Last week we saw the announcement of Qualcomm’s first post-Nuvia laptop SoC design, the Snapdragon X Elite. A new brand name being anchored by a new, custom Qualcomm CPU core, the Snapdragon X Elite will be Qualcomm’s most aggressive entry into the laptop SoC market to date, with Qualcomm dedicating far more in the way of engineering resources – and marketing resources – into developing their latest generation Arm SoC for Windows laptops. Backed by Qualcomm’s custom Arm CPU core, Oryon, the company is aiming to make the Snapdragon X Elite a watershed moment for the Snapdragon brand, both carving out a piece of the lucrative Windows laptop market while also setting the stage for a generation of even more powerful smartphone SoCs in 2024.

As outlined in the company’s keynote and related announcements at last week’s Snapdragon Summit, Qualcomm is incredibly proud of (and gung-ho on) the Snapdragon X Elite, and they are eager to show off what it can do. With benchmark scores that, in some cases, are beating some of the best chips from Intel, AMD, and Arm, Qualcomm believes they have a hot hand with the Snapdragon X Elite, and they want to show it off as soon as possible. Even despite the fact that actual retail devices won’t be available until mid-2024 – at least another 6 months from now.

As part of that promotional push, alongside the public disclosures at last week’s event, Qualcomm also held an embargoed event for press and analysts to further demonstrate the Snapdragon X Elite and its performance. In a closed-door benchmarking session, the company set out a series of Snapdragon X Elite reference design laptops pre-loaded with popular benchmark software, most of which the company had also used in its performance claims from last week’s keynote sessions. The purpose of the session was to demonstrate in front of the gathered crowd that Qualcomm’s reported benchmark scores were no exaggeration or anomaly, and that the company had devices up and running right now that could hit those chart-topping scores. As the saying goes, “seeing is believing,” and Qualcomm’s benchmarking session was all about making sure the Snapdragon X Elite was being seen in action.

With devices not arriving until next year, today’s disclosure is very much a preview. And a hands-off one at that; while the press was allowed to observe the benchmarks in action, we weren’t allowed to touch the laptops (least we try to run CPU-Z or Crysis on them), as Qualcomm is holding back on disclosing some of the technical details of Oryon and the Elite SoC altogether. So while we can report on what we saw, it’s important to note that these are Qualcomm’s benchmark numbers, and not our own. Though with Qualcomm picking highly standardized benchmarks, they’re trying to keep things as comparable and above-board as possible.

Competitive Context: Timing Is Everything

Part of Qualcomm showing off so many benchmark results so soon is, simply put, a matter of pride. It’s not every day your company gets to show off a new SoC anchored by a custom CPU core developed by a team of engineers, that, by and large, draws from the CPU architects behind Apple’s highly performant A/M series SoCs, never mind their collective experience from even earlier projects. The establishment of the Nuvia team almost 4 years ago made waves at the time thanks to the stacked talent and the potential to disrupt the current CPU core ecosystem, and while the Qualcomm acquisition changed that trajectory from servers to mobile devices, the potential for disruption is still there.

If nothing else, the introduction of a clean sheet high-performance CPU design makes Oryon the most interesting story in hardware tech right now, and the most interesting thing to happen in the CPU space since the introduction of Apple’s M1. And if the Snapdragon X Elite as a whole can deliver on those performance claims – CPU, GPU, and NPU – then that makes things all the more interesting. As a result, Qualcomm is very, very eager to demonstrate the hardware that going to be behind their next-generation laptop, handset, and automotive designs.

At the same time, however, revealing Snapdragon X Elite and publishing benchmark figures for it is all about timing. Qualcomm wants to control the narrative as much as possible – they want the Snapdragon X Elite to be seen now and compared to rival hardware now. Not next day, next week, or next month.

Ultimately, the 6+ month gap until retail devices launch means that the competition for Qualcomm’s upcoming SoC isn’t going to be today’s chips such as the Apple M2 series or Intel’s various flavors of Alder/Raptor Lake. Almost everyone is going to have time to roll out a new generation of chips between now and then. So while Qualcomm’s SoC may be ready right now, we’ve yet to see what they’ll be competing against in premium devices. That doesn’t make today’s benchmark disclosure any less enlightening, but it means that Qualcomm is aiming at a moving target – beating Apple, AMD, or Intel today is not a guarantee that it’ll still be the case in 6 months.

