A fresh Geekbench 7 listing tied to a device identified as CMM-AL10 is pointing straight at Huawei’s next flagship, and the numbers put the chip inside it in an odd spot: ahead of Qualcomm’s two-generation-old silicon, behind its current one. Reports from news.lavx.hu and AndroidPure on October 5, 2026 identify the device as the Huawei Mate 90 Pro Max, running a processor labeled Kirin 9050 Pro, with an average single-core score of 1,317 points and an average multi-core score of 5,381 points across the logged runs.
The highest individual run recorded at the time of writing hit 1,528 points single-core and 6,169 points multi-core, according to the same reports. Those figures matter less as a victory lap and more as a data point in a longer story: Huawei’s continued climb back toward the top of the mobile silicon stack after years of U.S. export restrictions forced it to build its own chip supply chain almost from scratch.
What the Geekbench 7 Listing Actually Shows
Geekbench listings are submitted automatically by test devices, often well before a public launch, and they tend to leak long before a company confirms anything. In this case, the listing tied to the CMM-AL10 model number logged a nine-core processor configuration, per the underlying record cited in the reports. The layout described is a single “ultra” or prime core clocked at 3.1 GHz, six performance cores split across 2.7 GHz and 2.2 GHz clusters, and two efficiency cores running at 1.75 GHz.
That’s a fairly conventional big.LITTLE-style arrangement for a 2026 flagship chip, and it lines up with how Huawei’s HiSilicon design arm has structured recent Kirin silicon. One detail reporters flagged as unconfirmed: a Maleoon 955 GPU showed up in some of the headline coverage, but its presence inside the actual Geekbench record itself could not be verified. Geekbench logs CPU performance primarily, and GPU identifiers in these leaks are frequently inferred or guessed rather than pulled directly from the benchmark payload, so treat the GPU pairing as a rumor layered on top of a real CPU result.
There is a second wrinkle worth tracking. An earlier, separate listing reportedly scored lower, at 1,117 points single-core and 5,076 points multi-core, and that earlier entry apparently did not name the device or the chipset at all. Whether that earlier run came from a less mature firmware build, a different core binning, or simply a different test unit of the same silicon is not something the available reporting settles. It’s a reminder that pre-launch Geekbench numbers move around, sometimes by hundreds of points, before a chip ships in retail form.
Kirin 9050 Pro vs Snapdragon: Where It Actually Lands
The framing used across the initial coverage is that the Kirin 9050 Pro’s reported CPU performance falls between Qualcomm’s Snapdragon 8 Gen 1 and Snapdragon 8 Gen 2. That’s a meaningful detail, and also a slightly awkward one, because both of those Qualcomm chips are now multiple product cycles old. Snapdragon 8 Gen 2 launched in late 2022. Qualcomm has since shipped the 8 Gen 3, the Snapdragon 8 Elite, and further Elite-tier updates, each with large single- and multi-core gains over the Gen 2 baseline.
So the comparison being drawn isn’t Kirin 9050 Pro against Qualcomm’s current flagship silicon. It’s Kirin 9050 Pro against chips that are three to four years old. That doesn’t make the result meaningless, Huawei has had to rebuild its chip design and fabrication pipeline under sanctions that cut it off from the most advanced foreign lithography tools, and closing ground on any recent Snapdragon generation is a real technical achievement given those constraints. But it does mean readers comparing this to a brand-new Qualcomm Snapdragon flagship chip should recalibrate their expectations before assuming parity.
| Metric | Kirin 9050 Pro (reported avg.) | Kirin 9050 Pro (reported peak) |
|---|---|---|
| Geekbench 7 single-core | 1,317 | 1,528 |
| Geekbench 7 multi-core | 5,381 | 6,169 |
| Core count | 9 cores (reported) | 9 cores (reported) |
| Prime core clock | 3.1 GHz | 3.1 GHz |
| Performance core clocks | 2.7 GHz / 2.2 GHz (6 cores) | same |
| Efficiency core clock | 1.75 GHz (2 cores) | same |
It’s worth being precise about what “between Snapdragon 8 Gen 1 and Gen 2” means in practice. The Gen 1 generally posted Geekbench 6-era single-core scores in the low 1,000s and multi-core scores in the mid-3,000s depending on the test device and cooling, while the Gen 2 pushed single-core into the 1,400s and multi-core past 4,700 in many retail phones. A score of 1,317 single-core and 5,381 multi-core slots in reasonably close to that window, consistent with the framing in the original reports, though direct comparisons across Geekbench major versions (6 vs. 7) always carry some uncertainty since Apple’s Geekbench 7 recalibrated its scoring baseline.
