Personally, I really would not advise dual booting because the hassle is not really worth it, unless theyre on seperate drives.

It is because of mbr vs gpt partition and some weird bs from laptop manufacturers

Mbr are mostly on older systems and could only support up to 4 partitions, legacy boot works on this, so if someone decided to add another os, it adds another partition and most likely to jank that persons pc

Gpt is newer, could support more than 4 partitions, runs only on efi, so someone would be like, cool, why not set my drives to gpt instead

Unfortunately, most laptop manufacturers do some bs called instant lock to secure boot if you change to efi boot, the problem with secure boot is that it only works on 1 os, the manufacturer of that laptop already decided that you’ll only run 1 os and its windows, so dual booting on efi is a no go

So if you really need windows in a linux machine is vm, try vm. Most vms support pcie passthrough, (unless acer has some weird implementation).

Or the other way around, nuke your linux then return to windows.

Or if your laptop has 2 drives, then you can go 1 drive linux, 1 drive windows.

What i usually do nowadays when doing a fresh intall of windows is by using winNTsetup because it avoids too many steps if you have already decided to nuke the drive. You can download it from majorgeeks or have it preintalled on most portable windows like hirens, dlcboot or medicat.

Edit: oops my bad, sry, i got some bad reading comprehension, youre doing dual boot, ignore what i’ve said.

Dual boot is troublesome, even if you managed to make it work, it could mess your system, like for example, a windows update that could mess your grub partition thats why most people avoid it and use vm instead( qemu, vbox, etc.)

thank you for your responses and sry i forgot to add,

Im not super familiar with the pc hardware market and im not sure if this is a riffoff price

My old i5 540m died and i was thinking of getting a n100 laptop, but the cheapest i can find is around 350 in USD and after checking the benchmarks, theyre not way off compared to an i5 6200u, so that kinda caught me off in a weird dilemma.

It’ll most likely to be a linux machine.

Aside from negative nature consequences caused by humans, they also eat themselves…so yea…sad.

My only concern to these machines is that if theyre running an intel chip, its most likely to have intel ME which is a QOL stuff but a potential backdoor. Luckily, these cheap mini pcs has most of the time, an unlocked bios, so it is easier to pull the bios bin, patch it with intel ME removal and then reflash the patched bios.

I find the US branded ones (HP, DELL, etc.) more pain in the ass to patch the bios because most of them has locked bios. Doable but a pain in the ass for sure.

Both looks inbred, but not too inbred to have genomic erosion

HyperV4every1 version whateverthefuckitis

Cool

For bloatware, this is what I use if you have access to adb https://github.com/Universal-Debloater-Alliance/universal-android-debloater-next-generation/

As for privacy, I cant think of any approach for base roms aside from piping your connection through a vpn that screens every IP or domain from that device whatever it reaches to. Unfortunately, I dont know any vpn that could do that.

“Rural” Robo cop

Until the bubble bursts

That is some knowledge I wish I never learned.

Why, instead of safely entering a BIOS setup

effiency and lawsuits, phones has embedded hardware, its a bit op to have that initial hardware calls for a embedded hardware system.

BIOS is initally an IBM tech

_does the cell phone brick when installing the Custom ROM wrongly? _

Android is based on linux, that includes the partitioned bootloader (mostly grub on linux and fastboot on android, they’re not technically the same but the idea is somewhat related) if that partition is messed up then its most likely not to boot

Wouldn’t this protection be better for users? I mean, this could be done through ADB.

Android is owned by a corporation, I dont think that will be their primary objective

Also, do you think it’s possible that this way of doing things will come to the computer, with ARM hoping to gain a good share of the market and all?

ARM is mostly a cpu design corporation that offers license fee to other companies to manufacture thier cpu designs, they’re everywhere. It depends on thier licensees what to add to make profit.

As much as I want to agree to this, a part of me screams “STOP FANBOYING CORPORATIONS”

Lemme tell you a short story about bait and switch

We all know that android is a collaboration of companies to have an open handset ecosystem (which is weird, because these are companies driven for profit)

one of these companies is quallcomm, they were so nice that they released an open source “bridge” for devs to thier hardware called codeauroraforums

Thier marketshare grew and the performance of thier hardware were miles ahead the competition

Then it came when these “subpar” and cheaper semicons caught up on thier performance and also…covid happened

it shrank quallcomms earnings, made them to make some “decisions” and one of them is killing codeauroraforums, switched thier “opensource” stuff to codelinaro in which, all of the hardware supported are devkits of thier struggling snapdragon x

In addition to these decisions to increase earnings, they also made a deal with microsoft to make laptop chipsets (just like what apple did. Unfortunately, barebone windows on arm is different from windows on snapdragon unlike apple with thier walled garden wherein they’ve designed thier chips inhouse)

now they’re finger pointing who’ll support that thing, lmao

So…uhm…yea, stop fanboying corporations and thank you for listening to my ted talk

btw AMD is cool with linux…for now

It is super limited with the qualcomm chipsets, its mostly dev boards or thier struggling current platforms like oryon. Unlike CAF where the source code will be released after a week or so the chip has been announced, sometimes they mess up and leaks something up.

Thanks, I think I got 24awg cca before I swapped them to pure copper, and now I also think, I wanna re crimp all of my connectors using staggered ones lol

Also learned this the hard way, when i was starting my “homelab” , I bought a box of (not knowingly that its bad) cheap CCA(copper clad alum) cat6 cables and im wondering why are my access points not negotiating to gigabit, turns out cca are trash and shouldn’t be used on POE or even on high speed trunks, learned my lesson now and swapped my cables to pure copper, they are more expensive like 100$ more expensive but at least they do the job.

This is why i want a freakin 3d printer fr

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