Unexpected Surprise: Windows 11 Outperforming Linux On An Intel Arrow Lake H Laptop

Typically when receiving any review hardware preloaded with Microsoft Windows I tend to run some Windows vs. Linux benchmarks just as a sanity test plus it still seems to generate a fair amount of interest even though the outcome is almost always the same: Linux having a hefty performance advantage over Windows especially in the more demanding creator-type workloads. As an unexpected twist and time consuming puzzle the past two months, when recently testing out the Lenovo ThinkPad P1 Gen 8 it’s faster for numerous workloads now on Microsoft Windows 11 than Ubuntu Linux.

Stenberg: No strcpy either

Daniel Stenberg has written a blog
post
about the decision to ban the use strcpy()
in curl:

The main challenge with strcpy is that when using it we do not
specify the length of the target buffer nor of the source string. […]

To make sure that the size checks cannot be separated from the copy
itself we introduced a string copy replacement function the other day
that takes the target buffer, target size,
source buffer and source string length as arguments
and only if the copy can be made and the null terminator also fits
there, the operation is done.

DietPi December 2025 Update Adds RustDesk Server, Improves SBC Support, and Fixes Storage Issues

The December 14, 2025 release of DietPi v9.20 introduces a new remote desktop server option, continued improvements for popular Arm-based single-board computers, and a broad set of fixes across DietPi tools and software packages. The update focuses on usability, stability, and hardware compatibility, particularly around USB, storage, and backup handling.   DietPi: DietPi is a […]

Some Meaningful Performance Benefits For Clang + LTO Built Linux Kernels

Over the past few years building the Linux kernel with Clang has matured a lot thanks to upstream improvements to both LLVM/Clang and the Linux kernel. As it’s been a while since our last comparison for GCC vs. Clang built kernels on the resulting system performance, our latest year-end 2025 benchmarking is providing a fresh look at the Linux 6.19 upstream Git kernel built under the latest stable GCC 15 and LLVM Clang 21 compilers. Plus with the Clang-built kernel is also the option of the Link-Time Optimized (LTO) kernel for even greater performance.

LLVM 22 Lands NVIDIA Olympus CPU Scheduling Model

NVIDIA’s Olympus are the ARM64 cores found within the upcoming Vera CPU that will be paired with Rubin. Olympus cores are claimed to be twice as fast as NVIDIA’s current CPU cores found in Grace and based on Neoverse-V2. Earlier this year the open-source compilers landed initial support for Olympus while now a proper CPU scheduling model has been upstreamed into LLVM 22…

Linux 6.19 Kernel Benchmarks With X86_NATIVE_CPU Optimization

Added to the Linux kernel earlier this year was the new X86_NATIVE_CPU Kconfig option to enable compiler optimizations for the local/native CPU in use when building the Linux kernel. In effect about ensuring that the “-march=native” compiler flag is set for the kernel build for optimizing the Linux kernel build for your processor being used. Back with Linux 6.16 I ran some benchmarks of the Linux kernel build with X86_NATIVE_CPU to gauge the impact. Now with the current Linux 6.19 kernel and some different hardware, here are some additional on/off benchmarks for evaluating the impact of the Linux kernel build with X86_NATIVE_CPU…

InputPlumber 0.70 Released With Expanded Hardware Support

InputPlumber 0.70 is out today as the newest feature update to this open-source input router and re-mapper daemon for Linux systems. With more gaming handhelds coming to market and other controllers as well as the upward trajectory of Linux gaming, InputPlumber is becoming more applicable for this daemon to combine various input devices into different virtual device formats…