Your Mac is slowing you down (a rant about file systems)
Benchmarking reveals macOS APFS file system performance degrades significantly compared to Linux ext4 when handling large-scale developer workflows, with deletion tasks taking over 35 seconds on an M1 Max versus under 7.5 seconds on a faster AMD Ryzen machine. Installation times from local cache also suffer a tenfold increase, extending from 4.5 seconds on Linux to 44 seconds on the Mac. These discrepancies persist despite the Mac hardware possessing superior raw drive speeds, indicating that the file system protocol itself creates bottlenecks for operations involving thousands of small files. The data suggests that current macOS optimizations fail to support modern agentic development patterns that rely heavily on rapid cloning and module management.
There’s NO Excuse Not To Try Linux - Guide to Dual Booting
Linux market share on Steam has reached an all-time high, driven by millions in corporate investment from entities like Valve, yet incompatible software remains a primary barrier for enterprise adoption. Dual booting offers a superior alternative to virtual machines by delivering native performance and full compatibility, allowing professionals to maintain Windows for specific legacy applications like Battlefield 6 or video editing tools while running Linux as their primary environment. Modern setups increasingly utilize separate physical SSDs with distinct file systems such as BTRFS and NTFS to prevent bootloader conflicts and ensure system stability during updates. This approach enables seamless transitions between operating systems via BIOS drive selection, effectively eliminating the performance compromises inherent in virtualization while preserving access to critical Windows-only workflows.