They might need access so that widgets can work?

I use Lawnchair which is FOSS rather than some company scraping data (like Nova which was bought by an analytics company and is being shut down)

Sorry this isn’t very clear. You’re saying who is a what now?

How familiar are you with Linux? If you’re new to it, pick something mainstream with lots of support and advice out there. I usually recommend Mint as a starter distro - it’s well supported, easy to use and doesn’t have the downsides of a distro like Ubuntu.

If you’re familiar with Linux then I’d recommend a point release distro and not a rolling release distro. Rolling release are cutting edge but that means much more opportunity for things to go wrong which isn’t a good thing to deal with if you’re new to Linux.

Beyond that, most distros dual boot well with Windows (although Windows is not well-designed and can occasionally break the bootloaders as others have said).

I’m on OpenSuSE and recommend it; it’s well designed with good tools in the form.of YaST. I’m personally not a fan of Fedora but I know a lot of people swear by it as a distro. Of the big distros I’d basically only really avoid Ubuntu because of how Snap is forced down people’s throats. I’m also personally not a fan of immutable distros due to the reliance on Flatpak and other downsides but your milage may vary.

Regardless, dual boot with Linux and Windows is a good solution. It’s how I got into Linux; my main PC still has a Win 10 partition which I don’t use but keep as a backup. My laptop and a living room.Media PC are pure Linux.

I’d say Win 11 in a VM is an alternative route for those few apps but I find windows is a bit laggy even on a decent PC. It’s perfectly usable - I’ve run Office and even windows at dual 4k without major issue, but there is a noticeable albeit small input lag and slowness in rendering the desktop that I found just annoying enough to put me off (even at 1080p single screen to be clear).

From reading it seems Win 11 does work fine if you pass through a discrete graphics card for it to use but that’s only doable if you have 2 GPUS. You might have that option if your laptop has a discrete graphics card as well as an integrated one. For me it reflects how bloated and poorly optimised windows is, but there are people who report getting Win 11 to work with high end games without issue although it takes some work. Meanwhile I can get Linux VMs on a Linux host to run at near native performance with ease.

There are free alternatives to Nitro Pro but if it’s an essential for you I’d try dual booting initially while.you test but don’t have to solely rely on VMs initially. If VMs do the job then wiping Windows will free up a lot of space and also stop it interfering in your Laptop set up.

Brave is being forced to use Googles version of Manifest 3 meaning ad blockers and anti trackers are crippled in favour of advertisers and Googles ad business. Brave will be including 4 manifest 2 extensions in its backend but that’s it. They’re stuck because Google decided to screw over the entire Chrome based ecosystem.

Mozilla is implementing Manifest 3 differently so the original techniques for adblocking and privacy still work.

So the only choice is Librewolf. Sacrificing privacy and security for smoother animations and Web translation of pages is not worth it.

This version of the article misses important information from the original source Trend Force who issued a report on DDR4 prices which news sites have been quoting.

In addition to the supply constraints mentioned, the original report also cited Trump’s tarrifs which alongside the manufacturing supply slump could cause panic buying in the US specifically. This is speculation but based on the possibility Trump could “issue new tariffs or restrictions related to production capacity against China. This, in turn, may trigger another round of panic buying,”

The original report was posted to twitter with “Tarriff fears may trigger further panic buying”

It’s odd to talk about panic buying and not explain where that has come from. Also odd not to mention Trump’s tariffs when that was a key part of the original report in June.

The absolute basics:

1. Install qbittorrent
2. Install a VPN and run it so that all your Internet traffic goes down it
3. Open a Web browser and search for top torrent sites 2025. There are articles with lists of the big ones.
4. Go to a torrent site and search for what you want.
5. Download the .torrent file and open it in qbittorrent OR copy the magnet link and paste that into qbit torrent. Either will start your download.

Always use the VPN when searching and downloading.

There are lots of steps to make it more convenient - things like using a Virutal machine so the vpn and torrent do their thing while you do whatever else you want on your PC, or setting up a docker Servarr stack to make things more convenient, or setting up a Raspberry pi / other device as a servarr stack. But for the basics all you need is a torrent client, a VPN and a Web browser.

All the extra advanced stuff is just quality of life, like being able to leave it downloading securely 24hours a day or organising your downloads better.

I hope he wore a face mask during that brown nosing, or is face will be smeared in Trump faeces and fake tan.

I find KDE works well with GTK3 and below, but GTK4 apps are set to ignore themes, which is a design decision on the GTK4 side. They invariably look completely odd and out of place as they often force the entire Gnome app UI as well as an unalterable theme.

And then Flatpaks also don’t generally follow system themes as they’re so sandboxed (although there are some work arounds, including making them consistent as flatpaks or allowing them access to the system theme folders to pick up themeing).

But anecdotally I’ve not had the level of title bar variability on KDE as that screenshot. Although admittedly I do tend to actively avoid Gnome apps as I don’t like the design philosophy.

