My C++ projects have a python heavy build system attached where the main script that runs to prepare everything and kick off the build, takes significantly longer to run on Windows than Linux on the same hardware.
The original WSL for instance was a very NT answer to the problem of Linux compatibility: NT already had a personality that looked like Windows 95, just make one that looks like Linux. It worked great with the exception of the slow file operations which I think was seen as a crisis over Redmond because many software developers couldn’t or wouldn’t use WSL because of the slow file operations affecting many build systems. So we got the rather ugly WSL2 which uses a real Linux filesystem so the files perform like files on Linux.
Not much in the PC line up comes close and certainly not at the same price point. There's some correlation here between PCs still wanting to use user-upgradable memory which can't work at the higher bandwidths vs Apple integrating it into the cpu package.
The new MacBook Neo is a less than half the memory bandwidth of the base model MacBook Air.
The metal is more "luxury", though.
This was definitely the case in the Intel era, but I can't say I've had this problem since the move to Apple silicon
I can configure my Snapdragon plastic laptop such that the fan doesn't turn on, so the body being metal isn't a requirement for not turning on the fan...
https://hothardware.com/news/make-your-m1-macbook-air-perfor...
Essentially the bottom cover of the MacBook Air becomes one large heatsink
Anyway, the author claims:
you are the type that likes to work with the MacBook Air on your lap it will be quite a bit more toasty than before.
Does toasty mean extremely hot?
The Apple M4 CPU is, if I recall correctly, capable of converting 20 watts of electrical energy in to heat, at full throttle.
Is that likely to bring the back plate or a MBA above 45 degrees?
You’re probably right, with sustained workloads it could.
Everything’s a trade off.
My body is the heatsink
Yep. I miss my plastic phones too.
One thing to bear in mind is bezels are a lot thinner than they were a few years ago.
~7 years ago, my daily driver was a Latitude E7270 - a 12.5 inch ultrabook with dimensions of 215.15 mm x 310.5 mm x 18.30 mm, 1.24 kg, 14.8 inch body diagonal
Today, an XPS 14 has dimensions 209.71 mm x 309.52 mm x 15.20mm, 1.36 kg, 14.7 body diagonal - and a 14-inch screen.
The 12.5 inch segment hasn't disappeared - it's just turned into the 14-inch segment.
Something I miss from the Windows side is sub-kg machines, at least since Apple discontinued the 12" Macbook. It makes a surprisingly big difference when traveling, especially with Asian carriers that have hard carry-on limits. The Thinkpad X1 Carbon is a fantastic form factor, though the older Intel chips run incredibly hot. I repurposed that as a garage/workshop Linux machine. Unfortunately, the price differences between Mac/Windows also disappear when you start looking at those higher-end machines.
But even in 2018, you could get an X1 Carbon at 1.13kg and 323mm x 217mm x 15.5mm.
1 - https://rog.asus.com/laptops/rog-flow/rog-flow-z13-2025/
My friend, just imagine: Slide screen out of laptop, it's a standalone tablet. Connect some wires to it and you have an oscilloscope. Do some diag. Connect USB buses to it, and read some codes. Carry it around in your garage and take photos of your stuff, the images get recognized by AI and you've updated your garage inventory, it's uploaded to your Homebox running on a mac mini in a shelf somewhere. It has a built in cellular and you can be out in a park taking a picture of a baby owl, mark it with GPS, upload.
When you are done roaming the world loading in data and snapping pics, sit back down, connect the tablet to a keyboard, or even a thunderbird cable for your external display and peripherals, and write up some code or a report. Then in the evening, go play some games, all on the same computer.
It's awesome!
Which thinkpad? Typing on a loaded P16s currently; it's not metal like old MBP or even my travel surface pro, but it feels... fine.
Damn. I was at IBM in the early 2000s and for many decades you used to be able to beat people to death with IBM hardware, including Thinkpad laptops and model M keyboards.
- Was there a lab where they tested beating people to death with IBM hardware?
- Where did they find subjects? Volunteers, interns, exit-interviews from layoff rounds?
- Now that you can't beat people to death with IBM hardware, what do you use instead?
I believe IBM hardware is still applicable for this, the Thinkpad just isn't IBM hardware anymore.
Standard issue for field agents in the corporate acquisitions and consulting divisions.
(Hey, Eric!)
Modular as hell - trivial to swap out batteries, cd-rom bay with an extra SSD, RAM upgrades, keyboard itself.
- VMs, I'm leaning on them more and more for sandboxing stuff I'm working on, both because of the rise in software supply chain threats, and to put guardrails around AI agents.
- Local LLMs experimentation, even pretty big MoE models (GPT OSS 120b) run pretty usably (~10 tokens/sec) with the latest tooling on a 16GB GPU and a lot of system memory.
- Even compared to a fast NvME drive, it's super nice to load a big dataset into memory and just process it right there, compared to working off of the disk.
Fusion + blender + slicers.
Virt machines / docker + dev env
iOS Android web development
16 copies of Claude code, cursor or kiro
Any of that while running arc raiders and watching twitch or YouTube or plex
My gaming PC is usually at 50-70 gb use
My mbp for work is often at 90 and starting to swap.
My personal mbp is only 48gb and often swapping
I have 128 in everything except my smaller mbp personal.
I tried freecad + blender with 8 mil sculpt model + prusaslicer, but that was only 11gb, so I added pycharm + steam and cyberpunk 2099 and that was 19gb.
if your work is around data | software engineering (web backends etc) like me - a MacBook Air tends to be sufficient
At 14", thin-and-light gaming computers like Asus G14 or Razer Blade 14 look decent, or some of the workstation models from Lenovo or HP.
Still, for me, at 13/14", portability and battery are most important, so I am going with Thinkpad X1 Carbon atm (next gen should again allow 64GiB of RAM).