> Second, clean data. MAI-Thinking-1 was trained on clean and appropriately licensed data, with AI-generated content excluded from pre-training. This matters for quality, provenance, and control. If we cannot account for what shaped a model, we cannot fully understand its behavior or credibly improve it. Shots fired? It would be interesting to see how far "clean data" can go on the scaling laws.
It's interesting because their last model series (Phi) was based around the thesis that high-quality synthetic data is better than a large pre-training corpus.
MAI-Thinking-1
81–90 of 90 posts
Re: MAI-Thinking-1
#82Re: MAI-Thinking-1
#83Re: MAI-Thinking-1
#84> MAI-Thinking-1 is a 35B-active, ~1T-total parameters, sparse Mixture of Experts model, a smaller inference footprint than much larger models. This seemingly nonsensical sentence (of course this will have a smaller inference footprint than larger models) suggests this model's competitors have larger inference footprints and total parameter sizes.
Re: MAI-Thinking-1
#85Earlier quoted context omitted.
"how many of those shapes are rectangles?" "sounds like zero unless they are squares" Adding "unless" to a statement makes it vacuous if the latter clause is weaker than the first clause. I find it hard to believe that a company willing to violate licenses would have scruples about lying about it.
Adding "unless" to a statement makes it vacuous if the latter clause is weaker than the first clause I think that's the point. "How do I say they're lying without outright saying they're lying?" It's a common rhetorical trick.
Re: MAI-Thinking-1
#86> MAI-Thinking-1 is built with enterprise readiness in mind. It supports long context with a 256k token window Isn’t 1M becoming the norm?
1M it's only marketing, in my experience above 150k quality noticeable drops. Claude code will suggest you to start a new session or compact if you go above 100k.
30k for open source models
Re: MAI-Thinking-1
#87> MAI-Thinking-1 is a 35B-active, ~1T-total parameters, sparse Mixture of Experts model, a smaller inference footprint than much larger models. This seemingly nonsensical sentence (of course this will have a smaller inference footprint than larger models) suggests this model's competitors have larger inference footprints and total parameter sizes.
When would a larger model have a smaller inference footprint? If the larger was MoE and the smaller was dense?
Re: MAI-Thinking-1
#88Earlier quoted context omitted.
I assume they took the actual repos’ licenses info account. I don’t understand why they should ask for permission when the license would already allow for it.
Almost all licenses have requirements to redistribute copies of the work, or derivatives thereof. Even permissive licenses do. It's very little to ask when open source dev's provided thousands of hours of free work. For example, the Apache 2.0 license requires in just 4.c: You must retain, in the Source form of any Derivative Works that You distribute, all copyright, patent, trademark, and attribution notices from th…
Re: MAI-Thinking-1
#89Earlier quoted context omitted.
When would a larger model have a smaller inference footprint? If the larger was MoE and the smaller was dense?
yes, MoE reduces the inference compute requirements (inference memory reqs remain the same)
Deployment looks very different for MoE than dense style models so I would say that it is more nuanced than "inference memory reqs remain the same". Memory can be very different for MoE style models.