~/llamay $ # one static binary — this is the whole install ~/llamay $ llamay version llamay v0.1.58-1-gb14f550 build go1.26.8 darwin/arm64, cgo on, tags metal revision b14f5501578e kernels neon+i8mm gpu metal built in; metal:Apple M4 formats 23: F32, F16, Q4_0, Q4_1, Q5_0, Q5_1, Q8_0, Q8_1, Q2_K, Q3_K, Q4_K, Q5_K, Q6_ K, Q8_K, IQ2_XXS, IQ2_XS, IQ3_XXS, IQ4_NL, IQ3_S, IQ2_S, IQ4_XS, BF16, MXFP4 architectures 17 entries, 39 names: azmx (azmx-one, llama, mistral), qwen2 (qwen3), gemma, gemma2, gemma3 (gemma3_text), azmx-code (azmx_code, azmxcode), gpt-oss (gptoss, gpt_oss, ope nai-moe), phi3 (phi3.5), stablelm (stablelm2), gpt2, falcon (rw), gptneox (gpt_neox, gpt-neo x, neox), phi2, qwen3moe (qwen3_moe), qwen2moe (qwen2_moe), azmx-ocr (ocr, ctc), azmx-embed (bert, embedding) ~/llamay $ # models are named, not pathed, once they are in the store ~/llamay $ llamay models name size architecture store all-minilm:latest 43.8 MiB bert (embedder) llamay gemma2:2b 1.6 GiB gemma2 (decoder) llamay gemma3:270m 278.0 MiB gemma3 (decoder) llamay gpt2:q8_0 169.4 MiB gpt2 (decoder) llamay qwen2.5:0.5b 379.4 MiB qwen2 (decoder) llamay smollm2:135m 258.3 MiB llama (decoder) llamay azmx-code-test:latest 1.1 GiB gemma3 (decoder) ollama 6 in ~/.llamay/models, 1 in ~/.ollama/models ~/llamay $ # and that is the entire setup ~/llamay $ llamay run -m gemma2:2b -chat -n 110 -p "Explain what a KV cache is to someone wh o writes web servers. Two sentences." A KV cache is a memory-based store used by web servers to quickly retrieve frequently access ed data. It works by storing key-value pairs (like website configurations, user sessions, or static content) and using those pairs to bypass the slower database or disk access for fast er responses. prompt 25 tokens in 2.507s (10.0 tok/s) · generated 58 in 15.61s (3.7 tok/s) · stop: eog