Comment by GeertB

3 hours ago

Nvidia's been pretty terrible for open source / free software. No need to quote Linus Torvalds here. They want to control what runs on their hardware. They want to you write code against their proprietary drivers and APIs, not directly against the hardware (which these days of course also contains plenty of software, but still).

Don't expect things to go differently this time around. Nvidia wants control over the software stack. Acquiring HF fits in perfectly. The play is long term.

NVIDIA is one of the most open labs.

They even share many of their pre-training and even post-training datasets for Nemotron on HuggingFace; for example: https://huggingface.co/datasets/nvidia/Nemotron-Post-Trainin...

Which other lab shares this?

Yes, there is no question NVIDIA wants to lock you into CUDA and their hardware. But also, they’ve consistently demonstrated the most openness when it comes to model training, datasets, and research; even before the LLM era (e.g. StyleGAN).

There’s also modelscope.cn (china’s huggingface) which is worth checking out. I would not be surprised if one day, we have to use China VPNs to download open weight models.

Nvidia releases some of the most open open weights models, Nemotron 3, which have the full training code open, and most but not all of the training datasets.

Nvidia is a big company. They are good about some things and bad about others.

I think they really do like open weights because they make some of the best hardware for training, and the more open weights models there are, the more people are training and fine-tuning them, mostly on Nvidia hardware.

I feel like Nvidia is one of the better choices for buying Huggingface. Not perfect, but definitely far from the worst.

>No need to quote Linus Torvalds here

Evidently we should, because Linus has been more positive about Nvidia in the last 2 years [0]. I've been using the open driver for years now, for both gaming and CUDA.

[0] https://binarymusings.org/posts/talks/linus-on-ai-linux-in-k...

  • He definitely sounds more pragmatic than before, which is, in a sense, more positive.

    > This is actually one of the benefits brought by AI; it has made Nvidia a good participant in the Linux kernel space. [...] Now, when Linux is so important for AI clouds, Nvidia suddenly cares very much about Linux.

I think this is part of an open-source play. I'm not arguing your other points, I think they're true.

They're trying to mix up the competitive landscape(that doesn't impact their bottom line, and I don't think opensource is eating their lunch), so I don't think this is fake, at least that's my initial take.

Nvidia has hardly open sourced the nvcc compiler, yet no-one here is complaining about why it is closed source.

Modular on the other hand creates the Mojo compiler gets criticised for not open sourcing it immediately and now once they do, no-one cares anymore.

Huggingface was not just a target for open source, but as a force to have open weight models run better on Nvidia against the rest.

  • > as a force to have open weight models run better on Nvidia against the rest.

    this is the crux - if nvidia makes it so that open weights end up running better on nvidia hardware than competitor's, then it's going to prevent hardware innovation and competitiveness in the entire sector.

    It's like as tho General Motors buys out oil refinery to make gas for all, but the gas somehow runs smoother in GM cars.

    • It's a clever move if that's what they're doing. They're restricted in China, and are likely to face stiff competition from Chinese chipmakers in the coming years. Acquiring the largest repository of trainable models and ensuring they run better on Nvidia hardware is probably one of the few moves they have for keeping ahead of the competition. I mean, it would be terrible for the consumer, but it does make me think that NVDA is a decent investment.

  • I assume it's because nvidia is a hardware company that produces world class hardware, and it's a compiler to target that.

    Whereas mojo is a general purpose language, and we're absolutely spoiled for choice on modern languages with open source compilers.

    I'm not saying it's fair or right, I still think mojo is neat, but isn't exactly comparing apples to apples.

    • We can stop with these weak excuses since AMD and Intel have done more for open source than Nvidia has, including their GPU drivers for Linux.

      Nvidia on the other hand has not and the best they have done is a bunch of closed-source blobs which they do more closed source releases than the rest.

      Mojo is open source and targets all GPU architectures for their compiler regardless of the vendor and nvcc targets their own (and both that and CUDA are closed source).

      So this is directly an apples to apples comparison.

  • > no-one cares anymore.

    possibly because it took qualcomm buying them to make that happen.

    • Just say you don't know.

      Mojo was partially open source before Qualcomm bought them, and they were going to do open source it anyway.

      Was NVCC or CUDA ever open source since the lifetime of its development?

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I think it's a plausible play that keeps the AI boom in session for a year or two longer.

Or at least, $13b to stay at the head of the race (or keep the race running) must be worth it to someone's desk.

There's only $50b in datacenter buildout nationally (Source: Gemini, 2026).

So it is a bit of a puzzling choice for what amounts to a pile of software, in my opinion. but I don't know shit.

  • Did you just quote an LLM as a citation? That's not how citations work.

    • "That's not how citations work." (Dude on the interwebz, 2026)

      But more seriously, this is my first time seeing that as well, and I'm not sure I like it. Citing an LLM is a little like citing Wikipedia to me, you cite the primary source the LLM is quoting directly, not the secondary source.

      3 replies →

  • They’re buying a brand, some employees, and some momentum — not any of their software. HF probably does have propriety goodies to make it all run efficiently, but certainly not a billion dollars worth, much less 13!