It uses Android Web view which is essentially just Chrome without the interface, and is entirely proprietary. It suffers from all the drawbacks of Chrome based browsers with the added problem of being an Android component so out of much, if any, control of the developers.

This app should not be a serious consideration for anyone who is privacy or security focused. The very first thing a secure browser should be providing is it’s own rendering engine. Even providing it’s own chrome based rendering engine would be more secure than this.

Also in terms of extensions, as it is Chrome based it’s extensions such as uBlock will have the same privacy breaking restrictions as the rest of the chrome ecosystem with manifest v3 which favours Google’s advertising business over user security and privacy.

If she’s going to need a CT scan then it’s a sensible question.

Radiation exposure has risks to foetuses so if there is any chance of pregnancy then the women needs to know so she can make an informed choice about proceeding with a CT scan. In a trauma situation such as being singed following battling a dragon, the CT scan would probably still need to happen regardless.

It’d be interesting project but it seems overkill and over complicatiion when the simplest solution is dual booting and giving each OS complete access to the hardware. Hypervisors for all your systems would be a lot of configuration, and some constant overhead you can’t escape for potentially minimal convenience gain?

Are you hoping to run these OS at the same time and switch between them? If so I’m not sure the pain of the set up is worth it for a little less time switching between OS to switch task? If you’re hoping to run one task in one machine (like video editing) while gaming in another, it makes more sense but you’re still running a single i7 chip so it’ll still be a bottleneck even with all the GPUs and that RAM. Sure you can share out the cores but you won’t achieve the same performance of 1 chip and chip set dedicated to 1 machine that a server stack gives (and which Hypervisors can make good use of).

Also I’d question how good the performance you’d get on a desktop motherboard with multiple GPUs assigned to different tasks. It’s doubtful you’d hit data transfer bottlenecks but it’s still asking a lot of hardware not designed for that purpose I think?

If you intend to run the systems 1 at a time then you might as well dual boot and not be sharing system resources with an otherwise unneeded host for hypervisor software.

I think if you wanted to do this and run the machines in parallel then a server stack or enterprise level hardware probably would be better. I think it’s a case of “just because you can do something doesn’t mean you should”? Unless it’s just a “for fun” project and you don’t mind the downsides? Then I can see the lure.

But if I were in your position and wanted the “best” solution I’d probably go for a dual boot with Linux and Windows. In Linux I’d run games natively in the host OS, and use Qemu to have a virtual machine for development (passing through one of the GPUs for AI work). The good thing in this set up is you can back-up your whole development machine hard drive and restore it easily if you make big changes to the host Linux. Windows I’d use for kernel anti cheat games and just boot into it when I wanted.

Personally I dual boot Linux and windows. I barely use windows now but in Linux I do use Qemu and have multiple virtual machines. I have a few test environments for Linux because I like to tinker, plus a docker server stack that I use to test before deploying to a separate homelab device. I do have a Win11 VM, barely used - it doesn’t have a discrete GPU and it’s sluggish. If you’re gaming I’d dual boot and give it access to the best GPU as and when you need it.

And if you want the best performance, triple boot. Storage is cheap and you could easily have separate drives for separate OS. I have an Nvme for Linux and another Nvme for Windows for example. You could easily have 2 separate discrete Linux installs and a Windows installs. In some ways it may be best as you’d separate Linux gaming from Linux working and reduce distractions.

Yeah it’s not about the Internet and virtual reality or fax machines etc, it was about overpopulation and ecological collapse among other things.

The song was inspired by a trip to an underground city in Sendai, Japan if you read Wikipedia. In the late 90s Japan was a gadget obsessed place with neon signs and screens packed into places like Sendai. Japan had industrialised rapidly over the 20th century and gave the impression of a thriving technology and manufacturing industry.

It was seen as a futuristic place by people from the rest of the world when they visited. Of course in reality Japan was in the first of its “lost decades” of stagnation that’s run from the early 90s to now.

There is quite a range of devices out there now with varying capabilites. Things like the Onion Omega2+, Oranage Pi, and more.

Raspberry Pi also remains good. While the Pi5 is expensive and more powerful - raspberry pi also makes the Pi Zero boards which are cheaper less capable boards which are closer to what the original raspberry Pi was but newer hardware.

I’d say the Pi5 is a heading more towards a full PC like device (hence the comparisons to cost and capability minipcs pepple are making in thia thread). But there remain plenty of lower spec machines out there now similar to the original cheap Raspberry Pi concept. And we’ve had high inflation recently - to some extent the cost perception avtually reflects money being worth less than it was and buying less for $10 or $20.

Laptops are not generally designed to run like that with a closed lid. Heat dissipation is designed around the idea the laptop is open and some of it is through the keyboard surface. The lid closed would change that.

Systems can of course be setup to power off the display but for server/service uses open laptops may not be efficient space wise.

Having said that if the scenario is low power use the heat dissipation may not be a major issue. But if there is an unremovable battery i’d still be concerned about heat dissipation with the lid closed and even just the battery itself regardless of heat dissipiation.

