I think they should start aiming for 20B models along with 32B and 7B. Usually 7B is enough for a 8GB GPU, 32B requires a 24GB GPU for decent quants (I can fit a 32B with IQ3_XXS but is not ideal) while 20-ish B models (such as magistral or gpt-oss) are a perfect fit for 16GB GPUs
Depends heavily on the architecture too, I think a free-for-all to find the better sizes is still kind of ongoing, and rightly so. GPT-OSS-120B for example fits in around 61GB VRAM for me when on MXFP4. Personally, I hope GPU makers instead start adding more VRAM, or if one can dream, expandable VRAM.
Olmo 3: Charting a path through the model flow to lead open-source AI
41–50 of 135 posts
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#42I don't know about you lot, but everything about the chart (Base Model Training / Post-Training) made my blood boil.
- The twin Y axes run to different ylims (50, 100 on left, 30, 80 on right). This is misleading in itself, as you're measuring two different things, but unforgivable when points are connected across the two subplots. This implies continuity in measurement, which does not appear to be the case.
- No x axis label, what is the time series supposed to represent? Is it even a time series?
- It doesn't even have a chuffing title, or the slightest or the slightest explanation of what it's supposed to represent.
Charts should explain and explore, not confuse and mislead. See me after class.
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#43Earlier quoted context omitted.
Every time a new model is released, there are a bunch of reports or written experiences about people using the model with software that seemingly doesn't support it. GPT-OSS really made that clear, where 90% of the ecosystem declared it broken, but most people were using dumb quants and software that didn't properly support it. Guess we'll repeat the same thing with OLMo now.
There are a bunch (currently 3) of examples of people getting funny output, two of which saying it’s in LM studio (I don’t know what that is). It does seem likely that it’s somehow being misused here and the results aren’t representative.
Otherwise, in that early period of time, only use the provided scripts/tools from the people releasing the model itself, which is probably the only way in those 2-3 weeks to be sure you're actually getting the expected responses.
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#44Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#45Earlier quoted context omitted.
Depends heavily on the architecture too, I think a free-for-all to find the better sizes is still kind of ongoing, and rightly so. GPT-OSS-120B for example fits in around 61GB VRAM for me when on MXFP4. Personally, I hope GPU makers instead start adding more VRAM, or if one can dream, expandable VRAM.
Unlikely to see more VRAM in the short term, memory prices are thru the roof :/ like, not subtly, 2-4x.
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#46In most cases, I'm only seeing models like sonnet being just barely sufficiently for the workloads I've done historically. Would love to know where others are finding use of smaller models (like gpt-oss-120B and below, esp smaller models like this).
Maybe some really lightweight borderline-NLP classification tasks?
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#47I asked it if giraffes were kosher to eat and it told me: > Giraffes are not kosher because they do not chew their cud, even though they have split hooves. Both requirements must be satisfied for an animal to be permissible. HN will have removed the extraneous emojis. This is at odds with my interpretation of giraffe anatomy and behaviour and of Talmudic law. Luckily old sycophant GPT5.1 agrees with me: > Yes. They h…
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#48What are some of the real world applications of small models like this, is it only on-device inference? In most cases, I'm only seeing models like sonnet being just barely sufficiently for the workloads I've done historically. Would love to know where others are finding use of smaller models (like gpt-oss-120B and below, esp smaller models like this). Maybe some really lightweight borderline-NLP classification tasks?
For us it’s classifiers that we train for very specific domains.
You’d think it’d be better to just finetune a smaller non-LLM model, but empirically we find the LLM finetunes (like 7B) perform better.
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#49Earlier quoted context omitted.
Unlikely to see more VRAM in the short term, memory prices are thru the roof :/ like, not subtly, 2-4x.
Well, GPUs are getting more VRAM, although it's pricey. But we didn't used to have 96GB VRAM GPUs at all, now they do exist :) But for the ones who can afford it, it is at least possible today. Slowly it increases.
Re: Olmo 3: Charting a path through the model flow to lead open-source AI
#50What are some of the real world applications of small models like this, is it only on-device inference? In most cases, I'm only seeing models like sonnet being just barely sufficiently for the workloads I've done historically. Would love to know where others are finding use of smaller models (like gpt-oss-120B and below, esp smaller models like this). Maybe some really lightweight borderline-NLP classification tasks?
7B models are mostly useful for local use on consumer GPUs. 32B could be used for a lot of applications. There’s a lot of companies using fine tuned Qwen 3 models that might want to switch to Olmo now that we have released a 32B base model.