MITllmRuns locally753B (HF)

Hydrogen-1.0: Specs, License & How to Run

Deep Principle MIT scientific MoE post-trained from GLM-5.3. Gated BF16; NVFP4/MXFP4 siblings.

Official Hydrogen-1.0 hero figure from the ungated NVFP4 sibling card
Official project image. Source · License: MIT (NVFP4 LICENSE).
License
MIT
Parameters
753B (HF)
HF likes
136 (2026-11-03)
First seen
2026-10-31

TL;DR. Hydrogen-1.0 is a llm model from Deep Principle. Parameters: 753B (HF).License: MIT. It is listed under ChatGPT, Closed LLM APIs.

DeveloperDeep Principle
Typellm
ArchitectureText-only glm_moe_dsa (HF architectures GlmMoeDsaForCausalLM). Card: post-trained from zai-org/GLM-5.3 for chemistry, materials science, and life sciences. API config num_experts_per_tok 8. pipeline_tag text-generation. Chat template reminds that the model has no multimodal input. Same safetensors total as zai-org/GLM-5.3 (753,329,940,480). Distinct from GLM-5.3-Flash (320B/18B multimodal).
Parameters753B (HF)
Modalitiestext
Languagesen
Context1M tokens (card); max output 128K tokens (card)
LicenseMIT — LICENSE on the ungated sibling deep-principle/Hydrogen-1.0-NVFP4 is the MIT License, copyright 2026 Deep Principle and 2026 Z.AI (opened 2026-11-03). Lead card deep-principle/Hydrogen-1.0 is gated: auto; cardData.license is mit. The BF16 README we could open says the BF16 weights are MIT and that independently authored Deep Principle code and documentation are Apache-2.0. We did not fetch the gated LICENSE blob. Not legal advice.
HardwareNot yet verified — Lead BF16 usedStorage is 1,506,692,259,475 bytes (~1.37 TiB) across 303 shards. NVFP4 usedStorage 464,190,635,388 bytes (~432 GiB). MXFP4 usedStorage 422,791,506,040 bytes (~394 GiB). Peak VRAM is not independently measured. BF16 card: tested with SGLang on 8 GPUs; keep generation_config.json for stop tokens. NVFP4 card: team-tested SGLang on 8× B300. MXFP4 card: team-tested on MI350X. Those are vendor recipes. (not independently tested)
Hugging Face likes136 (as of 2026-11-03)
Model cardhttps://huggingface.co/deep-principle/Hydrogen-1.0
First seen2026-10-31

Hydrogen-1.0 is a text-only scientific MoE from Deep Principle, post-trained from GLM-5.3. Official hosts we opened on 2026-11-03: the gated lead card deep-principle/Hydrogen-1.0 (created 2026-10-31T15:54:37Z; last modified 2026-11-02T09:00:24Z; 136 likes / 0 downloads), ungated quantized siblings Hydrogen-1.0-NVFP4 (3 likes / 96 downloads) and Hydrogen-1.0-MXFP4 (3 likes / 108 downloads), the MIT LICENSE on NVFP4, the launch post Introducing Hydrogen-1.0 (2 November 2026), and the named base zai-org/GLM-5.3. API gated on the BF16 card was auto. Hugging Face pipeline_tag is text-generation; model_type is glm_moe_dsa.

This page hangs off ChatGPT alternatives and closed LLM APIs. That mapping is editorial. We have no sourced quality comparison against ChatGPT. Head-to-head facts versus the open 2.8T card the blog names: Hydrogen-1.0 vs Kimi K3. Same-site GLM-5 family card: GLM-5.3-Flash — a different MIT 320B/18B multimodal SKU, not the GLM-5.3 base. There is no GLM-5.3 identification page here.

The card calls Hydrogen a scientific problem-solving and research-assistance model for chemistry, materials science, and life sciences. Outputs “should be assessed against the assumptions, constraints, and evidence relevant to each task.” Those sentences stay vendor. The chat template we opened on the BF16 API config reminds that the model has no multimodal input.

What we verified (2026-11-03)

Field Value Source
Host (BF16) huggingface.co/deep-principle/Hydrogen-1.0 (gated: auto) HF API
Created / last modified 2026-10-31T15:54:37Z / 2026-11-02T09:00:24Z same
Likes / downloads (BF16) 136 / 0 same
License tag (BF16) mit HF cardData
LICENSE file we opened MIT on the NVFP4 sibling (© 2026 Deep Principle; © 2026 Z.AI) NVFP4 LICENSE
Pipeline tag text-generation HF API
Architecture glm_moe_dsa / GlmMoeDsaForCausalLM card + API config
Base model zai-org/GLM-5.3 card YAML / HF tags
Params (HF) 753B; safetensors 753,329,940,480 HF API / UI
Experts named num_experts_per_tok 8 API config
usedStorage (BF16) 1,506,692,259,475 bytes (~1.37 TiB); 303 shards HF API
Context / max output 1M tokens / 128K tokens card table
NVFP4 ungated; 3 likes / 96 downloads; usedStorage ~432 GiB HF API
MXFP4 ungated; 3 likes / 108 downloads; usedStorage ~394 GiB HF API

HF tags on the lead card include base_model:zai-org/GLM-5.3 and base_model:finetune:zai-org/GLM-5.3. An active-parameter count is not printed on the Hydrogen card we opened; we do not invent one.

