Huawei, which had to part ways with giant foundries such as TSMC due to US sanctions, takes its claim in the smartphone and artificial intelligence market to a whole new dimension.

Appearing on stage at the IEEE International Circuits and Systems Symposium (ISCAS 2026) held in Shanghai, Huawei Semiconductor Business Unit President He Tingbo announces the company’s new LogicFolding architecture to the world.

This new technology, which focuses on time scaling instead of traditional physical miniaturization, redefines market standards and boundaries in chip production.

Thanks to this innovative vision, Huawei is preparing to launch a brand new Kirin processor in the fall of 2026, while aiming to reach a transistor density equivalent to the 1.4 nm production process by 2031.

LogicFolding Architecture and Expected Performance Increase

At the center of Huawei’s new approach is a brand new architecture called LogicFolding.

In traditional chip designs, logic blocks are often spread out on a two-dimensional flat surface. This leads to lengthening of information paths and signal resistance.

LogicFolding technology breaks these planar ends and brings critical data paths closer together.

This folded structure significantly shortens the cabling length, reduces the capacitive load and allows more transistors to be placed in the same area.

According to He Tingbo’s statements, the company does not leave this technology only in theory.

Huawei has managed to design and mass produce 381 different chips for smartphones and artificial intelligence systems in the last six years.

This clearly proves that the company has been making silent but deep progress on the R&D side for years.

New Generation Kirin Processor Coming to the Stage in Fall 2026

The development that excites users the most is happening in the smartphone market. Huawei is preparing to use the first consumer-oriented Kirin processor using the LogicFolding architecture in its new flagship phone, which it will launch in the autumn of 2026.

This new chipset, which reduces transmission delays and increases overall fluency, is expected to offer a huge performance and power efficiency increase compared to the previous generation.

Goal for 2031: Semiconductor Power at 1.4 nm

The company’s long-term road map also creates a great impact in the technology world.

Chinese technology giant; It promises to reach a transistor density corresponding to the 1.4 nm production process by 2031 by working hardware, software and architectural optimizations in perfect harmony.

Huawei, which was forced to build its own ecosystem by being deprived of advanced ASML lithography machines, turns this great crisis into an opportunity.

This strategy, which rewrites the rules in the semiconductor industry, not only enables the company to survive in the global chip wars, but also shows how far it can push innovation.