Models › MiniMax-01 family

MiniMaxAI Not declared out 21 months ago

456B parameters (2 of 32 experts per token), text in, text out, 9.8M tokens of context. 1 provider serves it from $0.20 per million input tokens.

Verified 2026-10-25 Rank #641 in LLMs · score 73.2 method v1 Sources 4 Downloads 30d 2.8k · #571 of 619 tracked

Can I run it?274GB at INT4Estimateneeds a multi-GPU nodemethod
What does it cost?$0.20/1M incheapest of 1Minimax2026-10-24
Can I use it?Not declaredNo license declared on the model cardlicence file2026-10-24
Do people use it?2.8kdownloads, 30 days#571 of 619 we track · below the median+0 likes, downloads +6% this week657 likesHugging Face2026-10-24

Worth reading

Picked by rule from 4 tracked pieces: the lab's own post, the most shared, a field report, the latest.

Most discussed · 19 HN pts

MiniMax-01, Advanced Text and Vision-Language Models

MiniMax-AI releases MiniMax-Text-01 and MiniMax-VL-01, large language and vision-language models using Linear Attention.

  • MiniMax-Text-01 positions a softmax attention layer after every 7 lightning attention layers.
  • The model employs a Top-2 routing strategy to select experts within its Mixture-of-Experts architecture.
github.com 2025-01-14 19 HN pts · 1 comments 2.4k words about the MiniMax 01 family family
Latest · 21 months ago

MiniMax-01: Scaling Foundation Models with Lightning Attention

MiniMax-01 releases MiniMax-Text-01 and MiniMax-VL-01 using lightning attention and a MoE architecture with 32 experts and 456 billion total parameters, where 45.9 billion are activated per token.

arxiv.org 2025-01-15 3 HN pts · 1 comments 365 words about the MiniMax 01 family family

4 best of 4 tracked

The 2 picks above, plus these 2. Top is the radar's score: discussion, source authority and the lab's own posts, fading with age.

  1. ArticleMiniMax-01 Is Now Open-Source: Scaling Lightning Attention for the AI Agent Eraminimaxi.com · 2025-01-15 · 1 HN pts · official
  2. ArticleHow Minimax-01 Achieves 1M Token Context Length with Linear Attention (MIT)yacinemahdid.com · 2025-04-01 · 2 HN pts

Where to run it

Live hosted endpoints, cheapest first, USD per million tokens. Ties break on output price, then provider name.

#Cheapest live rowIn /1MOut /1MContextQuantSeen
1 Minimax $0.20 $1.10 977K unknown Oct 24

All 1 provider →

Where it's used

Hugging Face does not say who downloads a model or with what. These are the proxies: API providers listing it, quantized builds, fine-tunes/adapters/merges, and Spaces that load it.

Served by 1 API provider; 1 quantized build for local use.

  • As a service1Minimax
  • On own hardware1quantized builds
  • Built on11 fine-tunes · 0 adapters · 0 merges
  • In apps9Hugging Face Spaces

Top Spaces running it: qdqd/story-ai-2.0 ♥ 18 · TeacherPuffy/CreateBook ♥ 1

Will it fit?

Weights only, an estimate: leave room for the KV cache. Method

Needs an 8×80 GB node even at INT4

About 274 GB at INT4, 547 GB at FP8, 1.09 TB at BF16: weights only, so leave room for the KV cache. Every expert must be resident, so total parameters count.

16 GB card64 GB Mac2×80 GB8×80 GBINT4: about 274 GB of weights (estimate; KV cache and activations extra)INT4274 GBFP8: about 547 GB of weights (estimate; KV cache and activations extra)FP8547 GBBF16: about 1.09 TB of weights (estimate; KV cache and activations extra)BF161.09 TB
16 GB card64 GB Mac2×80 GB8×80 GBINT4: about 274 GB of weights (estimate; KV cache and activations extra)INT4274 GBFP8: about 547 GB of weights (estimate; KV cache and activations extra)FP8547 GBBF16: about 1.09 TB of weights (estimate; KV cache and activations extra)BF161.09 TB

Estimate params × bytes per param × 1.2 · how we estimate

The story so far

Weights, every dated article, and repo commits on one rail.

Most coverage came in the first two weeks

Teal is the weights (2025-01-12), amber triangles are 4 dated articles (each links to it), grey ticks are repo commits.

