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Publish gemma-4-26B-A4B-it distribution-fidelity artifact (part 3)

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  1. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/attribution.json +0 -0
  2. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/compliance.json +0 -0
  3. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/inspect.json +3 -1
  4. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/manifest.json +2 -1
  5. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.json +0 -0
  6. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.md +74 -76
  7. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/strata.json +827 -827
  8. Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/strata.md +42 -42
  9. QXQ.md +237 -41
  10. README.md +5 -5
  11. baselines/self-kld.json +15 -8
  12. bxq-vs-size.png +2 -2
  13. checksums.txt +130 -130
  14. environment/gpu-clocks.txt +1 -1
  15. environment/gpu-smi-query.txt +51 -51
  16. environment/gpu-smi.txt +5 -5
  17. environment/host-cpu.txt +1 -1
  18. environment/host-memory.txt +1 -1
  19. environment/host-mounts.txt +2 -2
  20. environment/models/gemma-4-26B-A4B-it-NVFP4.txt +527 -2
  21. environment/models/gemma-4-26B-A4B-it-W4A16.txt +1 -430
  22. environment/pip-freeze.txt +1 -1
  23. environment/repo-git-describe.txt +1 -1
  24. environment/repo-git-log.txt +5 -5
  25. environment/runtime.json +2 -7
  26. environment/summary.md +2 -2
  27. gemma-4-26B-A4B-it-AWQ-4bit/attribution/gemma-4-26B-A4B-it-qdq-experts-attention-int4_g32_sym.json +12 -5
  28. gemma-4-26B-A4B-it-AWQ-4bit/attribution/gemma-4-26B-A4B-it-qdq-experts-int4_g32_sym.json +12 -5
  29. gemma-4-26B-A4B-it-AWQ-4bit/attribution/gemma-4-26B-A4B-it-qdq-experts-mxfp8.json +12 -5
  30. gemma-4-26B-A4B-it-AWQ-4bit/attribution/gemma-4-26B-A4B-it-qdq-experts-nvfp4.json +12 -5
  31. gemma-4-26B-A4B-it-AWQ-4bit/attribution/routing/routing-manifest.json +2 -2
Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/attribution.json CHANGED
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Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/compliance.json CHANGED
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Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/inspect.json CHANGED
@@ -1,6 +1,6 @@
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  "model": "/media/fmodels2/Neural-ICE/Gemma-4-26B-A4B-it-NVFP4",
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  "weights_bytes": 16423205676,
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  "quant_method": "modelopt",
@@ -8,6 +8,8 @@
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  "detected_scheme": "nvfp4",
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  "detected_block": 16,
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  "quant_algorithm": "modelopt",
 
 
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  "coverage": {
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  "router": {
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  "weights": 30,
 
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  {
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  "model": "/media/fmodels2/Neural-ICE/Gemma-4-26B-A4B-it-NVFP4",
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+ "inspect_version": 5,
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  "weights_sha256": "e833541d24828cb56aa5190656ced93552a81d5e50f463b9e4a957d22ca15f32",
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  "weights_bytes": 16423205676,
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  "quant_method": "modelopt",
 
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  "detected_scheme": "nvfp4",
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  "detected_block": 16,
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  "quant_algorithm": "modelopt",
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+ "scheme_mix": null,
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+ "kv_cache_scheme": null,
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  "coverage": {
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  "router": {
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  "weights": 30,
Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/manifest.json CHANGED
@@ -775,6 +775,7 @@
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  "lm_head.safetensors": "3a92448a235b5cd0f5c187ff34835d0d23a0b0e35b59b60f723d602c5a3c79f4"
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  },
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  "kld_vocab_size": 262144,
 
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  "lm_head": {
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  "runtime": {
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  "state": "unquantized",
@@ -875,7 +876,7 @@
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  "platform": "Linux-6.8.0-137-generic-x86_64-with-glibc2.39",
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  "python": "3.12.3",
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  "torch": "2.13.0+cu132",
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- "vllm_commit": "c798225a7f197994ed502068fc6ac1ba8a9706f3",
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  "vllm_dirty_digest": "e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855",
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  "vllm_tree_dirty": false
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  },
 
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  "lm_head.safetensors": "3a92448a235b5cd0f5c187ff34835d0d23a0b0e35b59b60f723d602c5a3c79f4"
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  },
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  "kld_vocab_size": 262144,
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+ "kv_cache_dtype": "bfloat16",
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  "lm_head": {
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  "runtime": {
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  "state": "unquantized",
 
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  "platform": "Linux-6.8.0-137-generic-x86_64-with-glibc2.39",
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  "python": "3.12.3",
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  "torch": "2.13.0+cu132",
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+ "vllm_commit": "a2ae11e29e34294cfaa4d768f1a1d8d8199d1d61",
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  "vllm_dirty_digest": "e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855",
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  "vllm_tree_dirty": false
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  },
Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.json CHANGED
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Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.md CHANGED
@@ -1,12 +1,12 @@
1
  # gemma-4-26B-A4B-it / Neural-ICE-Gemma-4-26B-A4B-it-NVFP4: distribution fidelity
2
 
3
- **Mean KLD(reference || candidate) = 1.81880328** over 1572096 scored positions.
4
 
5
  | Mean | Median | p90 | p99 | Max | Top-1 agreement |
6
  |---|---|---|---|---|---|
7
- | 1.81880328 | 0.67534816 | 5.17001915 | 13.29482074 | 46.64394379 | 57.7526% |
8
 
9
- Reverse direction, KLD(candidate || reference): 2.10499252.
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11
  ## Identity
12
 
@@ -18,7 +18,7 @@ Reverse direction, KLD(candidate || reference): 2.10499252.
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  | Candidate weights SHA-256 | e833541d24828cb5 |
19
  | Suite | gemma4-31b-it-fidelity-1024x2048-v1 |
20
  | Suite token SHA-256 | 81d66409b44937fa |
21
- | Capture manifest SHA-256 | d1f03dea74e9a9b9 |
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  | Tokenizer | None |
23
  | Scored vocabulary | 262144 |
24
  | Declared vocabulary | 262144 |
@@ -27,31 +27,32 @@ Reverse direction, KLD(candidate || reference): 2.10499252.
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  | Model runner | V1 |
28
  | Tensor parallel | 1 |
29
  | Eager enforced | True |
 
30
  | Prefix caching | False |
31
  | max_num_seqs | 1 |
32
  | vLLM | 0.1.dev20446+gb2bc9171d |
33
- | vLLM commit | c798225a7f19 |
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  | vLLM dirty digest | e3b0c44298fc1c14 |
35
  | Compiled extensions | f2fbc7537b0f01f6 |
36
  | FlashInfer | 0.6.17 |
37
  | torch | 2.13.0+cu132 |
38
  | Driver | 580.173.02 |
39
  | GPUs | NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition |
40
- | Laws version | 12 |
41
  | Partition | analysis |
42
 
43
  ## Routed-model intervention: QxQ and BxQ
44
 
45
  **The first axis is routing source; the second Q is the same unchanged quantized candidate in both runs.** QxQ uses the student's natural expert IDs. BxQ forces the BF16 teacher's expert IDs while the student computes its own gating weights for those experts.
46
 
47
- | Run | Routing | Mean KLD | Support |
48
- |---|---|---|---|
49
- | QxQ | student natural IDs; student gating weights | 1.81880328 | [report](report.json) |
50
- | BxQ | BF16 teacher IDs; student gating weights | 1.58869884 | [report](report.json) |
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- | QxQ - BxQ | paired routing-intervention delta; not additive attribution | +0.23010445 | |
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- | Exact repeat | two QxQ, two forced-natural, two BxQ samples | certified | |
53
 
54
- Natural QxQ selections changed from the teacher at **74.4082%** of (token, layer) choices. BxQ protocol 4; routing trace `65a995be0ed63037`.
55
 
56
  Natural control used exact-repeat certification: max position delta 0.000e+00 / 0.000e+00; absolute mean delta 0.000e+00 / 0.000e+00; natural route-repeat flips 0.000%.
57
 
@@ -71,6 +72,7 @@ No cell here holds expert selection fixed. Rounding any weight changes the resid
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  | Declared method | modelopt |
72
  | Algorithm | modelopt |
73
  | Activation scheme | n/a |
 
74
 
75
  | Component | Quantized weights | Coverage |
76
  |---|---|---|
@@ -91,14 +93,14 @@ Two terms sit outside every cell above, because no cell can hold them. They are
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92
  | Term | Value | Share | What it is | Derived in |
93
  |---|---|---|---|---|
94
- | Beyond weight rounding | +0.38238287 | 21% of the deployed mean | activation quantization and kernel arithmetic | [Beyond weight rounding](#beyond-weight-rounding) |
95
- | Routing, measured | saturated | n/a | expert selection changed at 74.4082% of choices and every scored position rerouted, so no held-routing population remains to measure the excess against | [Routing divergence](#routing-divergence) |
96
 
97
  The selections column is why none of these cells is routing-free: each one reroutes some tokens purely as a consequence of rounding weights upstream of a router it never touched.
98
 
99
  ### Beyond weight rounding
100
 
101
- **+0.38238287** (21% of the deployed mean). Every cell above rounds weights and runs on BF16 kernels. The deployed checkpoint differs from the composite cell by this much. The checkpoint quantizes weights only, so this term is kernel arithmetic. A weight-only analysis, which is what any QDQ cell is, cannot see it.
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103
  The deployed checkpoint leaves the router in BF16, so router weight precision costs exactly nothing here. That is not the same as routing costing nothing: an identical router fed perturbed activations selects different experts, which is measured under [Routing divergence](#routing-divergence).
104
 
@@ -124,15 +126,15 @@ This is the observed selection divergence in the normal QxQ run, not the BxQ int
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125
  | Measure | Rate | Of what |
126
  |---|---|---|
127
- | Selections changed | 74.4082% | of 47162880 (token, layer) choices |
128
- | Expert slots changed | 41.0994% | of individual expert slots |
129
- | Highest-weighted expert changed | 26.7558% | includes reordering within an unchanged selection |
130
  | Positions with any flip | 100.0000% | 1572096 of 1572096 scored positions |
131
 
132
  | Positions where | Mean KLD | Count |
133
  |---|---|---|
134
  | Routing held | n/a | 0 |
135
- | Routing flipped | 1.81880328 | 1572096 |
136
 
137
  **Ranking floor undefined.** Every one of the 1572096 scored positions rerouted in at least one layer, so there is no held-routing population to compare the flipped ones against. The floor is not small here, it is unmeasurable, and no rescore changes that: the perturbation is large enough that routing divergence is the whole picture rather than a correction to it. