Holy moly, this comment section.

Good job for defeating my very low expectations, Lemmy.

Is there a notable preorder discount?

If no, then don’t.

The only case would be if you know you’re going to buy it anyway, even if its bad (just to support the franchise or something like that), and if there’s a preorder discount. Otherwise there’s no logical reason to preorder.

They don’t even need to dampen, just redirect. Pay engineers to make them specialized tools, don’t waste so much money on GPUs, and give part of the compute to the community to tinker with, instead of hoarding it and doing squat.

No, they don’t.

They’re surrounded by yes men. And from everything I hear them say, they don’t understand the first thing about how LLMs actually work.

It’s not a guess. Look at the price of any PC now. Or wholesale prices of individual components like CPU trays or RAM ICs.

$1000 is basically impossible for the specs it has. Even if they sell at break-even cost, it’s not even close.

No one knows the actual price tag will be, of course, but there are practical minimum bounds.

Hence, if that’s your limit… you should definitely plan on the Steam Machine being too expensive. Maybe consider a used AMD 6000 series GPU in one of your servers.

More GPUs =/= better AI.

More data =/= better AI.

More tech bro “superstars” =/= better AI

This is what people like Musk and Zuckerberg don’t seem to understand.

Training scales very poorly past a certain cluster size, especially if you go for new architectures to actually pursue improvements, hence reports of GPUs being tasked with busywork just to meet utilization quotes. Increasing data size and training scale hits diminishing returns, quick, or even regresses models because the bulk data is shit and the model is too inefficient. A prime example: Llama 4. “Superstar” AI engineers are better and Tweeting and sycophantic gaslighting than coding something interesting.

In other words, I’d argue there’s a much smaller “sweet spot” for pure LLMs that these billionaires are way, way past. And no one is telling them no because they’re too rich to hear it. It’s all going to collapse on itself because scaling like that just does not work.

Many games are sold on 1st party storefronts. Sometimes even indie ones, like Rimworld. I’d say they are less likely to yoink the game since they own all the rights, and they’re often downloaded as DRM-free executables.

So I’d check, in order:

• GoG

• The game dev/publisher storefront.

• Some storefront with a DRM-free download. I noticed EGS (for example) does this for many of their giveaways.

• Steam, as a last resort.

I wouldn’t trust PS5 discs though.

…But you should consider practicality, too.

In practice, your PS5 is going to be your most powerful machine until you get a bigger PC with a GPU. And FYI, the Steam Machine will not be $1000, not even close.

That, and launching less intense games on your Deck is way more convenient if bought through Steam. Otherwise you have to deal with some intricacies of Proton and controller remapping to get them running.

So the PS5 discs aren’t impractical. Steam isn’t impractical. They should launch for a reasonably long time.

All part of the plan, so you subscribe to game streaming.

7900s, 4090s, and 5090s will become “forbidden technology” like you see in post apocalyptic fantasy where tech is magic. But also “idoocracy cyberpunk,” as human production is diverted to launching GPUs in space which engineers… awkwardly task with busywork.

You think I’m being hyperbolic. I am not.

Agreed…

It’s crazy it’s so controversial. Don’t dance on peoples graves.

It’s terrible for the health of the Fediverse, too. And probably a legal liability.

It’s fun mixed with ADD.

• Hyper research

• Pause, put in to-do pile

• …Repeat

Bonus if it’s something I don’t actually need the product immediately. Like, if you want to talk about every single mirrorless camera on the market and what will come out within a year, with reasonably probability, well. It’s on the top of my head now. And it’s definitely not researched at cost of other stuff I need to do, nope.

To be fair, 100MW is pretty big.

AI doesn’t actually need that much. I’m pretty sure entire models like GLM 5.2 or Deepseek v4 are trained (and served) on a much, much smaller scale than a 100MW cluster.

But if that’s the case… why even invest in orbital data centers in the first place?

Why not desert ones? Why all this cash there instead of actually improving LLM architectures!?

There are so many nested levels of absurdity here. It’s all just total mania, with zero punishment to those doing the funding because they are too rich to feel any consequences.

800K is 526C! You can’t run a datacenter at that.

80C (still very hot for datacenter hardware coolant) is 350K. And there are other challenges, like effects from being in LEO, or proximity to wherever the solar array is.

And this is just one of MANY ridiclous engineering challenges. Another great example is that GPUs, memory, and SSDs get random bit flips in orbit, and the issue gets worse with smaller lithography: https://www.itpro.com/server-storage/high-performance-computing-hpc/367323/hpes-supercomputer-helps-iss-astronauts

There’s tons of spam about “solving” this after the Tech Bro boom, but I don’t really buy anything I’ve seen. Nothing but a bunch of lead (or the Earth’s atmosphere) is going to stop fat gamma rays or extremely fast nuclei.

It already has.

This is misleading.

UBlock has been deprecated on Chrome, for a long time. UBlock Lite is its replacement and will continue to function (albeit with more limited efficacy).

What they are talking about is a complicated series of command line flags to re-enable Manifest V2+installing UBlock from source… But who in their right mind would still be using vanilla Google Chrome and jumping through all those hoops?

It will be an issue for forks like Helium or Ungoogled Chromium. They’ll just have to patch in a native blocker, I suppose.

TL;DR: Headline is wrong.

Chrome users will notice nothing. The end happened a long time ago.

It’s possible, but not economical.

For basically any “space datacenter” scenario, imagine putting that same thing in a vast desert instead. You’ll find it’s easier and an order of magnitude cheaper.

I find it sad that most comments here just focus on the OPTIONAL AI possibilities.

And Google Chrome has absolutely no leg to stand on, there.

I ninja edited, but basically I just don’t see Firefox surviving without “ecosystem leverage” like WebKit, which is permanently embedded in the Apple ecosystem.

Or even Ladybird, which I imagine will be a permanent fixture on Linux systems.

So… however they organize it, Mozilla should take their browser dev experience there. But maybe they could keep Firefox the brand alive, and automatically shift users to whatever the new rendering engine will be.

Alternatively I guess Firefox could stay Mozilla and just adopt WebKit or Ladybird’s engine. “Merge” development efforts across different teams, so to speak, but keep the browser frontend separate.

The brand, development power, and bits from the Firefox codebase they could re-use.

More importantly, Firefox’s devs get to work on something that already has leverage in an ecosystem, eg WebKit for Apple or Ladybird for Linux.

…Do they?

I feel like we are very close to a cyberpunk future where Alphabet doesn’t have to pretend.

And I feel that’s quite dismissive. Mozilla doesn’t have enough development resources as-is, hence the whole original article. And abandoning Servo. And a bunch of other things. If money was a non-concern, they wouldn’t be here.