I currently have a PinePhonePro and I’m happy that its the real linux experience in phone form factor, I’ve tried searching but couldn’t find a conclusive awnser.

Is sailfish linux in the sense that i can just change compile target and any linux program will work like on the PPP or is it “linux” in the sense that android is linux?

I think everyone has once thought of the idea of taking an sbc and a touchscreen and making a linux phone, cool to actually see one!

Forget that the real evil is that the first character of Int or Ganz in this case is capitalized

The hoodied master hacker hacking the mainframe using HTML…

I really doubt the authenticity of reporting if they use such “tech looking” images

Haven’t used shotcut or openshot but can recommend kdenlive, it has alot of features but I find it a bit clunky sometimes to work with.

For me when I was working on a large project it crashed once and the autorecover worked, although I still manually save since I’m paranoid.

Ive always wondered how it is ever planned to enforce it, is a police team going to bust down my door:

PUT THE UNBACKDOORED LIBSSL DOWN!

Sure companies like meta will comply instantly but everyone that doesn’t use big tech (including criminals) can just continue doing whatever? Why would criminals the one the law claims to stop use backdoored clients?

I’m selfhosting Forgejo and i don’t really see the benefit of migrating to a container, i can easily install and update it via the package manager so what benefit does containerization give?

This deselects the U.S. Patriot system, which is the most tested Western air defense system.

Qatar had American Patriot and THAAD defenses and Israël could strike anyway with nothing being shot down.

Ofcourse we would all rather see it using EU chips but the hard reality is that they don’t exist.

So the tradeoff becomes can this thing produce more value for the EU using NVIDIA chips now instead of using EU chips someday on a hypothetical future date?

And the awnser is probably yes.

Let’s face it, the EU is too weak and reliant to achieve strategic autonomy at the moment.

Many people say this but it doesn’t really made sense to me, if Russia can’t even win against Ukraine how would they ever fight against the EU, our army is both larger and much better equipped then Ukraine.

And it doesn’t look like there is a ceasfire going to be soon so Ukraine will keep fighting which means Russia doesn’t even have the troops outside Ukraine to invade the EU, and if they somehow did then we would reach Moscow by next month.

Threatens? Why is lobbying allowed in the first place?

Why do core counts and memory type matter when the table includes memory bandwith and tflop16?

The H200 has HBM and alot of tensor cores which is reflected in its high stats in the table and the amd gpus don’t have cuda cores.

I know a major deterioration is to be expected but how major? Even in extreme cases with only 10% efficiency of the total power then its still competitive against the H200 since you can get way more for the price, even if you can only use 10% of that.

Thanks! Ill go check it out.

My target model is Qwen/Qwen3-235B-A22B-FP8. Ideally its maxium context lenght of 131K but i’m willing to compromise. I find it hard to give an concrete t/s awnser, let’s put it around 50. At max load probably around 8 concurrent users, but these situations will be rare enough that oprimizing for single user is probably more worth it.

My current setup is already: Xeon w7-3465X 128gb DDR5 2x 4090

It gets nice enough peformance loading 32B models completely in vram, but i am skeptical that a simillar system can run a 671B at higher speeds then a snails space, i currently run vLLM because it has higher peformance with tensor parrelism then lama.cpp but i shall check out ik_lama.cpp.

While I would still say it’s excessive to respond with “😑” i was too quick in waving these issues away.

Another commenter explained that residential power physically does not suppply enough to match high end gpus is why even for selfhosters they could be worth it.

Thanks, While I still would like to know thr peformance scaling of a cheap cluster this does awnser the question, pay way more for high end cards like the H200 for greater efficiency, or pay less and have to deal with these issues.

• I know the more bandwidth the better, but i wonder how does it scale. I can only test my own setup which is less then optimal for this purpose with pcie 4.0 x16 and no p2p, but it goes as follows: a single 4090 gets 40.9 t/s while 2 get 58.5 t/s using tensor parrelism tested on Qwen/Qwen3-8B-FP8 with vLLM. I am really curious how this scales over more then 2 pcie 5.0 cards with p2p, which all cards here listed except the 5090 support.
• The theory goes that yes while the H200 has a very impressive bandwith of 4.89 TB/s, but for the same price you can get 37 TB/s spread across 58 RX 9070s, but if this actually works in practice i don’t know.
• I don’t need to build a datacenter, i’m fine with building a rack myself in my garage. And i don’t think that requires higher volumes than just purchasing at different retailers
• I intend to run at fp8 so i wanted to show that instead of fp16 but its surprisingly difficult to find the numbers for that, only the H200 datasheet, cleary displays FP8 Tensor Core, the RTX pro 6000 datasheet keeps it vague with only mentioning AI TOPS, which they define as Effective FP4 TOPS with sparsity, and they didn’t even bother writing a datasheet for he 5090 only saying 3352 AI TOPS, which i suppose is fp4 then. the AMD datasheets only list fp16 and int8 matrix, whether int8 matrix is equal to fp8 i don’t know. So FP16 was the common denominator for all the cards i could find without comparing apples with oranges.

?

Well a scam for selfhosters, for datacenters it’s different ofcourse.

Im looking to upgrade to my first dedicated built server coming from only SBCs so I’m not sure how much of a concern heat will be, but space and power shouldn’t be an issue. (Within reason ofcourse)

Necessity is the mother of innovation, that is why the Chinese do have domestic manufacturing of processors and the EU doesn’t.

What it will take in my opinion is American processors becoming unviablly expensive (tarrifs) or unavailable alltogether (export controls) for the will/market to arise for EU domestic processors.