Quantization publisher

SicariusSicariiStuff

SicariusSicariiStuff publishes 52 quantizations across 7 models in our index, averaging 5.367 effective bits per weight. Their files differ in size from other publishers' builds of the same nominal quantization on 25 of the pairs we can compare — the same label does not mean the same file.

From the file· summed file bytes
Repositories
7
Quantizations
52
Models covered
7
Avg effective bpw
5.367
across their files

Same model, same quant label, different bytes

largest disagreements first
ModelQuantSicariusSicariiStuffvsTheirsDifference
Assistant_Pepe_70BQ6_K53.91 GiBbartowski55.96 GiB-3.7%
Assistant_Pepe_70BQ4_K_M39.60 GiBbartowski40.95 GiB-3.3%
Assistant_Pepe_70BQ2_K24.56 GiBbartowski25.79 GiB-4.8%
Assistant_Pepe_70BQ5_K_M46.52 GiBbartowski47.60 GiB-2.3%
Assistant_Pepe_70BQ3_K_M31.91 GiBbartowski32.89 GiB-3.0%
Impish_Bloodmoon_12BQ5_K_M8.13 GiBmradermacher8.13 GiB-0.0%
Impish_Bloodmoon_12BQ5_K_S7.93 GiBmradermacher7.93 GiB-0.0%
Impish_Bloodmoon_12BQ3_K_L6.11 GiBmradermacher6.11 GiB-0.0%
Impish_Bloodmoon_12BQ8_012.13 GiBmradermacher12.13 GiB-0.0%
Impish_Bloodmoon_12BQ6_K9.37 GiBmradermacher9.37 GiB-0.0%
Impish_Bloodmoon_12BQ3_K_M5.67 GiBmradermacher5.67 GiB-0.0%
Impish_Bloodmoon_12BQ3_K_S5.15 GiBmradermacher5.15 GiB-0.0%
Impish_Bloodmoon_12BQ4_K_M6.96 GiBmradermacher6.96 GiB-0.0%
Impish_Bloodmoon_12BQ4_K_S6.63 GiBmradermacher6.63 GiB-0.0%
Assistant_Pepe_8BQ8_07.96 GiBbartowski7.96 GiB-0.0%
Assistant_Pepe_8BQ3_K_L4.03 GiBbartowski4.03 GiB-0.0%
Assistant_Pepe_8BQ3_K_M3.75 GiBbartowski3.75 GiB-0.0%
Assistant_Pepe_8BQ3_K_S3.42 GiBbartowski3.42 GiB-0.0%
Assistant_Pepe_8BQ4_K_M4.59 GiBbartowski4.59 GiB-0.0%
Assistant_Pepe_8BQ4_K_S4.37 GiBbartowski4.37 GiB-0.0%
Assistant_Pepe_8BQ5_K_M5.34 GiBbartowski5.34 GiB-0.0%
Assistant_Pepe_8BQ5_K_S5.22 GiBbartowski5.22 GiB-0.0%
Assistant_Pepe_8BQ6_K6.15 GiBbartowski6.15 GiB-0.0%
Impish_LLAMA_4BQ3_K_L2.30 GiBbartowski2.30 GiB-0.0%
Impish_LLAMA_4BQ3_K_M2.14 GiBbartowski2.14 GiB-0.0%

A quantization label describes a target, not a recipe. Publishers make different choices about which tensors to keep at higher precision, and some apply an importance matrix while others don't — so two files both honestly labelled the same thing can differ measurably in size and in quality.

Models they publish