The 2 November 2026 blog names four access routes: Hugging Face weights, ModelScope weights, a NeuroSpark API, and Mira (Deep Principle’s AI Scientist product). We opened Hugging Face and deepprinciple.com (Agent Mira copy). We did not open a working NeuroSpark or ModelScope host on this check, so those names stay blog labels.

How to run (from official cards, not tested)

BF16 card (gated): tested with SGLang on 8 GPUs. Keep generation_config.json — the card says it lists end-of-turn tokens, and without it generation does not stop at the end of the answer. Copied launch names only:

python -m sglang.launch_server \
  --model-path deep-principle/Hydrogen-1.0 \
  --served-model-name hydrogen-1.0 \
  --tp 8 --trust-remote-code \
  --reasoning-parser glm45 --tool-call-parser glm47 \
  --host 0.0.0.0 --port 8001

NVFP4 card: quantized with NVIDIA ModelOpt; team-tested SGLang on 8× B300. The example we copied caps deployed context at 262,144 tokens, not the card’s 1M, and names --quantization modelopt_fp4 --kv-cache-dtype fp8_e4m3. MXFP4 card names a compatible AMD Instinct runtime, team-tested on MI350X. forkalt has not run those commands.

Client examples on the cards call an already-running OpenAI-compatible service with chat_template_kwargs.reasoning_effort set to max. That is a vendor recipe.

License

LICENSE on the ungated NVFP4 sibling is the MIT License, copyright 2026 Deep Principle and 2026 Z.AI. Lead-card cardData.license is mit. The BF16 README we could open (the gated HTML card) says the BF16 weights are MIT and that independently authored Deep Principle code and documentation are Apache-2.0. We did not fetch the gated LICENSE blob. Not legal advice.

What we did not invent

  • Numeric FrontierScience-Research / GPQA-Diamond scores stay on the launch blog figure. We do not OCR that PNG.
  • “Outperforms GPT-6-Astra” and “roughly matching Kimi-K3” stay vendor.
  • Active-parameter count, peak VRAM, and tokens/s stay unprinted / vendor.
  • We do not rank Hydrogen against Kimi K3, GLM-5.3-Flash, Sage-A1.5, or ChatGPT.

Related on this site: Kimi K3 — Hydrogen-1.0 vs Kimi K3 — GLM-5.3-Flash (multimodal Flash SKU, not the GLM-5.3 base) — Sage-A1.5 (35B science/agent VLM) — Carbon-X (DNA+text; not clinically validated) — DeepSeek-V4.1-Flash. Serving: vLLM. Catalog: home.

Deploy options

Comparisons

FAQ

Are Hydrogen-1.0 weights public?

The lead card deep-principle/Hydrogen-1.0 is gated: auto (created 2026-10-31T15:54:37Z; last modified 2026-11-02T09:00:24Z; 136 likes / 0 downloads in the 2026-11-03 API check; pipeline_tag text-generation; card license mit). Accept the Hugging Face access form before the BF16 shards download. Quantized siblings Hydrogen-1.0-NVFP4 (3 likes / 96 downloads) and Hydrogen-1.0-MXFP4 (3 likes / 108 downloads) were ungated on the same check. runsLocally means the weights exist on a hub, not that BF16 is a click-through anonymous download.

Is it MIT? Is this GLM-5.3-Flash?

NVFP4 LICENSE is MIT (copyright 2026 Deep Principle and Z.AI). The gated BF16 card tags mit. Not GLM-5.3-Flash. The named base is zai-org/GLM-5.3 (753B text MoE). GLM-5.3-Flash on this site is a different MIT 320B/18B multimodal SKU. There is no GLM-5.3 identification page here. Not legal advice.

How big is it, and can I run it on a workstation?

Hugging Face reports model size 753B params; safetensors total 753,329,940,480. The card names a 1M context and 128K max output. BF16 usedStorage is about 1.37 TiB. The BF16 card’s serve example is SGLang tensor-parallel 8. NVFP4 names 8× B300; MXFP4 names MI350X. An active-parameter count is not printed on the Hydrogen card we opened. forkalt has not loaded the checkpoint.

Does it beat GPT-6-Astra or match Kimi K3?

We have no sourced bake-off. The 2 November 2026 blog says Hydrogen-1.0 outperforms GPT-6-Astra on FrontierScience-Research and improves over GLM-5.3 on GPQA-Diamond in their evaluations, roughly matching Kimi-K3. Those sentences stay vendor/self-reported. See Hydrogen-1.0 vs Kimi K3.

Sources & verification

Last verified 2026-11-03 · Last updated 2026-11-03· Edited by forkalt editors · Editorial policy

License notes are not legal advice. Read the original LICENSE. Trademark & disclaimer.