According to Global Times and multiple tech media outlets, Huawei officially launched its new flagship HUAWEI Mate 90 series on October 1, 2026, China's National Day, with sales beginning simultaneously across all channels at 12:08 pm the same day — the first time a Huawei flagship launch and sale date have both landed on National Day, seen as a symbolically significant 'National Day tribute.' The Mate 90 series comes in several versions, including the standard model, the Pro, the Pro Max Collector's Edition, and the RS Ultimate Design, with the entire lineup equipped with a new-generation Kirin chip built on the so-called 'Tau Scaling Law.' Prices start at 5,999 yuan. Multiple outlets reported this is the first time a Huawei flagship series has uniformly adopted a self-developed high-end chip architecture across its entire lineup, viewed as an important milestone in achieving chip self-sufficiency amid sustained pressure from US export controls.

In terms of specific chip configurations, the standard Mate 90 uses the Kirin 9030 chip, with performance up about 27% from the previous generation; the Mate 90 Pro uses the Kirin 9035, up about 20%; while the flagship Mate 90 Pro Max Collector's Edition and RS Ultimate Design use the top-tier Kirin 9050 Pro, with overall device performance up roughly 31% and on-device AI computing power doubled. Notably, media reports show some variance in the precise naming and performance-gain figures cited for the Kirin 9050 Pro, with some reports citing gains of 23% or 42%, but most sources agree it is the debut product of Huawei's 'Tau Law logic folding' technology and the world's first mass-produced chip to use this architecture.

So-called 'Logic Folding' is a chip-architecture innovation Huawei developed based on its own proposed 'Tau Scaling Law,' a concept that had previously been publicly presented at ISCAS 2026, a major academic conference in the integrated-circuit field. Unlike the traditional Moore's Law path that relies on continuously shrinking process nodes, Logic Folding does not pursue simple transistor miniaturization; instead, it is an architectural-level innovation that vertically stacks two layers of functioning logic circuitry and connects them through millions of vertical interconnect channels, thereby shortening the physical distance signals must travel between logic units, reducing latency and improving energy efficiency. Some reports have used the vivid analogy of 'converting a single-level parking lot into a multi-story parking garage' — within the same chip area, more transistors can be packed in through vertical stacking, allowing leaps in performance and efficiency without relying on the most advanced manufacturing process.

On technical details, according to leaks and teardown reports, the Kirin 9050 Pro uses two dies measuring roughly 11.13mm by 10.84mm, vertically bonded together — the upper die uses a more advanced process node for computing tasks, while the lower die uses a less advanced node for SRAM cache functions, with the two connected through roughly 5 million signal bonding channels, achieving die-to-die bandwidth of up to 125 TB/s. Reports also noted that under this architecture, the number of clock buffers is reduced by about 55%, critical-path latency is shortened by about 30%, and transistor density reaches roughly 238 million per square millimeter — a substantial increase over the prior generation, and approaching industry-leading process levels. Huawei said this approach of 'using mature process technology to achieve advanced-process-level efficiency' represents a key path to performance breakthroughs through architectural innovation under conditions of constrained access to the most advanced manufacturing processes.

Beyond the chip, the Mate 90 series also features several new technologies, including the Ruiying Red Maple portrait photography system, a second-generation Lingjing display, an entirely new Kunlun Xuanwu architecture, and Huawei's Ruiying Z10 modular camera system, running HarmonyOS 7. Huawei said the doubling of on-device AI computing power would directly enhance smartphone intelligence in areas such as image processing, voice interaction and running large language models locally on the device, forming an important part of Huawei's ongoing 'full-scenario intelligence' strategy. Analysts note that the continued iteration of Kirin chips in both 5G communication basebands and AI computing units further cements Huawei's technological leadership in China's high-end smartphone market and in 5G communication equipment, particularly against the backdrop of US export controls imposed on Huawei since 2019 and repeatedly escalated in recent years — including restrictions on the use of Huawei's Ascend AI chips worldwide. The continued breakthroughs in the Kirin chip series are seen as a direct reflection of progress in Huawei's strategy of 'de-Americanizing' its supply chain.

More broadly, the launch of the Mate 90 series and its logic-folding Kirin chips comes at a critical juncture in China's ongoing push for self-sufficiency in high-end chips. In recent years, the US Commerce Department's Bureau of Industry and Security has repeatedly escalated semiconductor export controls against China, including revoking certain chip export licenses that companies such as Qualcomm and Intel held for sales to Huawei, and in 2025 announcing a worldwide ban on the use of Huawei's Ascend AI chips, citing risks of technology transfer that could circumvent export controls. During 2026, the US side also adjusted export policy for some advanced computing chips such as Nvidia's H200 and AMD's MI325X headed to China, shifting from a 'presumption of denial' to 'case-by-case review,' though still under strict proportional limits. Against this backdrop, Chinese authorities have continued increasing support for self-developed research along the semiconductor supply chain, and Huawei's path of using architectural innovation to bypass process-node bottlenecks with the Kirin chip is viewed as a notable case of countering US technology restrictions through a 'lane-changing overtake' strategy, offering an industry demonstration effect for China's high-end chip supply chain in areas such as advanced packaging and chiplet stacking. Industry observers expect that as architectural innovations such as logic folding mature, China's chip industry may carve out a differentiated technology evolution path beyond passive reliance on shrinking to the most advanced process nodes.

On pricing, the five Mate 90 models range from 5,999 to 18,999 yuan, with the standard 12GB+256GB version priced at 5,999 yuan, the 12GB+512GB version at 6,999 yuan, and the 12GB+1TB version at 8,499 yuan, with higher-spec variants and the Collector's and RS Ultimate Design editions priced progressively higher — positioning the lineup in direct competition with comparable high-end iPhone models. Because Huawei compressed the gap between the launch event and the sales date to the same day this time, the longer pre-order period the market had previously expected was dispensed with, letting consumers buy and use the phone on National Day itself. Early hands-on users broadly reported clear improvements in design, imaging capability and communication performance, though some in-store testers noted issues such as color discrepancies on display units and advised checking the actual device before purchase. As of this report, Huawei has not yet released specific first-sale figures, and the market broadly expects such data to be disclosed gradually over the course of October, while the real-world performance and production yield of the logic-folding Kirin chip will remain a key focus for the industry going forward.