Low power and arm architecture are big differentiators between Pi and laptops.

I totally agree recycle laptops where possible, but they’re generally noisier and less energy efficient plus the battery degrades over time and is a fire risk.

They’re not necessairly a good fit for always-on server or service type uses comparef to a small board like Raspberry Pi. But a cheap or free second hand laptop is definitely good for tweaking, testing and trying our projects.

I’m not hyped by the Switch 2: its expensive, its games are expensive and the launch titles are paltry. It also has competition in the form of the Steam Deck and a range of SteamOS and Windows handheld devices with a huge volume of games available including many at significantly lower prices.

Switch 2 needs exclusives to justify its price and its existence. Switch 1 games with slightly improved graphics (which you have to pay for) and a small handful of launch titles make the Switch 2 a bad proposition for anyone except diehard fans at this point.

At the moment there are no compelling 1st party games in the pipeline. 3D Mariocart and Donkey Kong Bananza seems to be it for now. No new Mario platformer, no Zelda, no pokemon at launch. Everything is old games with better graphics, and much of it available on other platforms like PC with better graphics already anyway (e.g. Cyberpunk 2077 - a 5 year old game which most people have played and is still better on PC or PS5/Xbox; why is that a compelling launch title?).

Nintendo has a lot of work to do - I think there is a real risk the Switch 2 will be a flop if they dont get 1st party exclusives out before the holiday season.

Maybe I’m misunderstanding, but the commands would apply within the zsh, which is a bash alternative, not within the programmes running themselves?

Or are you saying its sus because its illogical/confusing to have opposite uses for tgebsame shirt cut? I can see that as people using a terminal and launching vim would constantly be working against “muscle memory” each time they switch which would be annoying! Being familiar with keyboard shortcuts is what can make terminal based workflows so fast.

Do you have any drives/ partitions set up to load at boot other than the main linux partition?

A common issue can be if linux is trying to mount a partition specified in fstab (the config file that lists all the hard drives to be loaded) and it can’t mount it, it will go into emergency mode. It does this as it assumes the drives are critically important and to prevent any damage to your system. You can mark non essential partitions as “nofail” in the fstab file so that linux continues to boot even if those partitions are unavailable.

If you’d added a USB drive or another hard drive to auto mount at start up and its not available to linux then that might be the issue. Reinsert those drives and linux should boot. Alternatively you can login using emergency mode and edit the fstab file yourself if you know what youre doing. The offending drive can be removed/commented outthe fstab file or the nofail option added.

If your linux install is set to mount your windows C: partition (for file access in linux for example) then its important to know the drive can be locked out by windows. Windows “fast startup” is a very common cause - it basically means windows doesnt shut down fully, it does a fake shutdown (hibernates), and doing this locks down the drive, preventing any access to the C: drive including in linux. If this scenario applies to you, boot into wndows, disable fast startup in the control panel and then try to reboot into linux.

It this works it is still worth using the “nofail” option in fstab for any non essential drives. I personally dont auto mount my windows drive at all anymore; I have it visible in my file manager but manually mount it (just clikcing on it does it) when I need it.

As someone else has said; important to check the model number for the offical guide but if its a LAPQC71 (A, B, C or D) then this covers it: https://manualmachine.com/intel/bqc71abbu6000/8104213-user-manual/

The slots look to be hidden behind your hand in your photo.

The guide says its made for an 80 mm NVME (i.e. 2280). You look to be holding a 42mm (2242) or 60mm (2260) which is too short. There could be screw holes there that aren’t documented but if not you’d have to get an adaptor to extend the length of the NVME to fit. Far better would be to get a drive the right length.

NVME 2242, 2260 and 2280 are all the same in terms of the connection, the only difference is the board length. The longer ones can potentially fit more memory on them so are “better” (good in full desktops for example where there is plenty of space) while the 2242 are designed to fit into smaller spaces like laptops or miniPCs. This laptop seems to be supporting the longer slots which is actually good but unfortunately it may mean your card is not going to be big enough.

It’s always worth reading the manual before upgrade components as it will tell you exactly what slots are available and what standards are supported. There are 2 NVME slots - 1 is NVME only, the other can support NVME and SATA.

Yeah that looks right assuming its the right model; compared to the diagram in the quick start guide, in the picture he’s covering the area where the slots are with his hand and the drive hes holding. This quide for the same model numbers is the same: https://manualmachine.com/intel/bqc71abbu6000/8104213-user-manual/

OP needs to check his model number.

Unfortunately the guide suggests it only supports 80mm length (2280) NVME drives. There could be a screw hole for the 42mm or 60mm sizes but they’re not mentioned. It may be the NVME he has is too small for the design of the laptop. OP is holding what looks like a 2242?

There are adaptors (e.g. on ebay) to add length to a shorter drive to fit into the slot, but the ideal is to buy the right size of the slot.