Snapdragon's CPU Power Meets Its GPU Hurdle in New Laptops

Daily Technology

09/04/2026

The latest generation of laptops introduces a significant shift in the processor landscape, with ARM-based chips like Qualcomm's Snapdragon X Elite making a serious bid to challenge the dominance of Intel and Apple. The Asus Zenbook A16, equipped with the top-tier Snapdragon X Elite Extreme, serves as a prime example of this new competition, showcasing remarkable strengths in processing power but also revealing critical areas where it still lags.

A Tale of Two Processors: CPU vs. GPU

When evaluating pure CPU capabilities, the Snapdragon X Elite Extreme demonstrates formidable performance that often surpasses its rivals at a similar price point. In multi-core benchmarks using Geekbench 6, the chip is approximately 28% faster than an Intel Core Ultra X7 in a comparable MSI laptop and 26% faster than Apple's M5 chip in a 15-inch MacBook Air. This processing prowess is further confirmed in rendering tests. Using Cinebench 2026, the Snapdragon chip was 25% faster than a high-end Intel Core Ultra X9. In a practical Blender CPU rendering test, the Snapdragon completed the task in 1 minute and 19 seconds, nearly a minute faster than competing Intel chips. These figures establish the Snapdragon platform as a powerful contender for productivity and CPU-intensive applications.

However, the performance narrative changes when the focus shifts to graphics. The integrated Adreno GPU on the Snapdragon chip does not keep pace with the graphics capabilities of its competitors. In 3DMark's "Time Spy" graphics benchmark, the Zenbook A16 performed about 37% worse than an MSI laptop with an Intel chip. This disparity is evident in real-world applications like gaming. While an Intel-powered machine can run Cyberpunk 2077 at 45 frames per second (fps) on Ultra settings, the Snapdragon-powered Zenbook A16 manages only 31 fps. Furthermore, some professional applications like Blender do not yet recognize the Adreno GPU for hardware-accelerated rendering, forcing reliance on the slower CPU and limiting its utility for creative professionals. This highlights a crucial trade-off: while Snapdragon excels in raw computation, its graphics and gaming performance, often reliant on emulation, remains a significant hurdle compared to the more mature x86 ecosystem.

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