
Efficient LLM Inference with Latent Attention
Reducing memory bottlenecks without sacrificing performance
TransMLA introduces Multi-head Latent Attention (MLA) that significantly reduces KV cache size and accelerates inference speed in large language models.
- Uses low-rank matrices in key-value layers to compress latent KV states
- Dramatically reduces memory requirements while maintaining model quality
- Outperforms Group Query Attention (GQA) with better efficiency-performance tradeoff
- Enables faster inference by addressing communication bottlenecks in hardware
This engineering innovation matters because it makes LLMs more practical to deploy in memory-constrained environments while maintaining performance, potentially enabling wider adoption of these powerful models.