because it tends to include a previous version of the driver, which causes install/uninstall havok
To be fair, this is a packaging/distro problem, as CUDA should always work (and be kept in sync with) the newest graphics driver.
ROCM and OpenVINO (AMD and Intel) are even more of a pain, actually.
I don’t even know what they’re using the SSDs for.
Most businesses are too stupid to train their own models from scratch, and won’t use “foreign” ones so they won’t finetune them either.
On the inference side… SSDs aren’t used for much. Just storing Docker stuff/dependencies and model weights for the initial load, and that’s it. Maybe some data for bulk processing, but that’s no different than existing software. The one niche may be KV cache swapping for re-using prompt prefixes, but this is limited and being obsoleted by new attention mechanism.
So WTF do they even need SSDs and HDDs for? Honestly it feels like FOMO purchasing.
A lot of scientists, tinkerers, 3D renderers and such would love cheap A100s and up.
On the contrary, I don’t think they will get cheaper. Somehow they’ll get bought back and trashed (like Nvidia has done in the past), hoarded, tasked with busywork, something that that.
1st party engine devs have been stuck in dev hell, mostly. There are some exceptions, like you said; I’d cite Decima as another success.
But think of EA’s Frostbite, Cyberpunk 2077, Halo Infinite, Clausewitz, BGS, many more. Especially indies that try.
It’s not just that old games crunched, but making a new engine that supports modern platforms and modern hardware is just an immensely complex task. There’s just too much to worry about.
The best success seems to either come from:
Hyperfocusinf one’s engine’s scope to one game niche. Larian’s divinity engine, for example, makes BG3-likes; that’s it, that all it does. It cannot make an FPS or even a different RPG.
Engine shop very, very carefully. For instance, KCD2 leaned into CryEngine’s strengths hard, especially that dense, well-lit European foilage.
And either case needs a lucky roll of the dice anyway. See: Cyberpunk 2077 in utter dev hell (even if they eventually pulled out) from wrangling their engine. Or the latest Borderlands being a technical wreck even though they basically invented Unreal Engine alongside Epic.
globalists
This person is so close.
Billionaires. They hates billionaires, and what they’re doing to the planet. He/she just doesn’t realize it yet.
Maybe they will if they starts writing lyrics and one song ends up eerily close to RATM.
AAA expectations are astronomical, AAs take some extra time to keep up, and indies that actually make it take the time to do their own thing, otherwise they’re almost certainly part of the vas, unseen sea of failed indies.
Also, oldschool game dev was toxic. It had some serious crunch culture, just to start. But I think it also attracted talented devs into “sweet spot” dev team sizes; not too big or too small.
And now, if you do software and want to make any money or provide for a family… well, you don’t do game dev. And that phenomenon has gotten worse and worse.
It’s language for people who advertise they know something about “AI,” but couldn’t implement it if their life depended on it.
TBH I’ve never heard that one, but it sounds like they’re trying to use “gradient descent” in a sentence.
That’s amazing. It’s almost hard to believe, yet it sounds about right.
That makes sense.
Heh. Spotify used to stream 384K Vorbis, which should be sufficient. But now the web app is apparently AAC. And the app-apps are conspicuously listed with “equivalent to” bitrates, whatever that means:
https://support.spotify.com/us/article/audio-quality/
Very high: Equivalent to approximately 320kbit/s
Behold:
5.4 Electrical Conductivity Measurement This method includes electrical impedance spectroscopy (EIS) and dielectric analysis (DEA). The physical state of a material is measured as a function of frequency in EIS and the frequency ranges from 100 Hz - 10 MHz. It is simple and easier technique used to estimate the physiological status of various biological tissues49-52. Experimental frequency response of impedance is characterised by electrical equivalent circuits of materials. The physical properties of materials can be quantified by monitoring the changes in parameters at the equivalent circuit, among various equivalent models proposed53-54. DEA measurement is used in high frequency areas, generally 100 MHz - 10 GHz. DEA is used in moisture estimation and bulk density determination
So a overripe banana is an interesting high-pass filter, kinda like a capacitor, though the big takeaway is the conductance vs ripeness.
So if you want to test if a banana is ready to eat, hook it up… preferably with several other bananas in series. If the music is too loud, they are ready. Too quiet, and it’s not time yet.
I did a blind test, and found it depends on the genre.
Slow, chill music is completely transparent when compressed, no matter how hard I “audio peep.” It’s not even a question.
But something “dense” like System of a Down has audible distortion. It loosely (not always) coincided with the bitrate of the flac files, which kind of makes sense, though even the extreme end is hard to notice unless you know the particular song very well.
Also… a lot of recordings kind of suck. It’s crazy to worry about tiny bits of distortion when a bit perfect master is already noisy and distorted.
It’s been like this for decades, according to my dad. Well before the internet.
You can still buy the Framework Strix Halo board (with 128GB RAM) for $2k. For now.
I have a 3090, yet I’m still seriously considering it. The CPU itself is an engineering marvel, not to speak of the ridiculously fast RAM and IGP.
Only caveat is you better be a Python/Linux person. As you will be building forks and beating your head against the screen to get the setup working right.
Friend, this is 2026.
Clickbait is mandatory. Get your reason out of here.
It’s not! Use SonoBus; it’s dead simple, and superior to Discord. It’s far lower latency, with customizable filters, peer-to-peer; and totally free.
Now if you want emojis and video and rambling channels and stuff, you will have to go elsewhere.
I’m sure many did, sadly.
Shame they didn’t go Intel. Arc is good, and they could have gotten around TSMC supply constraints.
It’s the strategy!
It’s the 2020s. There’s no such thing as bad attention.
I mean, I saw the community, yet I had to think of it.
It’s “nottheonion” adjacent.
Thats just poor distro support, kind of like CUDA in the past… ROCM should “just work” if it’s shipped right. But it’s not really a priority with maintainers.
Now, if you’re trying to run CUDA stuff with ROCM, that’s a whole different story. The bast majority of GPU software has extremely poor ROCM support compared to CUDA, and some of this is definitely from AMD footgunning.