The Asus ZenBook A16 represents a new wave of laptops utilizing Qualcomm's Snapdragon X2 processors. This particular model features the Elite Extreme variant, boasting 18 CPU cores for robust performance in productivity tasks. Early benchmarks indicate significant improvements over previous ARM-based chips, with the X2 demonstrating competitive single-core and multi-core performance, even rivaling Intel's latest offerings in some tests. In Geekbench 6, the X2 achieved over 3,000 points in single-core tests, marginally surpassing Intel's X9 388H. Its multi-core score of 22,785 also outpaced the Panther Lake chip's 17,924 by nearly 24%. Cinebench results further highlight this advantage, with the X2 scoring 151 in the single-core CPU rendering test compared to the X9 388H's 130, and 1391 in multi-core versus 1173.
This raw processing power translates to a responsive user experience, further enhanced by the 48GB of fast RAM included in the ZenBook A16. However, the integrated Adreno GPU remains the primary bottleneck for gaming. While it supports modern graphics APIs like DX12 Ultimate and Vulkan 1.4, and can manage 1080p gaming at medium to low settings, it struggles with more demanding titles or higher visual fidelity. Games like Cyberpunk 2077 can look good on medium settings, and older titles such as Horizon Zero Dawn can achieve nearly 60 fps, but pushing for higher settings often requires the use of upscaling technologies like FSR.
Compatibility with certain games remains an area for improvement. Some titles may present incompatibility notices with ARM processors, though it is expected that future software and driver updates will address these issues. The ZenBook A16 itself features an understated design with a unique beigy-grey Ceraluminum chassis, which is both lightweight and rigid. The 16-inch 2.8K OLED display with a 120Hz refresh rate is a standout feature, offering sharp visuals, high brightness, and vibrant colors. Battery life is exceptional for video playback, extending to nearly 17 hours, though this will decrease under heavier workloads. The keyboard, however, is noted as a weaker aspect due to shallow key travel, contrasting with the otherwise comfortable user experience provided by the large trackpad and excellent screen.