Lowering the minimum processor percentage to 0% from 5% in power plan profiles helps manage heat and improve battery life.

Replacing factory thermal paste with MX6 can improve thermal efficiency, especially if the original paste is dried out.

Disabling CPU Boost via GHelper can stabilize processor performance, reducing random spikes and heat generation.

ZenBook S16 has a glass touchpad that is mechanical, not haptic, providing accurate input.

The Zenbook S16 lacks a number pad, which can be inconvenient for coding and engineering tasks that benefit from quick numerical input.

GHelper can be used alongside MyAsus to disable Asus services without affecting driver updates.

Black, white, and glitchy screens have been observed while using browsers and other programs, even after updating drivers and BIOS.

Some users experienced SSD copying issues, though these problems may have been resolved in later updates or batches.

The ZenBook S16's screen and audio quality are slightly superior to the Vivobook, but not significantly enough to justify the price difference.

The Vivobook S15 runs its CPU at 54W, unlike the Zenbook S16, which is limited to 28W, affecting performance in demanding applications.

Some units have been returned due to issues like fan rattling and creaking sounds when opening and closing the laptop.

There's a risk of overheating potentially due to the ultrathin design, which might be inadequate for cooling under heavy loads.

Some owners report that the Zenbook S16 can have issues handling medium-sized FL Studio projects, leading to overheating and sound cutouts.

The Zenbook S16 can handle a continuous high screen time workload with no heating issues, maintaining about 6.5 hours of battery life under intensive use.

The Zenbook S16 may struggle with demanding tasks like music production, causing high CPU spikes and overheating, which impact performance.

The Zenbook S16 is not suitable for running GPU-intensive games like Cyberpunk due to its integrated graphics limitations.