(Credit: Joseph Maldonado)
At CES 2026 in January, we named the Asus Zenbook A16 the best ultraportable of the show. It stood out during our first hands-on experience, but bringing it into PC Labs for testing is even more exciting—it gives us our first real chance to benchmark the Qualcomm Snapdragon X2 Elite Extreme processor under our own conditions.
Qualcomm has staked out a surprisingly large chunk of territory in the PC processor world in just a few short years, appearing in systems from several major brands and even powering flagship products like the Microsoft Surface line. But the latest flagship, the Snapdragon X2 Elite Extreme, might be the company's biggest swing yet. Benchmarking the Zenbook A16, the first laptop to use it, gives us a chance to see if Qualcomm’s most powerful silicon lives up to the lofty expectations.
Snapdragon X2 Elite Extreme: Qualcomm's Biggest Leap Yet
The X2 Elite Extreme is Qualcomm’s new flagship system on a chip (SoC), designed to compete head-on with high-end x86 silicon from Intel and AMD, as well as Apple’s M-series. Utilizing the 3rd-gen Oryon CPU architecture, it represents a major shift from the original Snapdragon X1 chips. The broad strokes are impressive: a jump to 18 cores, an expanded cache, and an NPU that nearly doubles AI performance from 45 TOPS to 80 TOPS.
(Credit: Joseph Maldonado)The real story here, however, is that the Snapdragon X2 Elite Extreme is finally on our workbench. This isn't just a Version 2.0 of the X1; it’s a full reengineering. By moving from a uniform core design to a more sophisticated high-performance hybrid model, the X2 Elite Extreme is built to go toe-to-toe with high-wattage chips traditionally reserved for chunky workstations. For power users, creators, and professionals, that is very good news indeed.
Note: If you need a full refresher on the underlying tech, we have a complete deep dive into the architecture changes in our earlier look at the chip.
Asus Zenbook A16: A 2.6-Pound Powerhouse
While our focus today is on the silicon, the hardware housing it is what makes this performance tier possible in a portable format. The Zenbook A16 is an ultralight 16-inch laptop built from magnesium-aluminum alloy, reinforced with Asus' proprietary Ceraluminum finish, allowing it to fit a 16-inch, 120Hz 3K OLED screen into a frame that weighs just 2.65 pounds. That is nearly a pound lighter than a 15-inch MacBook Air.
(Credit: Joseph Maldonado)Our test unit features the top-tier X2E-96-100 chip with 48GB of LPDDR5X memory and a full array of ports, including USB4 and a full-size SD card reader. For a deeper look at the A16’s aesthetics, keyboard feel, and design innovations, check out our Asus Zenbook A16 hands-on review from CES.
Core Comparisons: AMD, Apple, and Intel in the Crosshairs
Test results don't mean much on their own, so we're comparing the Snapdragon X2 Elite Extreme against CPUs from AMD, Apple, and Intel, as well as the previous top-tier Qualcomm chips.
Here's an overview of the systems and CPUs we looked at for this comparison:
For Apple and Apple M-Series, we're comparing with the 2024 MacBook Pro (M4) and the 2025 MacBook Pro (M5). For Intel, we looked at the HP EliteBook X G1i (Core Ultra 7 268V "Lunar Lake") and the Lenovo Yoga Pro 9i Gen 10 Aura Edition (Core Ultra 9 285H "Arrow Lake-H"). For AMD systems, we selected the HP EliteBook X G1a (Ryzen AI 9 HX Pro 375) and the HP ZBook Ultra G1a 14—a mobile workstation using the potent Ryzen AI Max+ Pro 395 SoC.
And finally, we added the Asus Vivobook S 15 (S5507Q) and Samsung Galaxy Book4 Edge 16 (Snapdragon X Elite) to the lineup, allowing us to measure the improvements since the previous Snapdragon generation.
CPU Performance: 18 Cores, Real Muscle
For Snapdragon processors, we run three CPU-centric or processor-intensive tests. Maxon's Cinebench 2024 uses that company's Cinema 4D engine to render a complex scene; Primate Labs' Geekbench 6.3 Pro simulates popular apps ranging from PDF rendering and speech recognition to machine learning; and we see how long it takes the freeware video transcoder HandBrake 1.8 to convert a 12-minute clip from 4K to 1080p resolution.
In single-core Cinebench tests, the Zenbook A16 offers solid performance, surpassing its Intel and AMD competitors. However, Apple’s lead in single-core performance remains intact; the X2 Elite Extreme falls just behind both the Apple M4 and M5 processors by a small margin.
