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Llama.cpp Supports MTP: Boosting Local AI Speed by 78% 🚀

The latest llama.cpp update supporting Multi-Token Prediction (MTP) enables the Qwen3.6-27B model to reach 45 tokens/second on mid-range hardware, accelerating the trend of self-hosting AI.

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Sources x.com

The Multi-Token Prediction (MTP) technique has officially been integrated into llama.cpp, bringing a massive leap in performance for large language models running on local hardware. According to Hugging Face CEO Clement Delangue, this improvement allows AI to respond much faster, making it highly practical for everyday use.

Key Developments

Tests on the Qwen3.6-27B model running on an Nvidia A10G GPU showed that text generation speed jumped from 25 tokens/second to 45 tokens/second with MTP enabled. This 78% increase significantly reduces latency—a traditional bottleneck of running AI on personal workstations compared to cloud services. MTP works by predicting multiple tokens simultaneously in a single processing cycle rather than one token at a time, thereby optimizing GPU memory bandwidth.

Why It Matters

This upgrade is particularly crucial for users and businesses in Vietnam looking to self-host AI to ensure privacy and save costs. Delivering 45 tokens/second for a 27-billion-parameter model, it makes building internal chatbot applications or coding assistants more viable than ever. Llama.cpp continues to solidify its position as the leading framework "democratizing" AI, liberating powerful models from their reliance on expensive cloud infrastructure.