Huawei Technologies unveiled the Kirin 9050 Pro in China earlier in September 2026, and Bernstein now estimates that the processor has reduced the company’s smartphone-chip gap with Apple from about four years to roughly three.
The finding matters because Huawei is competing against Apple while relying on a domestic semiconductor ecosystem constrained by technology-access restrictions. The reported performance figures are based on Bernstein’s analysis and estimates, not independent testing by TechnoSports Media Group.
How much closer is Huawei to Apple in smartphone chips?
Huawei’s Kirin 9050 Pro has reportedly moved closer to Apple’s silicon in overall processor capability. Bernstein said the new chip outperformed Apple’s A17 Pro in Geekbench 6 multicore testing, despite the A17 Pro being built on a smaller 3-nanometre process.
The performance gap between Huawei and Apple has narrowed from approximately four years in the previous generation to around three years with the Kirin 9050 Pro. That comparison is an estimate of technological progress rather than a direct measurement of launch dates. As first reported by SCMP, Bernstein’s assessment also separates multicore gains from single-core performance, where Huawei remains less competitive.
Did the Kirin 9050 Pro beat Apple’s A17 Pro?
Yes, but only in the specific multicore benchmark cited by Bernstein. The Kirin 9050 Pro outperformed Apple’s A17 Pro in Geekbench 6 multicore testing, a workload that evaluates how efficiently a processor handles tasks across several CPU cores.
That result does not mean Huawei’s chip is faster across every type of smartphone workload. Bernstein said the Kirin 9050 Pro’s single-core performance was closer to processors based on TSMC’s older 4-nanometre-class technology. The A17 Pro launched in 2023 as the first mass-produced 3-nanometre smartphone processor, giving Apple a manufacturing advantage even as Huawei improves performance through architectural and manufacturing changes.
What is Huawei’s Tau framework, and why does it matter?
The Kirin 9050 Pro is the first Huawei processor identified as being based on the company’s Tau framework. Bernstein estimated that the chip uses technology equivalent to a 7-nanometre process, although Huawei’s reported gains show that node size alone does not determine real-world performance.
Tau appears significant because Huawei is seeking more performance from manufacturing technology that trails Apple’s latest process nodes. The approach places greater emphasis on chip design, power management and processor architecture. That matters for Huawei because access to advanced semiconductor equipment remains restricted, making conventional process-node progress harder to achieve.
How far behind is Huawei’s latest chip?
The Kirin 9050 Pro still has a substantial gap against Apple’s newest processor generation. Bernstein said Huawei’s chip remained about 30 per cent behind Apple’s 2-nanometre A20 Pro in performance.
Huawei’s progress is therefore real, but it has not yet erased Apple’s lead at the high end. The contrast is clearest when comparing multicore and single-core results: Huawei has made a strong showing in the former, while its single-core performance remains closer to older 4-nanometre-class designs. Consumers may notice this difference in demanding applications, sustained multitasking and workloads that depend heavily on individual CPU-core speed.
What does the Kirin 9050 Pro mean for Huawei phones?
The chip gives Huawei a stronger foundation for premium smartphones sold in China and other markets where its devices remain available. A smaller gap with Apple could help Huawei position its phones as more credible high-end alternatives, particularly when paired with its own opeThe next test will be whether Huawei can repeat these gains across battery life, graphics, connectivity and sustained performance.
Benchmark leadership in one multicore test is useful, but flagship buyers also compare cameras, software support, gaming performance and network features. Huawei’s chip strategy will attract closer attention as Apple moves beyond the A17 Pro and advances its 2-nanometre designs. The Kirin 9050 Pro shows that Huawei can narrow a difficult technology gap without matching Apple’s process node, but the next generation must turn benchmark progress into broader smartphone advantages.
FAQs
Is the Kirin 9050 Pro faster than Apple’s A17 Pro?
Bernstein said the Kirin 9050 Pro outperformed the A17 Pro in Geekbench 6 multicore testing, but its single-core performance remained closer to older 4-nanometre-class processors.
What manufacturing process does the Kirin 9050 Pro use?
Bernstein estimated that the chip uses technology equivalent to a 7-nanometre process. Huawei’s Tau framework is the first associated with the Kirin 9050 Pro.
How far behind Apple’s A20 Pro is Huawei?
Bernstein said the Kirin 9050 Pro was approximately 30 per cent behind Apple’s 2-nanometre A20 Pro in performance.
When was Apple’s A17 Pro released?
Apple released the A17 Pro in 2023, making it the first mass-produced 3-nanometre smartphone processor. Source: SCMP
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