Huawei to Amplify Use of LogicFolding Chips in Future Smartphones
Huawei, the esteemed Chinese technology behemoth, is set to leverage its groundbreaking LogicFolding semiconductor technology in a broader array of smartphones.
This initiative is part of the company’s strategic endeavor to fortify its chip-making prowess and gradually broaden its footprint in international markets, according to Richard Yu, the head of Huawei’s consumer business segment.
Since joining Huawei in 1993, Yu has spearheaded significant advancements within the company, declaring that Huawei has funneled over 1.8 trillion yuan (approximately $260 billion) into research and development from 2007 through 2025.
This fiscal commitment has seen annual R&D expenditures ascend from around 10% of revenue in its formative years to exceeding 20% in recent times.
The focus of this substantial investment has revolved around fundamental information and communications technologies and essential research, enabling Huawei to cultivate its proprietary technologies, intellectual property, and an expansive patent portfolio.
The recently unveiled Mate 90 series is powered by the Kirin 9050 Pro chip, which reportedly offers an impressive 31% increase in overall performance compared to its predecessor.
Notable components—including the Balong modem, image signal processor, mobile security processor, Lingxi CPU, Maleoon GPU, and the NPU—were meticulously crafted by Huawei utilizing its proprietary Da Vinci architecture.
Furthermore, the Kirin 9050 Pro integrates Huawei’s LogicFolding technology, a product of the company’s Tau Scaling Law.
This innovative technology vertically organizes logic layers while employing high-density interconnections between layers, thereby minimizing critical paths and latency.
According to Huawei, this advancement equips the chip with formidable AI processing capabilities, allowing the Mate 90 series to run a sophisticated 30-billion-parameter mixture-of-experts model directly on the device.
When queried about the future proliferation of LogicFolding chips in additional smartphone models, Yu confirmed that Huawei had already implemented this technology in the Mate XT 2 tri-fold smartphone, asserting that “more of our phones will definitely utilize these LogicFolding chips in the future.”
Yu candidly acknowledged the constraints posed by China’s advanced semiconductor manufacturing capabilities, which are unable to keep pace with the swiftly escalating demand.
While Huawei’s Ascend AI chips also depend on this advanced production capacity, the company has devised an internal requirements plan catering to both AI and smartphone chips.
He specified that while the current production capacity generally meets Huawei’s shipping necessities, the surge in memory prices over the past two years has adversely impacted smartphone sales volumes.
Huawei is optimistic that the expansion of China’s semiconductor sector will bolster production capacities, facilitating the delivery of more advanced products for both domestic and international consumers.
In addition, Huawei has developed its own operating system, HarmonyOS, which commenced development in 2019.
Presently, more than 90 million smartphones, PCs, and tablets operate on HarmonyOS 6 and HarmonyOS 7, with projections suggesting an increase to 100 million by year’s end.
The ecosystem boasts over 450,000 apps and services, 11 million registered developers, and in excess of 23,000 app innovation collaborators.
Yu remarked that Huawei is contemplating a gradual introduction of HarmonyOS into global markets. Once the world’s largest smartphone vendor, Huawei now sees its annual sales outside China hovering only in the millions but is intent on methodically revitalizing its international market presence.
While the company has experienced challenges, it has sustained dominance in various product segments, particularly wearables, where it ranks first globally and domestically.
Additionally, its True Wireless Stereo (TWS) earphones have attained leading market positions in several nations, whereas HarmonyOS-based tablets and mobile routers are steadily gaining traction in foreign markets.
Since 2019, Huawei has made strides to diminish its reliance on U.S. technologies by establishing its own operating system, software tools, and a domestic supply chain.
In 2023, the company resumed domestic smartphone chip production, now predominantly depending on China’s semiconductor, materials, and manufacturing ecosystem.
Source link: Nepalipatro.com.np.
