Amen!

I was interested to know if that could work, supply wise.

According to these articles, the series x and the 5 pro aim to draw around 200W in-game.

USB-PD 3.1 (honestly, fuck the USB naming standard, seriously.) can allow for 240W draw.

So, kinda yeah?

Yeah, but how long until it doesn’t come with a power brick, and you have to supply your own?

Seems likely! Not me, but my experience mirrors it pretty closely

It’s roughly the same. I never used the tabbing features, so I can’t comment. But until wayland came along, it was always there for me, working away just fine.

Thirded, foot for me!

I wanted to love it, but I keep getting crashes in mixed dpi environments on wayland.

I moved to foot instead. Bare bones, but unobtrusive enough. Shame the scrollbar is jank.

Or even waydroid if you must have the app

Yeah, though there’s some commandline shenanigans to get a tpm shim set up if you want it for windows 11

The time it took you to write this would have been better spent reading the article:

Because Android isn’t technically “installed” on the Switch, but rather an external microSD card, you can switch between the default system and Lineage at any time.

Running Lineage is a big deal for those of us who have a switch laying around that no longer have a use for it.

• It can be an android tv device replacement
• Buy a $20 goose neck tablet mount, and now it’s a way to play streamed steam games or use the android tv jellyfin client to watch/play stuff without using the main TV
• Bedside clock/radio with loads of extra features
• Dedicated HomeAssistant remote

Or, the basic use case - Play emulated games on a neat handheld package with a decent screen on a plane or something, without needing to carry or buy another device.

Buster’s slightly concerned he’s about to be replaced with bookworm

Could have done with this about three months ago!

Newpipe has to be the choice for android. Also, Tubular is a pretty neat fork that adds sponsorblock and return youtube dislike

You could do it in 6GB of RAM with windows subsystem for linux.

S3 is what people actually think of when they think of sleep mode, or modern standby. The running state of the operating system is stored in RAM, in low power mode. All context for the cpu, other hardware like disks and network is lost and those devices are completely shut down - bar the RAM. Basically, you close the lid at the end of the day, and you’re nearly at the same charge level the next morning.

This saves a lot of power. On my older 8th gen intel cpu laptop, it loses maybe 1-2% charge per day in this mode.

My new 13th gen laptop still has deep sleep, or standby (s3) as a hardware function, but it’s technically not supported. It actually doesn’t work when enabled, and just falls back to s1 (sleep, everything’s still on, just in low power mode). It loses about 2-3% per hour in this mode

S4 (Hibernate) does roughly the same as S3, but the OS state is stored to the disk instead of ram, so that can be shut off too. Now the device is completely powered off, losing no charge while ‘asleep’.

S5 is off

S4 sleep takes much longer to wake up from than s3, so was less desirable. In the modern computing world (especially end user devices), commonly there’s full disk encryption going on, which adds a layer of complexity to resuming from disk, as you would when waking up from hibernation (s4).

Making it resume without putting in a decryption password for example (using a TPM), isn’t simple, and breaks a lot when you do system upgades

As shocking as this might be, I think he’s agreeing, and offering supplimentary proof