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llama.cpp merges tiled k-quant CPU matmul for up to 7x faster prefills

llama.cpp achieves up to 7x faster CPU prefills, KoboldCpp adds a built-in coding agent, and BeeNara ships a tiny offline document sorter.

๐Ÿš€ RELEASES & LAUNCHES

  • KoboldCpp adds a lightweight built-in coding-agent harness
    KoboldCpp added an integrated agent harness with nine built-in tools.

    • KoboldCpp users can enable the harness for basic local coding and editing tasks.
    • The v1.122 release adds nine built-in tools, a roughly 2,000-token system prompt, MCP support, and OpenAI-compatible backends.
    • The agent requires at least 28,000 context tokens and 8,000 generation tokens, with 12GB of VRAM recommended.
    • Users can activate it from the GUI Admin tab or with the --agent launch flag, reducing reliance on external agent tools.
    Sources ๐Ÿ“„ Source: github.com ยท ๐Ÿ“Ž Coverage: reddit.com ยท ๐Ÿ‘ via r/LocalLLaMA
  • BeeNara is a 332MB offline model for document sorting with abstention
    BeeNara released a 332MB CPU-friendly model that sorts documents or says none fits.

    • BeeNara targets users sorting local German- and English-language invoices, letters, contracts and statements into custom folders.
    • The 332MB ONNX cross-encoder runs offline without a GPU or PyTorch at about 0.2โ€“0.3 seconds per document.
    • It recognizes missing categories in 96.8% of benchmark cases and automatically sorts 64.1% of documents with 99.6% accuracy.
    • The model uses calibrated abstention to send uncertain documents to a user instead of guessing.
    Sources ๐Ÿ“„ Source: huggingface.co ยท ๐Ÿ“Ž Coverage: reddit.com ยท ๐Ÿ‘ via r/LocalLLaMA

๐Ÿ”ฌ RESEARCH

  • llama.cpp merges tiled k-quant CPU matmul for up to 7x faster prefills
    llama.cpp merged tiled k-quant CPU matmul support using VNNI.
    • The change targets llama.cpp users running quantized models on x86 CPUs, especially prompt-prefill workloads.
    • It processes k-quants in 256ร—256 int8 tiles with a 16ร—16 microkernel and VNNI support.
    • Benchmarks on an AMD 9950X3D showed 3.55โ€“7.04ร— the stock throughput for 4,096ร—4,096 and 8,192ร—8,192 matmuls.
    • The optimization reaches break-even at 32 output rows and falls to 80% of stock performance for pure GEMV.
    • The pull request was merged into llama.cpp master on September 26, 2026.
    Sources ๐Ÿ“Ž Coverage: github.com ยท ๐Ÿ‘ via r/LocalLLaMA

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