Is Programming on ARM-Based Laptops a Good Idea?

Generally, ARM handles most programming tasks well, though you might face some graphic rendering issues. I've written assembly on ARM Cortex chips and it works like a charm for most applications. If you ever feel limited by Windows, try a Linux distro on ARM; it really enhances the experience.

I own an ARM Windows laptop and here's my take: while it's great for programming, expect some quirks. AI features pretty much only work with Microsoft Cortana, and some apps like ConEmu won’t run. The battery life isn't as long as advertised when you’re heavily using it for tasks like compiling or running databases. Still, with a good terminal like WezTerm, it performs well overall, although the screen size can be a bit cramped.

ARM is great for server use; I've seen performance on par with high-end x86 models. Just keep in mind that Windows ARM64 isn't fully supported for all software—like MATLAB isn't optimized yet. But if you're coding, it should work fine as long as you research your specific CPU model!

You shouldn't run into major issues as long as your code runs on the microcontroller or it can be emulated. Just make sure your compilers are compatible with ARM and can target the microcontroller architecture you're using.

Don’t write off ARM. The Apple M chips showcase how powerful ARM can be; they outperform many x64 processors. Windows is catching up, and it seems like we’re heading into an ARM-dominated future in laptops, especially with the growing Windows ARM market. Just give it some time!