The new Snapdragon X2 Elite Extreme It has appeared in several Geekbench listings, foreshadowing the real-world performance of Qualcomm's top-of-the-line laptop processor. Windows 11 on ARMThese leaks provide a fairly clear idea of ​​where this chip stands in relation to the most advanced offerings from Intel, AMD, and Apple in the field of portable equipment.
The results show a processor designed to compete head-to-head with current high-performance solutions, both in general-purpose tasks and in multi-core charging and artificial intelligenceEven so, much of that potential will depend on how the ecosystem responds. Windows for ARM and the number of applications that work natively without resorting to emulation.
Equipment configuration and filtering context
The variant that has appeared in the Geekbench databases is identified as Snapdragon X2 Elite Extreme X2E-96-100This SoC has been tested in a laptop. ASUS Zenbook A16, a high-end team that integrates 48 GB of RAM, an unusual figure for conventional laptops but very interesting for advanced productivity and content creation uses.
The system used in the tests ran Windows 11 Pro for ARM architecture (AArch64)with the power plan set to mode BalancedThis profile is the one Windows activates by default to combine performance and consumption, so the figures obtained do not correspond to a forced maximum performance mode, but to a scenario closer to what the end user will see on a daily basis.
ASUS has officially announced this Zenbook A16 with Snapdragon X2 Elite Extreme, priced at approximately 1.999,99 EurosAlthough its availability is currently limited, the first laptops with the new Snapdragon X2 generation are expected to arrive on the European market throughout the year. second quarter year.
Architecture, cores and memory of the Snapdragon X2 Elite Extreme
The Snapdragon X2 Elite Extreme stands out as the most powerful option within the family Snapdragon X2 Elite Series For laptops. Manufactured by TSMC in the process of 3 nmThe chip opts for a configuration of 18 nuclei organized in a hybrid design, combining 12 high performance cores (P-Cores) with 6 high-efficiency cores (E-Cores) to balance power and consumption.
In terms of frequencies, high-performance cores reach up to 4,45 GHz sustained under high load, while for more specific scenarios the architecture allows reaching 5,00 GHz in a single core and up to 4,80 GHz in two cores, always depending on the type of work and the laptop's thermal limits. The low-power cores, meanwhile, operate around the 3,60 GHzdesigned for light tasks and to maintain good battery life.
The SoC is capable of handling up to 48GB LPDDR5X memory with speeds of up to 9.523 MT/s, which translates to a bandwidth of approximately 228,6 GB / sThis combination of high capacity and high memory bandwidth is key to getting the most out of the 18 nuclei in demanding applications and for managing heavy multitasking loads, video editing or working with large databases.
In terms of artificial intelligence, the Snapdragon X2 Elite Extreme integrates a NPU (neural processing unit) with a declared performance of up to 80 TOPSa figure that is above the requirements that Microsoft sets for laptops Copilot+ PC and that also looks askance at future system functions as a possible Windows 12 more focused on AI.
Geekbench results: Desktop-level CPU
Performance tests performed with Geekbench 6.5 and 6.6 This places the Snapdragon X2 Elite Extreme in a very competitive position. In the test single corethe chip reaches around 4.033 points, while in the test multicore It goes up to approximately 23.198 pointsThese figures are clearly higher than those of the first generation of Snapdragon X for laptops.
Compared to desktop x86 processors, the results are striking. Against a AMD Ryzen 9 9950XThe Snapdragon X2 Elite Extreme offers single-core performance of around 3.385 points for the Ryzen compared to the more than 4.000 points of the Qualcomm chip, which is close to a 19% advantage single-core and around 8% especially in multi-core, where the AMD processor scores around 21.444 points.
In the case of Intel, comparisons with models like the Core Ultra 9 285K or equivalent high-end configurations yield differences of around 25% Qualcomm has the advantage in single-core performance, while in multi-core loads these CPUs score around 22.548 and 23.106 pointsleaving the Snapdragon X2 Elite Extreme with a slight advantage of between 0,4% and 2,9%.
If we look at advanced laptops based on x86 architecture, such as those with Ryzen AI Max+ 395 or the future Strix Halo AMD's new Snapdragon processor manages to outperform them in Geekbench tests in both single-core and multi-core performance. Also, Intel Core Ultra X9 388H, one of Intel's strong bets for high-performance laptops, falls behind in these synthetic measurements.
It is still a laboratory scenario, but the figures indicate that Qualcomm has managed to place its ARM SoC for laptops in a performance range that until recently was reserved for high-end desktop processors, something especially relevant considering that we are talking about thin and portable devices.
