RemySkye/rwkv7-g1h-1.5b-i1-GGUF

rwkv7-g1h-1.5b i1 GGUF

Model-specific imatrix quants generated from `rwkv7-g1h-1.5b-20260710-ctx10240-BF16.gguf`. The BF16 master remains in the linked static-GGUF repository and is not duplicated here.

Calibration

• —Dataset: `lemon07r/pile-calibration-v5`
• —Dataset revision: ea863bb930b9959dd78095c165aa1376d14e698b
• —llama.cpp revision: c92e806d1c81091c9035edce99c35374da1b465e
• —Context per chunk: 1024 tokens
• —Chunks: 512
• —Approximate evaluated tokens: 524288
• —Output-weight collection: disabled, following llama.cpp's default recommendation
• —Raw JSONL SHA-256: 54d1f2bd6a80cc75a72e7f8a62e23438e23f06287aab3855c5a7826127fae7be
• —Deterministically curated corpus SHA-256: 8c7de8adad55f0be5e00f394b7c7efca7c6d13fdd4a2f476bc08c0491fe98027

The source dataset is diverse and duplicate-free, but contains a few book-length outliers. Before calibration, corrupt/severely repetitive records are removed, long records are capped using four separated excerpts, records are deterministically shuffled, and rare scripts are lightly interleaved into the early calibration window.

Files

RWKV-aware mixed quantizations

The Q3KM, Q3KL, Q4KM, and Q5KM files use custom RWKV-aware recipes with explicit tensor assignments. Higher precision is used for the token embeddings and selected value, time-mix output, and channel-mix tensors where it is expected to preserve the most quality.

Earlier automated files with these names were removed after verification showed that llama.cpp's generic mixed recipes did not recognize RWKV's timemix and channel_mix_ tensor roles. Because of that, the automated M and L variants had collapsed to the same effective layouts as the retained S variants.

These replacement files have genuinely different tensor layouts, providing additional size and quality choices between the existing S variants and the larger quantizations.

The files in this i1 repository use the same RWKV-aware tensor layouts together with this model's existing importance matrix.