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---
license: apache-2.0
language:
- en
- zh
base_model:
- deepseek-ai/DeepSeek-R1-Distill-Qwen-7B
tags:
- Reasoning
- Instruct
- Uncensored
- Distilled
- GGUF
- Quantized
---
# DeepSeek-R1-Distill-Qwen-7B-Uncensored
This repository hosts **uncensored and efficiency-focused builds** of **DeepSeek-R1-Distill-Qwen-7B**, intended for users who require **direct model behavior**, **strong reasoning**, and **full local control** without aggressive automated filtering.
The model is suitable for advanced experimentation, private deployments, and research scenarios where transparency and flexibility are prioritized.
---
## Model Overview
- **Model Name**: DeepSeek-R1-Distill-Qwen-7B-Uncensored
- **Base Model**: DeepSeek-R1-Distill-Qwen-7B
- **Architecture**: Decoder-only Transformer
- **Parameter Count**: ~7B
- **Modalities**: Text
- **Context Length**: Up to 32K tokens (runtime dependent)
- **Developer (Base)**: DeepSeek AI
- **Distillation Target**: Qwen-based reasoning model
- **License**: Apache-2.0 (inherits base model license)
- **Languages**: Multilingual (English, Chinese, others)
---
## Project Intent
This release is designed for **users who want minimal behavioral constraints** while preserving the structured reasoning and instruction-following strengths of the DeepSeek-R1 distillation.
Key objectives include:
- Predictable, direct responses without heavy content suppression
- Strong multi-step reasoning and analytical depth
- Compatibility with local and offline inference setups
- A solid foundation for further alignment, fine-tuning, or research
This is **not** a consumer-safety-aligned assistant and is intended for controlled environments.
---
## Quantized Variants (GGUF)
To support a wide range of hardware, multiple GGUF quantization levels are provided.
### Q2_K (2-bit)
- Extremely small memory footprint
- Intended for experimentation or extreme hardware constraints
- Severe degradation in reasoning and instruction accuracy
### Q3_K_M (3-bit)
- Slight improvement over 2-bit
- Lightweight and fast
- Limited suitability for complex reasoning tasks
### Q4_K_M (4-bit)
- Strong efficiency-to-quality tradeoff
- Works well on CPUs and low-VRAM GPUs
- Suitable for general chat and exploratory reasoning
### Q5_K_M (5-bit)
- Recommended default for most users
- Retains most reasoning and instruction-following ability
- Balanced memory usage and output quality
### Q6_K (6-bit)
- Higher reasoning fidelity
- Increased memory requirements
- Better performance on long or complex prompts
### Q8_0 (8-bit)
- Near full-precision behavior
- Highest quality quantized variant
- Best choice when memory is not a limiting factor
> Output quality depends heavily on context length, sampling parameters, and inference backend.
---
## Prompting Format
The model performs best with a structured chat format:
```
<|system|>
High-level instructions or behavioral guidance
<|user|>
User prompt
<|assistant|>
````
Clear system messages are recommended to guide tone, verbosity, and task focus.
---
### Suggested Settings
* Temperature: `0.6 – 0.8` for analytical tasks
* Use `Q5_K_M` or higher for reasoning-heavy prompts
* Avoid ultra-low-bit quantizations for long-context analysis
---
## Capabilities
* Strong logical and mathematical reasoning
* Effective multi-step analysis and planning
* Clear instruction-following behavior
* Suitable for research into reasoning and alignment
* Performs well in uncensored local deployments
* Maintains coherence over extended conversations
---
## Recommended Use Cases
* Local reasoning assistants
* Research and alignment studies
* Offline analysis and experimentation
* Advanced prompt engineering workflows
* Private deployments requiring full user control
---
## Important Notes
* This model intentionally avoids strong automated moderation
* Users are responsible for ensuring lawful and ethical usage
* Not recommended for unsupervised or public-facing applications
* Quantized variants may hallucinate more than full-precision models
Always evaluate outputs in the context of your intended application.
---
## Acknowledgements
* DeepSeek AI for releasing the DeepSeek-R1 model family
* Qwen team for the underlying architecture contributions
* The `llama.cpp` and GGUF ecosystem for enabling efficient local inference
* Open-source contributors supporting transparent LLM research
---
## Contact
For issues related to quantization files or repository content, please open an issue in this repository.