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DaPorkchop_

@DaPorkchop_@lemmy.ml

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DaPorkchop_ ,

I can assure you that before I set up Cloudflare, I was getting hit by SYN floods filling up the entire bandwidth of my home DSL2 connection multiple times a week.

DaPorkchop_ ,

Yeah, but even without network time updates your device's internal clock is probably accurate enough to be able to tell if 2 years have passed or not. If it has an error of ≥2 years per 2 years, you need a new clock.

DaPorkchop_ ,

Why does everyone always complain about Nvidia support on Linux? I've been using Nvidia GPUs on Ubuntu and Debian for years and it has never required any more effort than 'sudo apt install nvidia-driver'.

DaPorkchop_ ,

It's a crontab entry which, once a minute, uses the gnome-screenshot program to take a screenshot of your monitor and save it to /Microsoft/yourPrivacy.

DaPorkchop_ ,

How the hell is one supposed to avoid getting any erections? Morning wood isn't exactly something people have any degree of control over...

DaPorkchop_ ,

Keep in mind that the "nm" in the different company's lithography process names are basically just marketing at this point, and don't reflect anything meaningful about the actual size of transistors. As far as I know, we don't really know much about China's latest "5nm" process and how it actually compares to others.

DaPorkchop_ ,

Aside from letting you cram more circuitry onto the same size chip, smaller transistors means you can get better power efficiency and reduce heat output.

Basically, even if you just take an existing design and use it to make chips at a smaller node size, you get chips which run cooler and with less power. Those chips can then get you the same performance with better efficiency (e.g. same speed but better battery life), or you can crank up the speed so that you get more speed for the same amount of power as the original.

And as mentioned above, because the transistors are smaller, you can fit more stuff onto the chip. So you can make even more complex chips which also still run more efficiently than their predecessors (both because of the direct power savings from using smaller transistors, and because designs become more efficient).

DaPorkchop_ ,

I would say the vast majority of people (across all generations) either don't know, or don't really understand how extensive it (the monitoring) is and what the consequences of that are.

DaPorkchop_ ,

I think we're still a very long way away from the point where the hardware for a life-size realistic sex robot is cheap enough for anyone other than a few rich dudes to afford, let alone one which can offer a better experience than a prostitute

DaPorkchop_ ,

I've never understood why so many manufacturers do that (laptops with 1 slot soldered and 1 slot replaceable) it seems like the worst of both worlds:

  • since one slot is soldered only half the RAM can be upgraded
  • since one slot is replaceable the laptop can't be made thinner since they still have to include the latching mechanism for the one replaceable DIMM
DaPorkchop_ ,

Yeah, I know it can be mismatched sizes, the laptop i'm typing this on has 4gb soldered + a 16gb DIMM. My question was more trying to understand why manufacturers seem to prefer using one of each rather than just making both replaceable, since the hybrid approach makes it only partly upgradeable while taking up as much physical space as if both slots used removable DIMMs. Since it seems like this combines all of the disadvantages of fully replaceable and fully soldered RAM with only half of an advantage, why are there so many laptops which do it?

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