In any case, besides being able to pick their competition, an early preview also gives Qualcomm a chance to line up OEM partners for their new SoC. The 8cx chips, three generations in all, have been successively unpopular. Despite the fact that the software side of the Windows-on-Arm ecosystem finally came together in the last couple of years with Windows 11, the 8cx Gen 3 has been the least-adopted chip from an OEM standpoint; only a handful of devices, such as the Lenovo ThinkPad X13s and Microsoft’s not-a-Snapdragon Surface Pro 9, were released based on it. So Qualcomm would like to reverse that trajectory by lining up more OEMs and more designs for what is intended to be a much higher-profile chip launch for the company.

The Reference Laptops: Big & Smaller

Diving right into matters, for their benchmark demonstration, Qualcomm put together two reference design laptops. Dubbed “demo config A” and “demo config B”, the systems are essentially DTR-style and thin & light laptops, somewhat in the range of Apple’s 14-inch and 16-inch MacBook Pro designs. Qualcomm won’t be selling laptops based on these designs, but they are meant to show off what OEMs can do with the hardware, and how the hardware would perform in similar designs.

"Demo Config A", a high-performance 16.5-inch DTR reference laptop design

Showcasing reference designs for performance purposes is very typical overall for Qualcomm. This is also how the company handles their smartphone testing – in most years we’ll get to benchmark a Snapdragon mobile SoC running in a Qualcomm Reference Device (QRD) as a preview before retail devices are available. Even though they’re not a vertically integrated company, they still need to develop devices to test their own hardware, and they like to use those to initially show off their designs.

Qualcomm Snapdragon X Elite Reference Test Systems
AnandTech High Perf System
(Config A)
Thin and Light
(Config B)
2 Core Max Turbo 4.3GHz 4.0GHz
All Core Max Turbo 3.8GHz 3.4GHz
Display 16.5-inch LCD
14.5-inch OLED
Thickness 16.8mm 15mm
Device TDP 80W 23W
Cooling Active Active
Battery 87Wh 58Wh

Besides differing in physical size, the two laptop designs have different performance and TDP envelopes. The high performance (A) system gets an equally high performance Snapdragon X Elite chip, with a maximum clockspeed of 4.3GHz for 2 core turbo, and 3.8GHz for all-core turbo. The smaller thin and light system (B) is clocked lower, at 4.0GHz for 2 core turbo and 3.4GHz for all-core turbo. The laptops have lower TDPs as well; Qualcomm is disclosing what they call “device TDPs” for the laptops, which are 80W and 23W respectively. This puts the thin and light laptop on the edge of being able to be passively (fanless) cooled, but here Qualcomm is using active cooling on both laptops.

Notably, here, both laptops are paired with LPDDR5X memory running at 8533Mbps/pin. While other laptop vendors also support LPDDR5(X), none of them support these data rates with their current chips (most of which top out at LPDDR5X-6400). So the Snapdragon Elite X systems are getting a roughly 33% memory bandwidth bonus right off the bat – something that is especially helpful in GPU benchmarks.

"Demo Config B", a portable, 14.5-inch reference laptop design

Otherwise there is little to say about the systems, especially as we did not get the chance to touch them. They’re essentially meant to give us a look at the Snapdragon X Elite’s performance in TDP-constrained and unconstrained scenarios, showcasing how performance still remains high even while scaling down in power.

The Numbers: Observed vs. Qualcomm Official Guidance

As well as providing the laptops, Qualcomm also provided official guidance numbers for the hardware, mirroring the results that were in their keynote slides from earlier days. The purpose of their official numbers was to disclose the official performance range for their hardware, with the demo units on hand to demonstrate that they’re actually attaining those numbers. In other words, the official guidance is the performance Qualcomm has been getting in the lab, while the press was there to observe that they were attaining those numbers with real-world hardware.

As an aside, I’m told that most of Qualcomm’s official data was put together by former AnandTech guru Andrei Frumusanu. Which helps to explain why Qualcomm’s official figures are based on averaging out three runs of the various benchmarks, with the results presented as ranges. It’s a level of statistical finesse that few (if any) manufacturers provide.

