Nex-N2-mini's original chat template uses complex vision processing macros that stock llama.cpp's Jinja parser cannot handle correctly. This causes thinking tags to not be injected, breaking thinking mode output.

The official fix: Use Nex's patched llama.cpp, which works with the unmodified GGUF and unmodified template. Once Nex's upstream patch is merged into stock llama.cpp, this workaround will no longer be needed.

⚠️ Do NOT modify chat_template.jinja. The model was trained strictly on the current template — editing the tags deviates from the training-time format and may degrade output quality. See discussion #3.

This is an abliterated (uncensored) version of Nex-N2-mini created by huihui-ai. Safety filtering has been significantly reduced.

• May generate sensitive, controversial, or inappropriate content
• Not suitable for public settings, underage users, or production use
• Users are solely responsible for compliance with local laws and ethical standards
• Recommended for research, testing, or controlled environments only

Original model: huihui-ai/Huihui-Nex-N2-mini-abliterated

These GGUF files are quantized using APEX, a MoE-aware mixed-precision quantization technique that outperforms standard quantization methods while being significantly smaller.

APEX beats Q8_0 perplexity at half the size — and even beats F16.

APEX classifies every tensor by its role — routed expert, shared expert, or attention — and applies a layer-wise precision gradient, giving the most sensitive edge layers higher precision and compressing the redundant middle layers more aggressively.

Download Nex's patched llama.cpp

Binaries: nex-agi/llama.cpp  |  Docker: ghcr.io/nex-agi/llama.cpp:server-cuda-nex-b9596-fix-b9598-8c0d5c9

./llama-server \ -m Huihui-Nex-N2-mini-abliterated-APEX-Quality.gguf \ -ngl 99 -ncmoe 19 -c 32768 \ --host 0.0.0.0 --port 8081

Replace Huihui-Nex-N2-mini-abliterated-APEX-Quality.gguf with your preferred quantization tier (Quality / Balanced / Compact). Add --mmproj mmproj-Nex-N2-mini.F16.gguf for vision. Recommended sampling: temperature 0.7, top_p 0.95, top_k 40, min_p 0.

From the original Nex-N2-mini model card (BF16, full precision). Abliteration does not significantly change benchmark scores.