Efficient LLM Architectures for 32GB RAM (Ternary and Sparse Inference)
Native ternary training beats post-training quantization for memory efficiency.
Turbo1Bit: Combining 1-bit LLM weights (Bonsai) with TurboQuant KV cache compression for maximum inference efficiency. 4.2x KV cache compression + 16x weight compression = ~10x total memory reduction.
Runs 65K context on 8GB RAM by fixing KV cache quantization for Bonsai.
Developers running local LLMs on consumer hardware
llama.cpp · Ollama · LM Studio
Native ternary training beats post-training quantization for memory efficiency.
Deterministic graphs instead of vector embeddings sound clever, but long-context windows and RAG tools already solve this problem cheaper.
Fused int4 attention kernel on Metal keeps LLM speed constant as context grows.
Custom GGUF parser with mmap beats llama.cpp load times, but zero stars means unproven claims.
1-bit weights matching 8B model performance while running 132 tokens/sec on M4 Pro.
SSD-cached KV blocks dodge re-prefill tax on context shifts—Claude Code now viable locally.