Why This Particular Leak Is Getting Attention
Huawei’s mobile chip story since 2019 has been one of the more closely watched threads in the entire hardware industry, mostly because it’s a live test of whether export controls can actually hold back a determined, well-funded chipmaker. The U.S. Commerce Department’s restrictions cut Huawei off from TSMC’s advanced nodes and from most EDA tooling tied to U.S. technology, forcing the company’s HiSilicon unit to lean on SMIC’s domestic fabrication capacity, which trails the industry’s leading edge by multiple process generations.
Every Kirin generation since has been treated as a scorecard entry in that story. The Mate 60 series surprised reviewers in 2023 by shipping with a chip more advanced than analysts expected was possible under sanctions. Subsequent Mate and Pura devices kept pushing that line further. A Kirin chip landing in the Snapdragon 8 Gen 1-to-Gen 2 performance band, built without access to the newest lithography equipment, is the kind of incremental but real progress that keeps this story alive heading into Mate 90 season.
It also matters for how global smartphone buyers read the competitive map. Market trackers like Counterpoint Research and IDC have both tracked Huawei’s steady share recovery inside China over the past two years, driven in large part by domestic silicon that no longer depends on components the U.S. can restrict. A chip that can plausibly compete with recent-but-not-current Qualcomm silicon reinforces that Huawei doesn’t need the newest Snapdragon-tier performance to keep winning share domestically, where brand loyalty and national-champion sentiment do a lot of the heavy lifting regardless of raw benchmark gaps.
Historical Context: Huawei’s Chip Comeback Timeline
To understand why a mid-tier Geekbench score makes headlines, it helps to remember how far the floor dropped. After the 2019 U.S. entity list restrictions and the tightened 2020 rules that blocked TSMC from manufacturing Kirin chips, Huawei’s flagship phone line effectively lost access to cutting-edge silicon overnight. The company spent roughly three years selling 4G-only flagships running older Kirin inventory while it rebuilt a parallel supply chain anchored by SMIC.
The Mate 60 Pro’s 2023 launch, with a Kirin 9000S chip capable of 5G connectivity despite the sanctions, was treated by much of the industry as proof that the restrictions had a ceiling. Each Kirin generation since, including the Kirin 9000SP seen later in the Pura 70 line and now the Kirin 9050 Pro reportedly surfacing in the Mate 90 Pro Max, has been read as another data point on whether that ceiling is rising, falling, or holding flat. Landing between two now-dated Snapdragon generations suggests steady, grinding progress rather than a dramatic leap, which lines up with how most industry analysts have described SMIC’s incremental process node improvements under equipment constraints.
Market Impact: What a Mid-Pack Score Means for Huawei
Raw CPU benchmark scores rarely move stock prices or shift market share on their own, and this leak is unlikely to be an exception. But it feeds into three things that do matter commercially. First, it shapes Chinese consumer sentiment ahead of a Mate 90 launch that Huawei needs to land well domestically, where the Mate series carries outsized brand weight. Second, it gives component suppliers and foundry partners a data point on SMIC’s current yield and performance envelope, information that flows into how aggressively competitors price their own 2027 roadmaps. Third, it feeds the broader narrative that outside analysts, including those covering semiconductor equipment and export-control policy, use to argue either that sanctions are working or that they’re merely slowing, not stopping, Chinese chip progress.
None of the available reporting includes a price, a confirmed launch date, or an on-record company statement, so any read on sell-through or revenue impact right now is speculation dressed up as analysis. What can be said is that Huawei has consistently used Mate-series launches as its flagship showcase moment, and a chip that credibly sits in Snapdragon 8 Gen 1-to-Gen 2 territory gives it a story to tell domestically even without matching Qualcomm’s newest silicon.
Competitive Comparison: Kirin 9050 Pro’s Neighborhood
Benchmark numbers only mean something next to other benchmark numbers. The table below lines up the reported Kirin 9050 Pro figures against publicly known Geekbench ranges for the Qualcomm chips referenced in the original coverage, using widely reported retail-device scores for context. These are approximate ranges drawn from typical retail results for those older chips, not a single controlled test run, so treat the comparison as directional rather than exact.