Comparison against Apple Silicon and ARM rivals
The other major unavoidable point of reference is Apple siliconIn leaked benchmarks, the Snapdragon X2 Elite Extreme outperforms some Apple chips in certain tests, especially in single-core performance. Compared to a Apple M4 MaxThe Geekbench score is around 4.033 points for the Snapdragon versus some 3.880 points Apple's single-core processor.
In the multi-core category, the gap narrows or even tilts in Apple's favor in certain models. The M4 Max, for example, can approach figures of around 25.760 points, above the approximately 23.198 points of the Snapdragon X2 Elite Extreme, while if we look at the Apple M4ProLeaks place Qualcomm's SoC as 5% faster single-core and around 3,5% higher in multi-core.
Beyond the numbers, the key difference lies in the environment. Apple designs its processors for an operating system and ecosystem perfectly suited to its architecture, allowing much of that performance to translate directly into real-world use. In the case of the Snapdragon X2 Elite Extreme, much of its potential depends on the software for Windows on ARM is optimized and there is less and less need to resort to emulation to run x86 applications.
In this sense, Qualcomm enters this generation with a more favorable context than a few years ago, but still with room for improvement. On the one hand, the company now has a Full range of ARM chips for laptopsFrom solutions like the Snapdragon X Plus to this X2 Elite Extreme; and there are also development tools for Snapdragon X EliteOn the other hand, the market awaits the entry of competitors such as processors. NVIDIA N1 and N1Xwhich could also reach the European market around the second quarter and which point in the same direction: to bring ARM architecture to the work and leisure laptop on a massive scale.
Adreno X2-90 GPU: a significant leap, but not intended to be a gaming machine
The Snapdragon X2 Elite Extreme isn't just notable for its CPU. Its graphics component integrates the new Adreno X2-90 GPU, which has also been tested on Geekbench in the OpenCLIn this test, the GPU achieves around 44.786 points, practically double what the previous generation offered Adreno X1-85, which remained close to 23.854 points.
These figures place its raw graphics performance roughly in line with veteran dedicated cards like a AMD Radeon RX 590 or a NVIDIA GeForce GTX 1650 TiHowever, it's important to note that OpenCL results don't directly reflect gaming experience, and that interpreting this data is complicated because Geekbench only identifies... 16 compute units and a very low reported frequency, around 1 MHz, which obviously does not reflect the actual conditions.
Although Qualcomm has made ambitious claims about the graphics performance From this generation, everything points to the platform's main objective not being to replace a gaming PC, but to offer an integrated GPU capable enough for multimedia work, light editing, some occasional gaming, and above all, Energy Efficiency The design of these ARM SoCs for laptops prioritizes battery life and quiet operation over achieving the frame rates of a laptop with a high-end dedicated graphics card.
Again, specific tests in popular 3D games and applications on Windows are still needed to accurately assess what European users who want to use the laptop for both work and leisure can expect, beyond synthetic benchmarks.
Windows 11 on ARM, emulation, and compatible software
Where the Snapdragon X2 Elite Extreme faces its biggest challenge is not so much in the hardware as in the with Although Geekbench results are very solid, some of that performance can be lost along the way due to the particularities of Windows 11 ARM already the emulation layer necessary to run applications designed for x86 processors.
When applications run natively on ARM, the chip can unleash much of its potential. The good news is that the catalog of compatible software has grown considerably in the last two years: suite Microsoft Officemany tools of Adobe and many of the most widely used productivity applications already have versions adapted to this architecture.
However, when emulation is used to run programs that haven't yet made the jump to ARM, performance drops and some of Qualcomm's effort is wasted. In fact, some sources indicate that at this point Windows ends up being a burden To some extent, the proposal is flawed, since the compatibility layer introduces an overhead that does not exist on platforms where the operating system is designed from scratch around the chip, as is the case with macOS on Apple Silicon.
For users in Spain or other European countries, this means that the experience with a Snapdragon X2 Elite Extreme-based laptop will depend heavily on the type of software they use daily. Those who primarily use ARM-optimized applications will notice very smooth performance and outstanding battery life; those who continue to rely on specific x86 programs may encounter more limitations.
However, the data that is emerging from Snapdragon X2 Elite Extreme They paint a picture in which ARM-based Windows laptops are no longer just a curiosity for enthusiasts but a real option for many types of users. The generational leap in CPU power, the significant increase in graphics, and the enhanced NPU for AI tasks put Qualcomm in a competitive position against Intel, AMD, and Apple, always with the caveat that final performance will depend on the degree of optimization of Windows and the applications used daily.
