101–110 of 173 posts
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Has a proprietary bootloader that Apple can lock in an OTA update. Also doesn't support Linux as well as Intel or AMD chipsets, unfortunately.
Last I heard asahi ran pretty well on M1/M2. Is that not the case?
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A Lenovo Chromebook Plus 14 has a M2 equivalent ARM CPU/GPU (Mediatek Kompanio Ultra/Mali Immortalis G925), and comes with an arm64 Linux VM (Debian Bookworm) ready to go out of the box that supports most regular Linux apps built for ARM (including VSCode, Cursor, Claude code, etc). I use it for my software development daily driver. Battery life is amazing as you'd expect. I've even run local LLMs and have gotten 30…
"If ChromeOS's Linux VM doesn't suit you, you can replace ChromeOS with Linux with a bit of work:" "Installing ubuntu on arm laptops is usually not easy, and the GPU drivers are unavailable in most cases (so, the performance is not great unless you use XFCE/LXDE/LxQt)" I do like to use the GPU, though.
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There’s a guy who offers it for a very reasonable fee in USA. I’ve used his services a few times with great success! Email me, I wouldn’t want to post someone else’s contact info publicly.
This is exhibit A in why Apple needs to adopt 2230 NVMe drives and stop this ridiculous soldered flash storage scam.
Earlier quoted context omitted.
A Lenovo Chromebook Plus 14 has a M2 equivalent ARM CPU/GPU (Mediatek Kompanio Ultra/Mali Immortalis G925), and comes with an arm64 Linux VM (Debian Bookworm) ready to go out of the box that supports most regular Linux apps built for ARM (including VSCode, Cursor, Claude code, etc). I use it for my software development daily driver. Battery life is amazing as you'd expect. I've even run local LLMs and have gotten 30…
"If ChromeOS's Linux VM doesn't suit you, you can replace ChromeOS with Linux with a bit of work:" "Installing ubuntu on arm laptops is usually not easy, and the GPU drivers are unavailable in most cases (so, the performance is not great unless you use XFCE/LXDE/LxQt)" I do like to use the GPU, though.
Tossing Linux on used enterprise laptops is maybe the best bang for your buck machine you can get. They're often time a great value and within three years old. Used multiple Thinkpads and Dells over the years that were fantastic and gotten sub $400. Things I learned to look out for: - Locked BIOS - Look into the manufacturer's repairability reputation. I replaced the entire keyboard on my ThinkPad X1 Carbon and it wa…
With the recent Intel layoffs many Linux drivers are no longer maintained and as a consequence some older laptops don't boot anymore.
Can you tell me what you found breaking as I will have to deal with that.
Tossing Linux on used enterprise laptops is maybe the best bang for your buck machine you can get. They're often time a great value and within three years old. Used multiple Thinkpads and Dells over the years that were fantastic and gotten sub $400. Things I learned to look out for: - Locked BIOS - Look into the manufacturer's repairability reputation. I replaced the entire keyboard on my ThinkPad X1 Carbon and it wa…
Can back this. Many years ago I purchased a Dell Latitude from eBay. After messing around with a 3D printer, there was a short of mains voltage onto the USB line, frying the laptop and tripping the house electrics. I contacted Dell asking for a schematic of the PCBs thinking that I had blown some components, but they informed me that the laptop was still under warranty thanks to the original business purchaser (by ju…
Tossing Linux on used enterprise laptops is maybe the best bang for your buck machine you can get. They're often time a great value and within three years old. Used multiple Thinkpads and Dells over the years that were fantastic and gotten sub $400. Things I learned to look out for: - Locked BIOS - Look into the manufacturer's repairability reputation. I replaced the entire keyboard on my ThinkPad X1 Carbon and it wa…
> Things I learned to look out for: Don't buy any recent Intels. Some Intel ThinkPads have accelerometers built-in just to throttle your PC to oblivion when it moves. Basically unusable in any moving vehicle such as a train. It's basically anti-portability baked-in. When it doesn't throttle, it just has abysmal battery life compared to AMD Ryzen ThinkPads of the same generation. Both lose horribly to Apple's ARM chip…
Tossing Linux on used enterprise laptops is maybe the best bang for your buck machine you can get. They're often time a great value and within three years old. Used multiple Thinkpads and Dells over the years that were fantastic and gotten sub $400. Things I learned to look out for: - Locked BIOS - Look into the manufacturer's repairability reputation. I replaced the entire keyboard on my ThinkPad X1 Carbon and it wa…
> Things I learned to look out for: Don't buy any recent Intels. Some Intel ThinkPads have accelerometers built-in just to throttle your PC to oblivion when it moves. Basically unusable in any moving vehicle such as a train. It's basically anti-portability baked-in. When it doesn't throttle, it just has abysmal battery life compared to AMD Ryzen ThinkPads of the same generation. Both lose horribly to Apple's ARM chip…
As an "ultrabook" it came with 16GB of fast SSD which could be used as a cache via some Windows-specific Intel feature, while main storage was a slower spinning disk.
As Linux did not support cache feature, I thought I can just format it as ext4 and use as a storage for things which can benefit from more iops, e.g. running DB tests. And as SSD technology was still rather new at that time, I started with running some IO benchmarks.
Well, it survived formatting into ext4 and few minutes of that IO benchmark, then it became permanently unresponsive.
My guess is that wear-leveling algorithm was designed specifically for the FS originally had (some version of FAT?), and different FS caused it to corrupt some internal data structure, so SSD's controller firmware went into panic on each boot.
Unfortunately, this added few minutes delay to boot as Linux tried to communicate with unresponsive SSD controller, but otherwise laptop worked fine...