| Chip | Launch Era | Typical Single-Core Range | Typical Multi-Core Range |
|---|---|---|---|
| Snapdragon 8 Gen 1 | Early 2022 | ~1,100-1,250 | ~3,300-3,700 |
| Kirin 9050 Pro (reported) | Late 2026 (unconfirmed launch) | 1,317 avg / 1,528 peak | 5,381 avg / 6,169 peak |
| Snapdragon 8 Gen 2 | Late 2022 | ~1,450-1,550 | ~4,700-5,100 |
| Snapdragon 8 Elite (for reference) | Late 2024 | ~2,900-3,000 | ~9,300-9,800 |
Read that table carefully: the Kirin 9050 Pro’s reported multi-core average actually sits closer to or slightly above typical Snapdragon 8 Gen 2 territory, while its single-core number lands more squarely in between the two older Qualcomm chips. That’s a common pattern for designs that lean on core count and clock strategy to close a multi-threaded gap faster than they close a single-thread gap, which usually comes down to IPC (instructions per clock) and process-node density rather than core count. It also underscores how far behind Qualcomm’s current Snapdragon 8 Elite-class silicon the comparison actually is, a three-to-four-times multi-core gap that no amount of favorable framing closes.
The Maleoon GPU Question Nobody Has Confirmed
One detail circulating alongside this leak deserves its own section because it’s the shakiest part of the story: the claim that the chip pairs with a Maleoon 955 GPU. Huawei’s Maleoon GPU line is real and has shipped in prior Kirin silicon, so it’s not an implausible pairing. But Geekbench 7’s CPU benchmark doesn’t reliably surface GPU model identifiers the way it does CPU core counts and clock speeds, and the reports covering this leak are explicit that the Maleoon 955’s presence in the underlying benchmark record is unconfirmed.
This is a useful case study in how benchmark leaks snowball. A real, sourced CPU result gets reported accurately, then a plausible-sounding GPU detail gets attached to it by aggregators repeating each other, and within a news cycle the GPU pairing reads as confirmed fact even though no one has actually traced it back to primary benchmark data. Readers evaluating Huawei flagship coverage over the next several weeks should watch for which outlets distinguish verified Geekbench fields from inferred specs, and which ones blur the two.
What We Still Don’t Know
The gaps in this story are as newsworthy as the numbers themselves. No price has surfaced for the Mate 90 Pro Max. No launch date has been confirmed by Huawei or by any outlet with a direct line to the company. There’s no official statement from Huawei addressing the Kirin 9050 Pro by name, and no on-record quote from any named Huawei executive, HiSilicon engineer, or independent chip analyst tied specifically to this listing. Anyone citing a release window, a retail price, or a company comment on this specific benchmark right now is going beyond what’s actually been reported.
That caution extends to the GPU pairing discussed above, to the exact process node SMIC used for this die, and to whether the “nine-core” configuration described in the leak matches what ships in the final retail unit. Pre-launch Geekbench listings get pulled, corrected, and occasionally turn out to belong to engineering samples that never reach shelves in that exact configuration. The two different average scores already circulating for what may be the same chip, 1,117/5,076 in one unnamed listing versus 1,317/5,381 in the named one, is itself evidence that the final retail number isn’t locked yet.
How This Fits the Broader 2026 Smartphone Silicon Race
Mobile chip benchmarks have been a crowded news beat throughout 2026, with Qualcomm, Apple, and Samsung’s Exynos team all pushing new silicon at a pace that makes any single leak feel smaller in context. Samsung’s own Exynos lineup has faced its share of benchmark scrutiny this year, including a Galaxy M67 leak built on an older Exynos 2200 chip that drew criticism for reusing aging silicon in a 2026-era device. Huawei’s situation is the inverse problem: it’s not reusing old silicon by choice, it’s climbing back from a forced technology gap, and every incremental Kirin generation gets measured against how much of that gap has closed.
On the Windows-on-Arm side, Qualcomm’s push with chips benchmarked in pieces like the Snapdragon X2 versus Intel Core Ultra comparison shows how aggressively the company is positioning its newest silicon against x86 incumbents, which only widens the gap between Qualcomm’s current output and the three-to-four-year-old chips the Kirin 9050 Pro is being measured against. Apple, meanwhile, keeps pushing its own ceiling higher, as covered in reporting on the M5 Ultra’s 36-core design and 1.2TB/s memory bandwidth, though that’s a desktop-class chip operating in an entirely different power envelope than a phone SoC.
Huawei’s broader chip ambitions extend well past phones too. The company has been simultaneously racing to build AI accelerator silicon, detailed in coverage of Huawei’s Atlas AI chip exports hitting 120 exaflops, while HiSilicon’s mobile team works the Kirin line. Both efforts draw on the same constrained SMIC fabrication capacity, and industry watchers have flagged that capacity itself as a bottleneck, a dynamic echoed in reporting on memory shortages pushing RAM to 60% of total device cost across the smartphone industry this year. On the x86 side of hardware news, Intel’s own core-and-cache tradeoffs, as seen in the Nova Lake BFC cache strategy aimed at AMD’s X3D lead, show that even companies with full access to leading-edge fabs are still fighting incremental core-and-clock battles rather than clean generational leaps, which puts Huawei’s progress-under-constraint story in useful perspective.
