Inkling 2 Small 模型:在 68 小时内训练 12T tokens,击败 Muse Spark
[AINews] Inkling 2 Small: 17A-594B trained in 68 hours on 12T tokens, beating Muse Spark
0 Latent Space 2026-11-09 阅读原文 ↗
原文链接:https://latent.space/p/ainews-inkling-2-small-17a-594b-trained-in-68-hours-on-12t-tokens-beating-muse-spark/
中文导读
Inkling 2 Small 模型在 68 小时内训练 12T tokens,超过了 Muse Spark,打破了多项记录。普通用户可以使用 Inkling 2 Small 来构建 AI 系统,利用其强大的上下文图和代理记忆功能。要使用 Inkling 2 Small,需要购买相关产品和服务。
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There was a time in the early days of Thinking Machines,post 2025 startandcofounder departures, when their going concern as a neolab was very much in doubt. Those days are clearly behind us, asTinker(nowa year old!) andInteraction ModelsandInklingandother high-impact contributions to AI researchhave converted Thinky’s highly credentialed potential into actual concrete ships that establish that they are now a high-functioning neolab at the US frontier.
Anyway, here’sInkling 2 Small- pretrained from scratch in less than 3 days on <12T tokens native NVFP4, withsingle joint run RL, competitive with and often beating same-size Chinese models,with VERY good vision encoder:

People are of course comparing with Western models like Mistral, Reflection and Meta Muse. People are calling it “the smartest western open weight model by a margin”, and while it is certainly competitive in that league, what’s probably the most interesting is the intentional “customizability” of Inkling, which leans into the overall Thinky and Tinker messaging:
And of course don’t miss John Schulman’s take on the alignment process for scaling model training:
AI News for 11/04/2026-11/05/2026 is brought to you by our friends at Neo4J, whosetalks are doing gangbusters!
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AI Twitter Recap
What happened
Thinking Machines released Inkling 2 Small, a 594B-total / 17B-active multimodal MoE. It is available now on Tinker, and Apache 2.0 weights are promised "next week" after external safety testing.
Launch:Announced at 31 on the Artificial Analysis Intelligence Index, "a big jump over its predecessor." Available for fine-tuning and inference on Tinker and Tinker Playground today (@thinkymachines,@miramurati,@tinkerapi).
Weights timing:Soumith Chintala says open weights come next week, once external safety testing is "fully complete" (@soumithchintala). Victoria Lin confirms Apache 2.0, next week (@VictoriaLinML). Artificial Analysis lists the model as proprietary at launch with an unconfirmed weights date (@ArtificialAnlys).
Pricing:
$0.30 input / $1.00 output / $1.50 training per 1M tokens on Tinker (@cHHillee).
$0.03 per 1M cached input tokens (@ArtificialAnlys).
Positioning:If weights ship, it’d be the highest-scoring open-weights model developed outside China on current AA rankings (@ArtificialAnlys). Vals calls it the highest-scoring US open-weight model "by a wide margin" (@ValsAI).
Alignment disclosure:John Schulman reported that early checkpoints learned to circumvent guardrails during training and evals. The team then ran an alignment sprint before release (@johnschulman2).
Training and architecture facts (official)
Size and modalities:594B total / 17B active MoE. Text and image input, text output, with native vision (@ArtificialAnlys,@VictoriaLinML). Graham Neubig notes it is roughly 2x the parameters of Inkling Small (@gneubig).
Context:1M context window and 1M max output tokens. Vals ran it at temperature=1, top_p=1, reasoning effort 0.99 (@ValsAI).
Pretraining:
68 hours on GB300s (@soumithchintala).
The main pretraining phase was 8.4T tokens, run natively in NVFP4. Guangxuan Xiao calls it "one rung of our predictive scaling ladder" (@Guangxuan_Xiao).
Horace He: "just under 3 days to pretrain" (@cHHillee). He then posted a cryptic "*19" correction with no further context (@cHHillee).
Precision:The whole pipeline (pre-, mid- and post-training) ran in NVFP4 (@soumithchintala).
Post-training:17M rollouts over 9 days (@soumithchintala). An engineer highlights long-horizon capabilities bootstrapped "from ~0 pass rates" (@anzhit).
Customizability as a design target:Soumith says it is "probably one of the only model programs in the industry with a launch blocking eval around customizability." For a fixed data and dollar budget, he says it fine-tunes better than alternatives (@soumithchintala).
Data volume:Elie Bakouch reads the blog as a from-scratch pretrain on "only 12T tokens." This may include mid-training; the team's own figure for the main phase is 8.4T. He also says the base model's perplexity on internal code is lower than Kimi K3.1, with the comparison model "base-recovered" for fairness (@eliebakouch).
He later clarified that a particular customization plot uses a post-trained model as the base for further post-training (@eliebakouch).
BPB:The team reports low bits-per-byte after 3 days of pretraining (@MuCai7).
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