Qualcomm Snapdragon X Elite Benchmark Scores
AnandTech High Perf - Observed High Perf - QC Expected Range Thin and Light - Observed Thin and Light - QC Expected Range
Cinebench 2024 ST 132 131-132 124 122-123
Cinebench 2024 MT 1227 1211-1233 997 925-973
Geekbench 6.2 ST 2971 2939-2979 2780 2722-2798
Geekbench 6.2 MT 15371 15087-15382 14029 13849-14007
Linux: Geekbench 6.2 ST* 3236 N/A N/A N/A
Linux: Geekbench 6.2 MT* 17387 N/A N/A N/A
PCMark 10 Applications 13498 12869-13112 12737 12433-13516
GFXBench Aztec Ruins - Normal 354 fps 355-357 fps 294 fps 294-296 fps
3DMark Wildlife Extreme 45 fps 44.65-44.78 fps 39 fps 39.0-39.2 fps
UL Procyon AI* 1766 1750-1800 1813 1750-1800

For their demonstration, Qualcomm lined up Cinebench, Geekbench, UL’s PCMark 10 Applications, Procyon AI, and 3DMark Wildlife Extreme benchmarks, as well as Kishonti’s GFXBench 5.0 Aztec Ruins. At first blush, it’s an unusual mix of benchmarks for a laptop demonstration, as many of these benchmarks are better known for being used in smartphone and tablet reviews. So it is not especially a PC-centric set of benchmarks.

But with Qualcomm wanting to put their best foot forward – in part by ensuring everything run here was with native Arm binaries – it’s not surprising to see them sticking to a core set of benchmarks that are as equally optimized and tested for Arm as they are x86. According to Qualcomm, the benchmark decision was based on, in part, using benchmarks they frequently encountered in laptop reviews. In either case, it means that we’re looking at a slate of Arm-native benchmarks, without any x86 emulation at hand.

Overall, all of the results we observed from the reference laptops fell within Qualcomm’s official performance ranges – if not exceeding them slightly in the case of PCMark 10 Applications. While Qualcomm’s choice of benchmarks may or may not be cherry-picked to an extent, the numbers they’re reporting are accurate.

I’ve also put asterisks on a few benchmarks, though for different reasons. For the Procyon AI benchmark, the Qualcomm devices were running against Qualcomm’s own Snapdragon Neural Processing Engine (SNPE) runtime, which allowed them to access the NPU functions of the SoC. So this was not done using a vendor-neutral API, such as DirectML. Furthermore, in Qualcomm’s keynote slides, they were comparing data to AMD and Intel chips running CPU paths; so the end result is an NPU vs. CPU comparison, a very apples-to-oranges setup.

As for the Linux Geekbench results, because Qualcomm does not yet have fan control working under Linux, these systems were running with their fans on full blast. Whereas the Windows systems were running with more typical fan ramp curves, and thus didn’t enjoy the Linux laptops’ effectively unlimited thermal environment. Regardless, the primary purpose of the Linux demo was to showcase that Linux was working on the Snapdragon Elite X as well – that it’s not just for Windows – as Qualcomm has aims of getting the SoC into Linux laptops as well.

Putting the Numbers in Context: Snapdragon X Elite vs. The World

The validity of Qualcomm’s official numbers aside, they mean very little on their own. We need some kind of performance comparison to give them some context for just how well Snapdragon X Elite is performing.

Unfortunately, Qualcomm’s eclectic choice of benchmarks makes any kind of third-party performance comparison very difficult. AnandTech itself does not review much in the way of laptops, and even across our publisher’s entire footprint, our sister sites like Tom’s Hardware, Laptop Mag, Tom’s Guide, and TechRadar don’t use most of these benchmarks in laptop reviews. Never mind the fact that some, like Cinebench 2024, are barely two months old.

As a result, we don’t have sufficient (and consistent) data of our own to use in a performance comparison. So what we’re left with are Qualcomm’s own performance slides, which present data from select Intel, AMD, and Apple systems.

Specifically, Qualcomm has collected data from a 2023 Razer Blade 15 (Core i7-13800H) running at an unconstrained TDP, a 2023 Asus ROG Zephyrus G14 (Ryzen 9 7940HS) running at an 80W power limit, and a 2022 13-inch MacBook Pro (M2). Notably, this group does not include Intel’s top mobile chip, the Core i9-13900H, but it does cover AMD’s top chip. Meanwhile the M2-powered MBP13 is the least-constrained option for showing off the vanilla M2 chip, but it lacks the greater CPU and GPU core counts of the Pro/Max variants used in the 14-inch and 16-inch MacBook Pro models.

Notably absent are any other Qualcomm-powered notebooks. So we don’t have any Snapdragon 8cx Gen 3 data to use as a comparison.