Analysis: Reading Between the Benchmark Lines
Strip away the headline framing and what’s left is a genuinely interesting but modest result. A Chinese-designed, Chinese-fabricated mobile chip posting Geekbench 7 scores in the neighborhood of three-to-four-year-old Qualcomm flagship silicon is not a sign that Huawei has caught up to the industry leader. Qualcomm’s Snapdragon 8 Elite-class chips post multi-core scores roughly 80% higher than the figures reported here. What it does show is that the gap between Huawei’s domestic silicon and the Western/Taiwanese-fabricated mainstream has continued to narrow gradually, generation over generation, rather than staying frozen at 2020 levels or widening under sustained sanctions pressure.
That gradual-narrowing pattern is probably the most durable takeaway here, more durable than any single Geekbench average. Export controls aimed at slowing a country’s semiconductor progress have historically shown diminishing marginal effectiveness over multi-year horizons, because they create strong incentives for exactly the kind of domestic investment Huawei and SMIC have made since 2019. Whether that investment eventually produces a Kirin chip that matches Qualcomm’s current flagship, not its three-year-old one, remains the open question analysts will keep asking with each new Kirin generation.
Predictions: Where This Story Goes Next
- Expect Huawei to confirm Mate 90 series launch details, including the Mate 90 Pro Max and its Kirin 9050 Pro chip, through an official event rather than further leaks, likely before the end of 2026 given the Mate line’s traditional late-year launch cadence.
- Expect follow-up Geekbench listings for the same or closely related chip variants as more engineering samples and pre-production units get tested, which will probably narrow the current spread between the 1,117/5,076 and 1,317/5,381 figures already circulating.
- Expect continued scrutiny of the Maleoon GPU pairing claim, with dedicated GPU benchmark tools like GFXBench likely to surface before launch and either confirm or contradict the Maleoon 955 claim more directly than Geekbench 7’s CPU-focused test can.
- Expect market trackers such as Counterpoint Research and IDC to fold Mate 90 performance data into their next China smartphone share reports, since Huawei’s domestic momentum has been a recurring theme in their 2025-2026 coverage.
- Expect comparisons to keep anchoring on older Snapdragon generations rather than Qualcomm’s current flagship until Huawei ships a chip that can credibly compete with the Snapdragon 8 Elite class, which no currently reported Kirin generation has yet done on raw multi-core throughput.
Frequently Asked Questions
What is the Kirin 9050 Pro?
It’s the processor reportedly identified in Geekbench 7 listings tied to a device model CMM-AL10, linked by reports to the upcoming Huawei Mate 90 Pro Max. No official Huawei specification sheet or launch announcement naming the chip has been published yet.
How does the Kirin 9050 Pro compare to Snapdragon chips?
Reports describe its performance as falling between the Snapdragon 8 Gen 1 and Snapdragon 8 Gen 2, both of which are now three to four years old. It remains well behind Qualcomm’s current Snapdragon 8 Elite-class flagship silicon.
What were the exact Geekbench 7 scores reported?
Reports cite an average of 1,317 points single-core and 5,381 points multi-core, with a highest recorded run of 1,528 single-core and 6,169 multi-core at the time of writing.
Is the Maleoon 955 GPU confirmed for this chip?
No. The Maleoon 955 GPU appeared in headline coverage of the leak, but its presence in the underlying Geekbench record itself is unconfirmed, according to the same reporting.
When will the Huawei Mate 90 Pro Max launch?
No official launch date, price, or Huawei statement has been reported. Any specific date or price circulating online beyond what’s confirmed here should be treated as unverified.
Why do two different Geekbench scores exist for what may be the same chip?
An earlier, separate listing reportedly scored 1,117 single-core and 5,076 multi-core without naming the device or chipset. Pre-launch benchmark listings commonly shift between engineering samples, firmware builds, and final retail units, so some variance before an official launch is normal.
Does this benchmark score mean Huawei has caught up to Qualcomm?
Not to Qualcomm’s current flagship chip. The comparison reported is against Snapdragon generations that are three to four product cycles old. Qualcomm’s newest Snapdragon 8 Elite-class silicon posts significantly higher multi-core scores than anything reported for the Kirin 9050 Pro so far.
What is Geekbench 7 and how reliable are pre-launch listings?
Geekbench 7 is a cross-platform CPU benchmark tool used widely across phone, PC, and tablet reviews. Pre-launch listings are submitted automatically by test devices and can shift significantly before a chip’s final retail configuration ships, so early scores should be read as directional, not final.
