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Open models by OpenAI

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181–190 of 909 posts

Re: Open models by OpenAI

#181

Disclamer: probably dumb questions so, the 20b model. Can someone explain to me what I would need to do in terms of resources (GPU, I assume) if I want to run 20 concurrent processes, assuming I need 1k tokens/second throughput (on each, so 20 x 1k) Also, is this model better/comparable for information extraction compared to gpt-4.1-nano, and would it be cheaper to host myself 20b?

(answer for 1 inference) Al depends on the context length you want to support as the activation memory will dominate the requirements. For 4096 tokens you will get away with 24GB (or even 16GB), but if you want to go for the full 131072 tokens you are not going to get there with a 32GB consumer GPU like the 5090. You'll need to spring for at the minimum an A6000 (48GB) or preferably an RTX 6000 Pro (96GB).

Also keep in mind this model does use 4-bit layers for the MoE parts. Unfortunately native accelerated 4-bit support only started with Blackwell on NVIDIA. So your 3090/4090/A6000/A100's are not going to be fast. An RTX 5090 will be your best starting point in the traditional card space. Maybe the unified memory minipc's like the Spark systems or the Mac mini could be an alternative, but I do not know them enough.

Re: Open models by OpenAI

#182
I'm out of the loop for local models. For my M3 24gb ram macbook, what token throughput can I expect?

Edit: I tried it out, I have no idea in terms of of tokens but it was fluid enough for me. A bit slower than using o3 in the browser but definitely tolerable. I think I will set it up in my GF's machine so she can stop paying for the full subscription (she's a non-tech professional)

Re: Open models by OpenAI

#183
post #23

Running a model comparable to o3 on a 24GB Mac Mini is absolutely wild. Seems like yesterday the idea of running frontier (at the time) models locally or on a mobile device was 5+ years out. At this rate, we'll be running such models in the next phone cycle.

Okay I will be honest, I was so hyped up about This model but then I went to localllama and saw it that the: 120 B model is worse at coding compared to qwen 3 coder and glm45 air and even grok 3... ( https://www.reddit.com/r/LocalLLaMA/comments/1mig58x/gptoss1... )

It's only got around 5 billion active parameters; it'd be a miracle if it was competitive at coding with SOTA models that have significantly more.

Re: Open models by OpenAI

#185
post #95
post #23

Running a model comparable to o3 on a 24GB Mac Mini is absolutely wild. Seems like yesterday the idea of running frontier (at the time) models locally or on a mobile device was 5+ years out. At this rate, we'll be running such models in the next phone cycle.

When people talk about running a (quantized) medium-sized model on a Mac Mini, what types of latency and throughput times are they talking about? Do they mean like 5 tokens per second or at an actually usable speed?

GLM-4.5-air produces tokens far faster than I can read on my MacBook. That's plenty fast enough for me, but YMMV.

Re: Open models by OpenAI

#186

Earlier quoted context omitted.

It's apache2.0, so by definition it's open source. Stop pushing for training data, it'll never happen, and there's literally 0 reason for it to happen (both theoretical and practical). Apache2.0 IS opensource.

It’s open source, but it’s a binary-only release. It’s like getting a compiled software with an Apache license. Technically open source, but you can’t modify and recompile since you don’t have the source to recompile. You can still tinker with the binary tho.

Weights are not binary. I have no idea why this is so often spread, it's simply not true. You can't do anything with the weights themselves, you can't "run" the weights.

You run inference (via a library) on a model using it's architecture (config file), tokenizer (what and when to compute) based on weights (hardcoded values). That's it.

> but you can’t modify

Yes, you can. It's called finetuning. And, most importantly, that's exactly how the model creators themselves are "modifying" the weights! No sane lab is "recompiling" a model every time they change something. They perform a pre-training stage (feed everything and the kitchen sink), they get the hardcoded values (weights), and then they post-train using "the same" (well, maybe their techniques are better, but still the same concept) as you or I would. Just with more compute. That's it. You can do the exact same modifications, using basically the same concepts.

> don’t have the source to recompile

In pure practical ways, neither do the labs. Everyone that has trained a big model can tell you that the process is so finicky that they'd eat a hat if a big train session can be somehow made reproducible to the bit. Between nodes failing, datapoints balooning your loss and having to go back, and the myriad of other problems, what you get out of a big training run is not guaranteed to be the same even with 100 - 1000 more attempts, in practice. It's simply the nature of training large models.

Re: Open models by OpenAI

#187

Open models are going to win long-term. Anthropics' own research has to use OSS models [0]. China is demonstrating how quickly companies can iterate on open models, allowing smaller teams access and augmentation to the abilities of a model without paying the training cost. My personal prediction is that the US foundational model makers will OSS something close to N-1 for the next 1-3 iterations. The CAPEX for the fou…

I'm pretty sure there's no reason that Anthropic has to do research on open models, it's just that they produced their result on open models so that you can reproduce their result on open models without having access to theirs.

Re: Open models by OpenAI

#188
post #150

Earlier quoted context omitted.

Qwen3 has multiple variants ranging from larger (230B) than these models to significantly smaller (0.6b), with a huge number of options in between. For each of those models they also release quantized versions (your "fewer bits per parameter). I'm still withholding judgement until I see benchmarks, but every point you tried to make regarding model size and parameter size is wrong. Qwen has more variety on every level…

The benchmarks of the OpenAI models are comparable to the largest variants of other open models. The smaller variants of other open models are much worse.

I would wait for neutral benchmarks before making any conclusions.

Re: Open models by OpenAI

#189

Why do companies release open source LLMs? I would understand it, if there was some technology lock-in. But with LLMs, there is no such thing. One can switch out LLMs without any friction.

Partially because using their own GPUs is expensive, so maybe offloading some GPU usage

Re: Open models by OpenAI

#190

Earlier quoted context omitted.

I think it's pointless: if you SFT even their closed source models on a specific enough task, the guardrails disappear. AI "safety" is about making it so that a journalist can't get out a recipe for Tabun just by asking.

True, but there's still a meaningful difference in friction and scale. With closed APIs, OpenAI can monitor for misuse, throttle abuse and deploy countermeasures in real-time. With open weights, a single prompt jailbreak or exploit spreads instantly. No need for ML expertise, just a Reddit post. The risk isn’t that bad actors suddenly become smarter. It’s that anyone can now run unmoderated inference and OpenAI loses…

OpenAI and Azure both have zero retention options, and the NYT saga has given pretty strong confirmation they meant it when they said zero.
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