
Summary
「I want to run the latest big AI models freely on my own PC」
【2026】Qwen3.6-35B Genesis Hermes GGUF Complete Guide: Running an Uncensored Multimodal MoE on Your Local PC
「I want to run the latest big AI models freely on my own PC」 「But cloud costs money, and I worry about censorship…」
There's a model making waves in 2026: Qwen3.6-35B-A3B-Uncensored-Genesis-Hermes-V3-GGUF.
Based on Alibaba's Qwen3.6, it's polished into an "Uncensored" + "Hermes agent-specialized" + "GGUF format (runs on local PC)" model. It's also a multimodal (MoE) model that can read images.
This article explains the model's features and how to actually run it on your home PC, in a beginner-friendly way.
What You'll Learn
- What Qwen3.6-35B Genesis Hermes is
- Why "uncensored" is great
- Specs needed to run it locally
- Setup steps with llama.cpp / Ollama
- Recommended quantization (lightweight running tips)
- Related hardware
What Is Qwen3.6-35B Genesis Hermes?
In short: "a local-friendly, freer version of Alibaba's latest MoE model Qwen3.6."
3 Key Points
① Uncensored Normal public models have filters that refuse certain topics. This model removes that restriction. Freer use for research and development.
② Hermes Agent Specialization Fine-tuned on NousResearch's Hermes datasets, excellent at "AI using tools (function calling, agent behavior)." Ideal for automation and tool integration.
③ GGUF Format = Runs on Local PC GGUF is readable by inference software like llama.cpp. No cloud needed — put the model on your own PC and run it.
Basic Specs
| Item | Value |
|---|---|
| Total parameters | 35B (35 billion) |
| Active parameters | 3B (MoE) |
| Format | GGUF (llama.cpp compatible) |
| Support | Text + images (multimodal) |
| License | apache-2.0 |
| Recommended quantization | APEX quant (for RTX 3060 12GB) |
Being an MoE (Mixture of Experts) model, total parameters are 35B, but only ~3B are actually computed. So it has "giant model knowledge" while running lightly.
How MoE Works Diagram
Why Run Locally?
Compared to cloud APIs (ChatGPT, etc.), local models have clear advantages:
- Privacy: input data never leaves your machine
- $0 running cost: unlimited use without API billing
- Free customization: tune it to your liking
- Offline: works without internet
Especially as an "uncensored" model, it suits developers who want to use AI freely under their own rules.
Required Specs
Reference for comfortable local running:
| Quantization | Required VRAM | Reference GPU |
|---|---|---|
| Q4_K_M (recommended) | ~12GB | RTX 3060 / 4070 |
| Q5_K_M | ~16GB | RTX 4060Ti / 4070Ti |
| Q8 / F16 | 24GB+ | RTX 4090 |
Run with Ollama (Easiest)
# Pull the model
ollama pull qwen3.6-35b-genesis-hermes
# Run
ollama run qwen3.6-35b-genesis-hermes
Run with llama.cpp
# Build (with CUDA support)
cmake -B build -DGGML_CUDA=ON
cmake --build build --config Release
# Run (ngl 99 = use GPU as much as possible)
./build/bin/llama-cli \
-m ./qwen3.6-35b.Q4_K_M.gguf \
-p "Hello" \
-n 512 \
-ngl 99
-ngl 99 maximizes GPU usage. Lower it if VRAM is tight.
It Can Also Read Images (Multimodal)
This model supports image input. With llama.cpp's multimodal build, you can feed it photos and ask for explanations.
./llama-mtmd-cli -m ./model.gguf --mmproj ./mmproj.gguf -i image.png
Recommended Uses (My Ideas)
① As the core of a local AI agent Hermes-specialized means it's good at function calling and tool integration. Combine with agent frameworks like Hermes Agent to build your own automation assistant.
② Private research & development Uncensored, so it can handle specialized experiments and analysis that public models often refuse.
③ Offline writing & ideation Runs without network, so it works as a high-performance AI assistant while traveling or under data limits.
Caveats (Honest Downsides)
- 12GB VRAM runs it, but output speed depends on GPU: RTX 3060 is a bit slow
- Multimodal needs extra files (mmproj)
- Uncensored = responsibility: more freedom means self-managing ethical use
- Chinese/English tend to be more accurate than Japanese (varies by task)
FAQ
Q1. Can I use it for free?
Yes. The model is Apache-2.0 licensed and free. llama.cpp is also open source.
Q2. Does it work on Mac?
Yes. llama.cpp supports Apple Silicon. It runs if you have enough RAM.
Q3. Can 8GB VRAM run it?
Light quantizations like Q2_K are possible, but for 35B-class, 12GB+ is recommended.
Q4. Is it smarter than ChatGPT?
Depends on the task. It wins on specific uses (agents, local, privacy-first), but general conversation quality may trail top cloud models.
Q5. Can it really read images?
Yes — with the multimodal build and mmproj file.
Summary
Qwen3.6-35B Genesis Hermes GGUF is the 2026 model to watch: "uncensored + Hermes-specialized + local operation" all in one.
- Based on Alibaba Qwen3.6 MoE (35B total / 3B active)
- Uncensored, free to use
- Multimodal, reads images
- Runs comfortably on your home PC with 12GB VRAM
For anyone serious about local AI, privacy, or building your own agent: try it now.
Related Articles
- Local AI Mini PC Deep Comparison: GMKtec M8 vs Minisforum UM690L
- Ollama Complete Setup Guide
- KTransformers Complete Guide
Related Reading
この記事をシェアする
Related articles

2026年7月19日
Agents-A1 (35B MoE) Complete Guide 2026: Why a Small-Parameter Model Outperforms Giants in Agent Tasks

2026年6月16日
AI Model API Pricing Full Comparison 2026: ChatGPT vs Claude vs Gemini vs DeepSeek vs MiMo

2026年6月17日
【2026】Xiaomi MiMo API Complete Guide: The Multimodal AI Model at the Same Price as DeepSeek

2026年6月26日
Ornith-1.0 Complete Guide 2026: The MIT-Licensed Open-Source AI Coding Model That Surpasses Claude Opus

2026年6月26日
Qwen-AgentWorld Complete Guide 2026: The Revolutionary Approach That Makes AI Predict Environments Instead of Actions

2026年6月26日
TimesFM Complete Guide 2026: Google's Foundation Model for Time-Series Forecasting