Qualcomm was quick to show off their Cinebench 2024 results in their keynote address, and understandably so given how popular of a CPU benchmark it is. Pulling ahead in single-threaded performance is no small task, given the constraints of both extracting more IPC from a given workload, and the lack of headroom to improve clockspeeds as vendors once could.

Multi-threaded results are a bit more lopsided; most of the other chips in this chart only have 8 CPU cores. Even in the case of the 13800H, only 6 cores are performance cores (and the other 8 efficiency cores), which in a test of pure CPU throughput would put the Intel system on the back foot.

Geekbench 6.2 is a narrower cluster of results.  Of course, Qualcomm has themselves winning in single-threaded performance twice-over (both SDX Elite systems), though as Geekbench is a composite score of multiple sub-benchmarks to begin with, it’s hard to say how the chips compare in any given task. Things open up with multi-threaded results, as is expected, though again, not by as much as Cinebench.

Switching over to GPU benchmarks, we have GFXBench Aztec Ruins. This is arguably the oddest choice of inclusion for a laptop benchmark suite, as, especially in “normal” mode, Aztec Ruins is designed for smartphone benchmarking. Never mind the fact that this benchmark is 5 years old.

Qualcomm’s results have them well in the lead here. But given how unconventional this benchmark is in the PC space, I have significant doubts over whether it’s been meaningfully optimized for within Intel and AMD’s driver sets. The M2 is likely the only meaningful comparison.

3DMark Wildlife Extreme, by contrast, is a more of a relevant GPU benchmark. But it’s still a cross-platform benchmark written with smartphones in mind – in this case using the more strenuous “extreme” setting. Typically, the graphics score of this benchmark is reported, rather than the frame rate. So it’s not a pure GPU benchmark.

In any case, Qualcomm has in recent years gone in heavy with their integrated GPU designs in the smartphone space – usually outpacing the most recent Apple mobile SoC – so it’s not too surprising to see evidence of that here as well. Anything on the level of the M2 should have little trouble outperforming current x86 iGPUs, though I am a bit surprised that Qualcomm isn’t pulling further ahead of the M2 as well.

Regardless, being that these are Windows PCs, I’m more eagerly awaiting benchmarks using Windows games. While Qualcomm will have to pay the x86 translation penalty, real games are going to be much more relevant towards real-world performance than a synthetic benchmark is.

Finally, for the sake of completeness, I’m also including Qualcomm’s last slide for the UL Procyon AI benchmark. As noted earlier, these results are highly misleading without additional context: only the Qualcomm chips are running on an accelerated (NPU) backend. The Intel and AMD chips are using the generic Windows ML CPU backend.

With that said, this situation is not Qualcomm’s fault – the Intel chip doesn’t have an equivalent NPU, and AMD’s isn’t sufficiently exposed to be used in this benchmark – so their results aren’t incorrect. But this is, at best, an aspirational benchmark, showing the benefits of having an NPU versus doing things on the CPU. Which, by the time the Snapdragon X Elite ships, all of the major vendors will be shipping hardware with NPUs.

Closing Thoughts: An Interesting First Look

Overall, Qualcomm’s early benchmark disclosure offers an interesting first look at what to expect from their forthcoming laptop SoC. While the competitive performance comparisons are poorly-timed given that next-generation hardware is just around the corner from most of Qualcomm’s rivals, the fact that we’re talking about the Snapdragon X Elite in the same breath as the M2 or Raptor Lake is a major achievement for Qualcomm. Coming from the lackluster Snapdragon 8cx SoCs, which simply couldn’t compete on performance, the Snapdragon X Elite is clearly going to be a big step up in virtually every way.

Ultimately there’s still a great deal we don’t know about the Snapdragon X Elite SoC and its Oryon CPU cores, both in regards to its architecture and its performance (especially in x86 emulation). But Qualcomm has made enough progress thus far that the Snapdragon X Elite warrants keeping an eye on as the first devices get closer to their expected mid-2024 release date.

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  • name99 - Monday, October 30, 2023 - link

    You are correct about the Apple vs MS timelines.
    One the other hand
    (a) most people only use Apple apps. I imagine much the same is true for MS.

    (b) the companies that, in the past, have been slow to match Apple transitions basically lost massive amounts of goodwill and Apple market share. Adobe was hit hard by their slowness, Intuit lost the Quicken market and has never recovered.
    It might be good for the Windows ecosystem as a whole to clear out zombie companies that last innovated fifteen years ago and are unwilling/unable to adapt to ARM, and let fresh blood take their place.
  • domboy - Tuesday, October 31, 2023 - link

    Microsoft isn't ditching x86... there is no timeline to give. They are adding an additional architecture, so they have to have a totally different approach.

