# Huawei Puts Self-Designed Kirin Chips Across the Mate 90 Line

The standard model carries the Kirin 9030 and the Pro the Kirin 9035, both built on the company's own Tau architecture, with prices starting at 5,999 yuan.

- Published: 2026-10-01T05:16:24.253Z
- Canonical: https://polylog.news/2026-10-01/huawei-puts-self-designed-kirin-chips-across-the-mate-90-lin
- Publisher: Polylog (Global desk)
- Section: tech
- Sources: [South China Morning Post](https://www.scmp.com/tech/big-tech/article/3369400/huawei-steps-tau-chip-roll-out-mate-xt-2-track-1-million-sales?utm_source=rss_feed), [NetEase Tech (Chinese)](https://www.163.com/dy/article/L85CGV6J0511B8LM.html), [IT Home (Chinese)](https://www.ithome.com/1/008/093.htm)

Huawei Technologies launched its Mate 90 series on Thursday with self-designed processors across the entire range. Chinese coverage reports that the standard model uses the [Kirin 9030 flagship Tau chip and starts at 5,999 yuan](https://www.163.com/dy/article/L85CGV6J0511B8LM.html), while the Pro uses the Kirin 9035 and starts at 6,999 yuan. Against the Kirin 9020 in last year's Mate 80, Huawei claims the 9030 delivers 13% more central processing performance, 54% more graphics performance and 27% better overall device performance. For the Pro, the company claims a 51% gain in neural processing over the previous generation.

The South China Morning Post reported that the rollout extends Huawei's [Tau Scaling Law approach across its product line](https://www.scmp.com/tech/big-tech/article/3369400/huawei-steps-tau-chip-roll-out-mate-xt-2-track-1-million-sales?utm_source=rss_feed) and that the company expects its Mate XT 2 foldable to reach one million units sold. Chinese outlets describe the design as a logic-folding architecture that stacks logic units in layers, which is a way of extracting more performance from manufacturing processes that remain behind the leading edge. The launch was [set for 1 October](https://www.ithome.com/1/008/093.htm), China's national day.

Huawei has been cut off from the most advanced foreign chipmaking tools since 2019. Its answer has been architectural rather than lithographic, and the performance claims it publishes are its own, not independently verified. The commercial fact is harder to dispute: a company that was supposed to lose its smartphone business is shipping five models built on domestically designed silicon at the top of the Chinese market.

## What this means

The channel is domestic substitution of a market that American and Korean suppliers once served. Qualcomm and MediaTek lose addressable volume in China's premium tier, Chinese foundry and packaging suppliers gain it, and Apple faces a credible domestic competitor at its own price points during the Chinese selling season. What is already expected is that Huawei designs its own chips. What is new is that it is doing so across an entire flagship line at scale rather than in a single halo product, which requires reliable yields from domestic manufacturing. The precedent is the Mate 60 launch in 2023, which triggered a United States Commerce Department investigation and a tightening of export rules without reversing Huawei's return to the premium segment. The likelier outcome over the next one to two years is continued share gains for Huawei in China and further restriction attempts from Washington aimed at the equipment and packaging layers rather than at the devices. Independent teardowns showing the new chips rely on foreign-made components in significant volume would weaken the self-sufficiency claim.

## What to watch

- Independent teardowns of the Mate 90, which will show which process node and which suppliers are actually behind the Kirin 9030 and 9035.
- Huawei's share of premium smartphone sales in China this quarter, the cleanest measure of whether domestic silicon is competitive in the market rather than only on specification sheets.
- Any new United States export-control action aimed at Chinese chip packaging or toolmaking, the layers this architecture depends on.