Huawei Kirin 9030S Chipset Review — Specifications and Benchmarks

This chip poses a real challenge for careful fact-checking: as of the time of writing, Huawei has not officially disclosed the full details of the CPU and GPU in the Kirin 9030S, announcing only general improvement percentages at the launch of the Huawei Pura 90 Pro and Pura 90s Pro Max on 20 April 2026.

The detailed technical information (core layout, the exact GPU name) comes from independent tests and leaks, and it is sometimes contradictory between sources (some cite a Maleoon 920 GPU, others a Maleoon 935, and some describe a slightly different core design).

Here we rely on the information most consistent across at least two independent sources, clearly flagging anything not fully confirmed.

Context: a photography-focused chip, not the absolute peak

The chip's position must be understood precisely: the Kirin 9030S is not the top version of the Kirin 9030 family (that one belongs to the flagship Mate phones). It is a modified version tuned specifically for photography in the Pura 90 series, slightly weaker than the main Kirin 9030 according to Huawei Central itself.

Even so, Huawei officially claims a 25% improvement in overall performance over the previous Pura 80 series' chip, and a 30% improvement in frame-rate stability in games such as Honor of Kings.

CPU: the return of Huawei's own Taishan cores

Consistent independent sources (including system-information app readings on real devices) point to an eight-core design in a 1+3+4 layout: one prime core of Huawei's own Taishan design clocked above 3.0 GHz, three middle cores at about 2.27 GHz, and four efficiency cores at about 1.72 GHz — with hints from some sources of SMT (simultaneous multithreading) support raising the logical thread count to 12, a rare feature in phone chips generally that deserves firmer official confirmation before being fully trusted.

Actual results: about 1,614,887 points in AnTuTu, and roughly 1,411 single-core and 4,121 multi-core points in Geekbench — figures that place its performance between the Snapdragon 8+ Gen 2 and Snapdragon 8 Gen 3 (roughly two generations behind Qualcomm's and MediaTek's newest 2026 chips). A genuine achievement given the ongoing manufacturing restrictions on Huawei, but still far from competing with the newest global flagships.

GPU: real progress, with a caveat

Most sources point to a Maleoon 920 unit (Huawei's own design built on Mali technology), with notable improvements in ray tracing and 8K video processing according to one technical analysis.

In real gaming tests the unit recorded frame rates between 57 and 120 fps depending on the game and settings.

That said, one comparative analysis suggested graphics performance may actually be a step back from an earlier member of the same Kirin 9030 family — a view some in the tech community described as a "disguised Kirin 8030", a contested opinion worth treating cautiously rather than as established fact.

AI and camera: the chip's real strength

Here lies the chip's actual focus: a 200% improvement in image understanding through a new NPU, feeding a 43% improvement in AI colour processing, 110% clearer telephoto video, and 30% better anti-shake stabilisation in zoom shots. All these figures are officially announced by Huawei — unlike the CPU and GPU details — and fit the chip's positioning as a dedicated professional-photography solution for the Pura series.

Connectivity: a clear edge despite the constraints

The chip carries an integrated modem supporting 5G with theoretical download speeds up to 3,500 Mbps per independent tests (some less reliable sources cite figures as high as 10 Gbps under a "5.5G" label, but that number is not solid enough to adopt).

More importantly, the chip supports two-way satellite connectivity over China's Beidou system — a feature no rival chip offers globally today, giving the Pura 90 phones the ability to send text messages via satellite in remote areas with no terrestrial coverage.

Manufacturing: the node mystery continues

The exact fabrication node remains officially unconfirmed; independent estimates range from an "advanced 7nm-class" to "5nm" from China's SMIC, with one technical analysis describing the packaging as sitting "between true 7 and 5 nanometres" in transistor density — reflecting Huawei's deliberate opacity about its manufacturing since the US sanctions.

Verdict

The Kirin 9030S is another step in Huawei's ongoing march toward full technical independence, with a clear, officially stated focus on AI-driven photography improvements over raw performance.

The bottom line: CPU performance approaching the level of 2023–2024 global chips (roughly Snapdragon 8 Gen 3), with a globally unique satellite-connectivity feature — but no real competition for the newest flagship chips from Qualcomm and MediaTek in 2026.

The biggest limitation remains Huawei's lack of full transparency on the precise technical details, which leaves any final assessment conditional on future updates when more reliable data becomes available.