LogicFolding chips would appear in more phones going forward and expressed hope that China's semiconductor industry would expand capacity enough to support both domestic and overseas markets. The company was no longer waiting for permission from abroad. It was building what it needed at home.
Citas Notables
More of our phones will definitely use these LogicFolding chips in the future.— Richard Yu, Executive Director and Chairman of Huawei Consumer BG
Production capacity remains tight right now, but is generally sufficient to meet our market shipment needs.— Richard Yu, on semiconductor manufacturing constraints
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