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GGUF is a self-describing checkpoint format used widely by CPU and edge-oriented runtimes. One file can package model metadata, tokenizer information, and tensor data.
Single-artifact distribution simplifies moving a model and its required metadata together. Many GGUF quantization types store weights in blocks with associated scale data.
A compatible runtime reads the metadata, maps or loads tensors, and selects kernels for their stored types. Supported architectures and quantization layouts vary across runtimes.
GGUF is a self-describing checkpoint format used widely by CPU and edge-oriented runtimes. One file can package model metadata, tokenizer information, and tensor data. A compatible runtime reads the metadata, maps or loads tensors, and selects kernels for their stored types. Supported architectures and quantization layouts vary across runtimes.
Single-artifact distribution simplifies moving a model and its required metadata together. Many GGUF quantization types store weights in blocks with associated scale data.
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