But it's in the multi-core Cinebench results where the X2's 18 cores truly shine. The results outclass nearly everything on our comparison list, pulling well ahead of both MacBook Pros and beating Intel and AMD systems across the board. The only exception is the HP ZBook Ultra G1a 14, which uses a specialized AMD SoC that remains the "heavy iron" of the group, being used in gaming and workstation laptops.
We see a similar story in Geekbench 6, which focuses on daily productivity and a broader array of computing tasks. Again, the Snapdragon X2 outclasses Intel and AMD in single-core scores, while trailing Apple slightly. In multi-core, it delivers the best score of the bunch.
The generational leap here is dramatic. Compared with last year's Snapdragon X Elite, the X2 Elite Extreme offers an 800-point jump in single-core performance and a staggering 6,000-point increase in multi-core performance. This isn't just an iteration; it’s a total shift in Qualcomm's competitive positioning.
To gauge overall speed in a task you might actually perform in the real world, we use Handbrake to transcode a 4K video file to 1080p. The Asus Zenbook A16 delivered a fantastic result, coming in at under 5 minutes. This puts it in the same elite class of capability as both the M4 and M5 versions of the MacBook Pro, suggesting that Qualcomm has successfully eliminated the Windows-on-Arm penalty for media creation.
Graphics: Adreno Steps Into the Big Leagues
Qualcomm didn't just overclock its existing graphics for this generation; the company completely re-architected the Adreno GPU. This new integrated graphics solution supports DirectX 12.2 Ultimate and Vulkan 1.4, delivering a claimed 2.3x performance-per-watt improvement over the previous generation. In early tests, this translated to nearly doubling the frame rates and synthetic scores of the X1.
To see how this new architecture translates to real-world performance, we challenge each reviewed system’s graphics with a quintet of animations or gaming simulations from UL's 3DMark test suite. The first two, Wild Life (1440p) and Wild Life Extreme (4K), use the Vulkan graphics API to measure GPU speeds. The next two, Steel Nomad's regular (4K) and Light (1440p) subtests, focus on APIs more commonly used for game development to assess gaming geometry and particle effects. A fifth test, Solar Bay, measures ray-tracing performance.
In the 3DMark Wild Life test, which measures high-frequency burst performance, the Zenbook A16 delivered a strong showing, securing the second-highest score in our comparison group. When we stepped up to Wild Life Extreme, which pushes the rendering resolution to 4K, the X2 Elite Extreme maintained its momentum. It remains one of the top performers in this category, outpaced only by the Apple MacBook Pro (M5) and the workstation-class HP ZBook Ultra G1a 14. Given that the ZBook is a thick, high-wattage machine, the fact that an ultraportable like the A16 is in the same conversation is a testament to the new Adreno’s efficiency.
Moving to the more modern Steel Nomad and Steel Nomad Lite tests, the generational improvement becomes even more apparent. Here, the X2 Elite Extreme consistently outperformed nearly all its Intel and AMD rivals. More importantly, it showed a massive increase over the first-generation Snapdragon X Elite chips. This suggests that the Adreno overhaul isn't just about higher clock speeds; it’s about a fundamental increase in shader throughput and memory bandwidth that makes the A16 a much more capable tool for light video editing and moderate gaming.
The most surprising result came in Solar Bay, 3DMark’s cross-platform ray tracing benchmark. In this test of advanced lighting and reflection techniques, the Zenbook A16 actually edged ahead of the Apple M5 MacBook Pro. The only system to keep it at bay was, once again, the HP ZBook Ultra.
AMD’s Ryzen AI Max+ (Strix Halo) remains the integrated graphics champion in this field thanks to its immense GPU core count, but for a mainstream 16-inch laptop, the Snapdragon X2 has effectively erased the lead Intel and Apple once held in integrated graphics.
Early Verdict: The 'Extreme' Label Is Accurate
Our first sessions with the Snapdragon X2 Elite Extreme inside a retail-ready chassis confirm what we suspected during its unveiling: Qualcomm has officially moved past the "alternative" phase and into a leadership position. By delivering multi-core performance that rivals workstation-class AMD silicon and graphics that can out-calculate a base Apple M5 in ray tracing, the X2 Elite Extreme has successfully raised the ceiling for what we expect from a 2.6-pound laptop.
(Credit: Joseph Maldonado)The generational leap from the original Snapdragon X Elite to the X2 series is particularly striking. Qualcomm hasn't just caught up to the industry—in many categories, it is now setting the pace.
Now, we haven't tested the battery life yet, nor have we thoroughly evaluated the design, display, or other features, so stay tuned for our full review of the Asus Zenbook A16. For now, the takeaway is clear: As much of a mouthful as "Qualcomm Snapdragon X2 Elite Extreme" is to say, it's undeniably a beast of a chip.