    Could they be harder on developers? Maybe. Especially with someone like Epic that intentionally put in an architecture check to block their Unreal engine from running on ARM machines, even via emulation. That annoys the heck out of me as it was totally uncalled for, unless they're planning to actually support ARM64 natively in the near future.
  • lmcd - Monday, October 30, 2023 - link

    The correlation is that building, packaging, and distributing for ARM was far easier using UWP than any other stack until quite recently.
  • tipoo - Monday, October 30, 2023 - link

    This is Control in emulation, coming close to the 7840HS, and the GPU staying a bit ahead of the M2 like normal seems like a good sign for emulation performance
  • SarahKerrigan - Monday, October 30, 2023 - link

    Kinda weird that you're conflating Win/ARM native apps and UWP like it's 2018, ngl
  • NextGen_Gamer - Monday, October 30, 2023 - link

    For some comparison, here are some benchmarks from CNET's latest article with iPhone 15 Pro Max on iOS 17.1.

    Geekbench 6 Single-Core: 2,961
    Geekbench 6 Multi-Core: 7,385
    3DMark Wildlife Extreme: 25.1 fps

    Again, that is A17 Pro, which has 2 performance + 4 efficiency cores, and 6 GPU cores.
  • Silver5urfer - Monday, October 30, 2023 - link

    GB is a joke of a benchmark. Real benchmarks are Cinebench R20. Blender Workloads and POVray for a processor.
  • name99 - Monday, October 30, 2023 - link

    In other words "real" benchmarks are MT benchmarks?
    And specifically the MT benchmarks that make x86 look good?

    OK then.
  • Silver5urfer - Monday, October 30, 2023 - link

    I would like to know the Transistor count on these. They are made on TSMC's 4nm process, while the existing AMD products are on 5nm and Intel is on 7nm design. So they are already using a brand new far more expensive node than these processors.

    Apple will be releasing M3 processor today on TSMC 3nm node, so this will be beaten but again ARM processors that are fighting against x86 needs a ton of transistor density to achieve that and they do not have SMT advantage, which is why Apple M series processors are far more expensive to manufacture.

    x86 Hyperthreading / SMT eats these processors. And AMD's Bergamo is the counter for ARM in HPC space for the high density without SMT design, which means ARM is already dead. Only Graviton designs are offered in higher volume because Amazon wants everything in-house.

    Still the newer Zen 5 x86 design for 2024 will be outperforming Neoverse ARM and even Tenstorrent (Jim Keller) RISC-V high performance processor as per his own prediction. Then we have the OS component, Windows OS is heavily designed to be on x86 unless those rumors of Microsoft killing NTKernel with a Linux Kernel things will be worse for ARM because x86 to ARM translation will be a mess and a massive disaster. Microsoft cannot even maintain their own Engine based games - Halo Infinite, Slipspace and their QA of Windows 11 is a gigantic disaster. The insane problems associated with the Core Kernel components to the absolute BS of the UI aspect which is inspired by Apple and mobile UI causing a massive downgrade vs Windows 10 and 10 LTSC in stability.

    All in all Qcomm wants to do something but by 2024 Q3, AMD Zen 5 will stomp on HPC space and in Consumer Client space. Plus this is a pure marketing and mental campaign on the people to try to switch from x86 compute to ARM for something sinister in the future in total clamping down of the Operating System freedom. Look at Windows it is going on a downgrade path, Android is now same, a simple sandbox iOS clone without any user / power user control - (Scoped Storage, Blacklist APIs, horrendous UI , Playstore restrictions), Windows is also slowly becoming same.

    PC = Personal Computer will be a thing of past once x86 is dead but that death is not near, it will be perhaps done by 2030+ once the Automotive industry totally kills real cars with their new Software riddled disposable electronic ones and god knows what will become of US Economy and Technology advancements or say Orwellian.
  • pleoxy - Monday, October 30, 2023 - link

    Point one, TSMC 4nm is 5nm++. It's not a "new node", it's improved 5nm. 4nm is a marketing number for the improvements.

    Point two. 7840HS is built with 4nm.

    Not only will Zen5 be on the market by the time this really launches, but so will meteor lake. It will compete with both head to head. I welcome more players into the space, so I wish them well. But it's going to be very uphill for Arm on PC.

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