FebMarAprMayJunJulAugSepOctNovDecJanFebMarAprMayJunJulAugSepOct2025-07-03: 1 repo commit2025-06-28: 1 repo commit2025-06-27: 1 repo commit2025-06-16: 1 repo commit2025-05-13: 1 repo commit2025-05-12: 1 repo commit2025-04-17: 1 repo commit2025-04-10: 1 repo commit2025-03-18: 1 repo commit2025-02-24: 1 repo commit2025-02-22: 2 repo commits2025-02-20: 6 repo commits2025-01-17: 1 repo commit2025-01-15: 3 repo commits2025-01-14: 2 repo commits2025-01-12: 1 repo commitMiniMax-01, Advanced Text and Vision-Language Models · 2025-01-14MiniMax-01: Scaling Foundation Models with Lightning Attention · 2025-01-15MiniMax-01 Is Now Open-Source: Scaling Lightning Attention for the AI Agent Era · 2025-01-15How Minimax-01 Achieves 1M Token Context Length with Linear Attention (MIT) · 2025-04-01Weights 2025-01-12 · 2025-01-12Weights 2025-01-12now · 1 provider
FebMarAprMayJunJulAugSepOctNovDecJanFebMarAprMayJunJulAugSepOct2025-07-03: 1 repo commit2025-06-28: 1 repo commit2025-06-27: 1 repo commit2025-06-16: 1 repo commit2025-05-13: 1 repo commit2025-05-12: 1 repo commit2025-04-17: 1 repo commit2025-04-10: 1 repo commit2025-03-18: 1 repo commit2025-02-24: 1 repo commit2025-02-22: 2 repo commits2025-02-20: 6 repo commits2025-01-17: 1 repo commit2025-01-15: 3 repo commits2025-01-14: 2 repo commits2025-01-12: 1 repo commitMiniMax-01, Advanced Text and Vision-Language Models · 2025-01-14MiniMax-01: Scaling Foundation Models with Lightning Attention · 2025-01-15MiniMax-01 Is Now Open-Source: Scaling Lightning Attention for the AI Agent Era · 2025-01-15How Minimax-01 Achieves 1M Token Context Length with Linear Attention (MIT) · 2025-04-01Weights 2025-01-12 · 2025-01-12Weights 2025-01-12now · 1 provider

What people built on it

2 derivatives on the Hub. Which build to run, by runtime: the most downloaded in each class.

2 derivatives on the Hub, led by 1 quantized

From the Hugging Face model tree; quantized builds in teal, fine-tunes, merges and adapters in greys.

1 quantized (Hugging Face model tree)1 fine-tune (Hugging Face model tree)1 quantized1 fine-tune
1 quantized (Hugging Face model tree)1 fine-tune (Hugging Face model tree)1 quantized1 fine-tune

All variants →

Reference

Everything else, folded: the full tables, every source.

Use-case evidence

3 use cases

What it is good at 3 use cases

Labels are evidence, not verdicts: measured a third-party leaderboard row for this model; author-reported a number the model author published in the card or eval files; structural a deterministic signal from the name, config or chat template, or a decision-model estimate. Each chip links to its source. All use cases.

Facts

21 fields

Listed in LLMs · MoE

Facts

Pipeline tagtext-generation
ArchitecturesMiniMaxText01ForCausalLM
Model typeminimax_text_01
Params by dtypeBF16: 454,844,733,440 · F32: 1,244,921,856
Size bandXXL
MoEyes
Experts32
Experts per token2
Context length10,240,000 (config.json max_position_embeddings)
PapersarXiv:2501.08313
LicenseNot declared
Hub snapshot2026-10-25

Servability

vLLM · SGLang

Servability

vLLM: not in registry · MiniMaxText01ForCausalLM · 7050ef881ff0835f6890a47db1859a24c65481d6SGLang: not in registry · 773cb938fe9484a8f7e7e46fb1b1fe96412c59ed

vLLM registry (7050ef881ff0835f6890a47db1859a24c65481d6) · SGLang registry (773cb938fe9484a8f7e7e46fb1b1fe96412c59ed) · Matched by architecture class name against each project's registry on main; 'supported' means the architecture is registered, not that this checkpoint was tested.

Hardware fit

3 estimates

Hardware fit ESTIMATE

Weights-only memory for MiniMax-Text-01: params × bytes/param × 1.2 overhead. KV cache and activations are extra. How this is computed.

BF16 (2 bytes/param)1.09 TB · Cluster (≥640 GB)
FP8 (1 byte/param)547 GB · Multi-GPU node (<640 GB)
INT4 (0.5 bytes/param)274 GB · Multi-GPU node (<640 GB)

Weights only (params × bytes/param × 1.2 overhead); KV cache and activations extra. MoE: all experts must be resident, so total parameters count.

All variants

2 variants

Lineage

Original model Family: MiniMaxAI/MiniMax-01 2 derivatives on the Hub

finetune: 1quantized: 1

Top variants (2 shown, ranked by downloads)

Relation
Size
2 rows
Variant Relation Quant Params Band License Author Likes Downloads
wangzhang/MiniMax-M2.5-abliterated finetune — 229B XXL other wangzhang 10 23
OPEA/MiniMax-Text-01-int4-sym-inc-preview quantized int4 63.2B XL — OPEA 1 253

Repository changelog

25 commits

Repository changelog 25 commits

DateCommitSHA
2025-07-03 update README a7351bf
2025-06-28 Upload config.json (#40) 293f84c
2025-06-27 Make model config compatible with Hugging Face MiniMax implementation (#39) 130e821
2025-06-16 Update README.md a59aa9c
2025-05-13 Correct the spelling error in the ReadMe file: change "guild" to "guide" (#34) c07865b
2025-05-12 Guide document for function calling (#32) 7466de1
2025-04-17 Update README.md Add vLLM deployment info. (#31) 90d900a
2025-04-10 Add MiniMax MCP repo link to README.md 15443c6
2025-03-18 Update README.md (#28) de45dcb
2025-02-24 Update README.md (#26) 194fe1a
2025-02-22 Update README.md 83fffd2
2025-02-22 Update README.md 38a03e4
2025-02-20 Update README.md b1fdcf3
2025-02-20 Upload wechat-qrcode.jpeg fb6756d
2025-02-20 Update LICENSE-CODE f9e2ede
2025-02-20 Create MODEL-CODE 8cc077e
2025-02-20 Update LICENSE-MODEL 17f4e48
2025-02-20 Update MiniMax Chat website link 8e947cd
2025-01-17 Fix world_size in QuickStart Code 4ca1b78
2025-01-15 Remove import that no longer exists in Transformers (#5) 372fb1d
2025-01-15 Add Transformers as the library (#4) 40a455a
2025-01-15 Update Model Card: Citation and Quickstart 7119fdf
2025-01-14 MiniMax Logo 283e097
2025-01-14 Initial Commit e1640d7
2025-01-12 initial commit 45fa731

All providers

1 provider · 1 endpoint

Where to run 1 providers · 1 endpoints

Hosted endpoints observed for MiniMax-Text-01, sorted by input price (USD per million tokens). Each row names its observer and date; prices change daily, so check the source before quoting. Cheapest observed input price: $0.20/M.

ProviderModel refContextQuant$/M in$/M outtok/sTTFTToolsStatusObserved
Minimax
openrouter
minimax/minimax-01 977K unknown $0.20 $1.10 — — — live 2026-10-24

Articles and coverage

4 pieces

Ranked by source signals (HN, Lobsters, authority domains, official posts) and recency. Summaries are generated from a stored copy of the article text; every sentence cites a span of that text, and nothing is shown that failed the citation check.

Official1

minimaxi.com2025-01-15officialabout the MiniMax 01 familyHN 1 pts · 0 comments

Analysis3

github.com2025-01-14authorityabout the MiniMax 01 familyHN 19 pts · 1 comments2,423 words
MiniMax-AI releases MiniMax-Text-01 and MiniMax-VL-01, large language and vision-language models using Linear Attention. The text model has 456 billion total parameters with 45.9 billion activated per token and supports a 1 million token training context length extending to 4 million tokens during inference. The vision model uses a 303-million-parameter Vision Transformer and recommends int8 quantization for deployment.written, reviewed, cited
  • MiniMax-Text-01 positions a softmax attention layer after every 7 lightning attention layers.
  • The model employs a Top-2 routing strategy to select experts within its Mixture-of-Experts architecture.
  • Deployment requires converting specific MoE gate coefficients and heads to int8 while protecting the lm_head and embed_tokens.
arxiv.org2025-01-15authorityabout the MiniMax 01 familyHN 3 pts · 1 comments365 words
MiniMax-01 releases MiniMax-Text-01 and MiniMax-VL-01 using lightning attention and a MoE architecture with 32 experts and 456 billion total parameters, where 45.9 billion are activated per token. MiniMax-Text-01 trains on contexts up to 1 million tokens and extrapolates to 4 million tokens during inference, while MiniMax-VL-01 utilizes 512 billion vision-language tokens. Benchmarks show these models match GPT-4o and Claude-3.5-Sonnet performance with 20-32 times longer context windows.written, reviewed, cited
yacinemahdid.com2025-04-01about the MiniMax 01 familyHN 2 pts · 0 comments1,151 words
Minimax-01 is an MIT-licensed, 460 billion parameter model that integrates Lightning Attention with a Mixture of Experts to support context windows up to 4 million tokens. The architecture hybridizes attention mechanisms using an 8:1 ratio of linear to softmax blocks, enabling efficient scaling while matching closed-source model performance. This approach allows the system to extrapolate inference capabilities significantly beyond its training window of 1 million tokens.written, reviewed, cited
  • Linear attention models struggle to match softmax performance in tasks requiring complex reasoning or long-range dependencies.
  • Lightning Attention minimizes cumsum operations by adopting a tiling strategy similar to FlashAttention to overcome training inefficiency.
  • The model requires a specific recipe detailed in sections 4 and 5 of the paper to achieve its reported scaling and performance.

Papers

1 paper

Papers 1

arXiv links found in the model card and its tags. "Peer-reviewed" is shown only with evidence: a published venue in OpenAlex (measured) or the authors' own journal reference on arXiv (reported).

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Sources

4 sources

Sources

Hub snapshot: 2026-10-25 · HF API: 2026-10-24 21:41 UTC · Providers: 2026-10-24 21:44 UTC · Articles: 2026-10-24 21:46 UTC · Summary: 2026-10-07 15:13 UTC · Last verified 2026-10-25

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