That solution seems more reasonable compared to foldable screen which induce more stress as usage goes on. Having dual monitor for laptop really benefit for user especially when you deal with reading docs and doing other things (i.e programming).

Tbh 8080 still used to this day although more like in different form (e.g as microcontroller). Was surprised when I opened one of my gaming mouse and found out it use intel 8080 derivative chip as its controller unit.

First of all, I am not an expert (23, Mechatronics grad mostly focusing on Electronics and Hardware) all we can rely on are published documents that we can read.

As we delve into practical answers and from several references that I skim-read through, the correlation between older nodes and reliability exists however enhancing the fabrication process is possible.

This article provides a good write-up regarding the common knowledge of radiation and IC. Ultimately, we shouldn’t overthink what engineers are doing unless we also have a specific interest/being part of the project. Reading/Learning something is fun as long as you know the limit of what you can process at the time and at the same time have the limit of what you should read and should not. Again, I am not an expert; I only provide knowledge that is published and based on my limited understanding. Besides I found it interesting to dig for information from published documents :)

As much as skepticism, MIPS itself is old. Besides, good press (yet they don’t fully open the details) can boost their publicity (if you understand what I mean).

References:
Appendix Three: Space Radiation Effects on Integrated Circuits, NASA
Radiation effects in the electronics for CMS, Faccio, F., CERN
Common misconceptions about space-grade integrated circuits, Shunkov, V

As long as the bare necessities is available e.g 14" with HDMI, 2 Type C with PD and DP Alt, MicroSD/SD card reader, smart card reader(?), 2 USB A 3.1, 1x 3.5mm jack, 1x ethernet port, kensington and easy maintenance, for me it’s enough. VGA connectors (dang those older projectors) can be handled with VGA to HDMI adapter.

My daily device is T14 G1 AMD with dualbooting separate SSD (M.2 WWAN slot used as SSD).

Considering Threadripper also act as “bridge” between Ryzen and Epyc, and having tremendous I/O (PCIe lanes, quad channel memory, and definitely PCIe connectors) it is possible that AMD just don’t want to waste some dies and sell them as is with reduced price. Same as like 5500GT ryzen which really weird being cut down 5600G without igpu and having less cache (than 5600) makes it slower than Ryzen 5 5500.

Other than that it kind of weird enough as if you can afford the Threadripper platform, you definitely can get the higher core count to feed your PCIe storages, the fast Ethernet interface and the quad channel memory.

Pretty sure for outer space application they have to understand that the chip need to be shielded and withstand the radiation. Single bit flip if not handled correctly could result in chain reaction.

As long as they succeed in doing so. It is good for competition. But yeah without transparency/a publication, the claim can be iffy not to mention you can interpret “advanced” as coming from previous iteration.

Ah the Tiny10 and Tiny11, never tried them before because I thought it can be buggy when windows update happen (heck even normal windows update can brick grub bootloader).

Maybe I will try to compare them against LTSC IoT just for shit and giggles sake of performance different before M$ phase Win10 out.

While I also have those Win 10 and 11 LTSC versions on my ventoy drive, I just wondering whether you can tweak further aside of uninstalling stuff through powershell and disabling services through registries because I just enjoy being superuser (questioning what is referred in this post image).

Yes I like collecting OS images and troubleshoot toolkit isos as Im being “IT Support” on my circles.

EDIT: I will read every comment on this post in case someone on comment have already elaborate further.

Yeah, setup win 10 install on qemu may need to jump some hoop, especually when you want to enable features like gpu pass through.

Although qemu may not be as easy as virtualbox/vmware, the performance is worth it.

Is there any guide to install this Debloated Windows? 🤔

So far what I used is to use debloater script and also to disable that windows update service related stuff. Just wondering whether there is more unhinged part in it.

Also no custom rom android image? because technically it use older and customized linux kernel.

Nvidia Thermi Fermi never forget

For games, you’d rather use game repacks as they sometime provide smaller package for downloading. The most common one are dodi, fitgirls, though other repacker like el amigos, KaOs krew, Mr Dj also available. If you don’t mind ddl, cs-rin.ru and torrminatorr also available.

Avoid IGG-Games they have shady history in case you use public tracker.

remember rtfm! Megathread, wiki, fmhy are available so you can browse easier as provided by the community.

From my experience, I can install several repack without any issues on my Mint install (using wine). If you overwhelmed, the easiest way is to add the .exe of your game as non-steam game through the steam and the proton will handle the rest assuming you won’t find dependency issues, if you stumble across problem try to search protondb for solution.

Personally I run my games with wine because I couldn’t figure out how to make use of bottles and lutris (ye I’m weird).

EDIT: Also you can run your modded games on Linux, so far I have tried modded nfs mw (2005) with hard+, underground2, and new vegas, they are works like on Windows.

If shit happen, rtfm. gl op on your journey!

I wonder what makes them choose rk3588 considering rockchip abandoned the software support as most of software maintainer are the community🤔. Not to mention one of the maintainer that brought fairly recent kernel for rockchip SoC also went away.

Previously I had Orange Pi 5 that happen to have this rk3588 SoC, unfortunately once I discovered that the gpu driver is lacking I went back to x86 based solution (retro emulation station setup).

Maybe this resources can help your local LLM project.

I see you seem fascinated by NPUs, here is probably one of the most recent publications that discuss performance comparison between NPU, GPU, and CPU for Edge computing case using YoloV5 model. And here’s another benchmark provided by Google for its TPU product (Google Coral).

Given the circumstances, it’s unlikely for current generation NPU to fulfill those heavy data tasks like upscaling video or generating video but for something like Edge computing they provide fairly performant solutions at affordable prices (in the case of NPU you can get them on Single Board Computer using Rockchip SoC especially RK3588 one). If you’re using Raspberry Pi 5 or other SBC, you can get Google Coral (M.2 or USB version).

Lastly, as recent as July 28th 2024, Anandtech AI benchmark on the new Ryzen AI 9 HX 370 still using CPU because the software to benchmark the NPU modules isn’t available yet for desktop environment to prevent any bias in result.

Imo NPU for average consumer usage is still niche (compared to something like CUDA/Tensor cores). Just like TPU, NPU is just another hardware acceleration for specific tasks that most of average user can be fulfilled with CPU/GPUs.

Woah, thanks for dropping the link. I did disable w10 update by modifying registry for each services which time consuming.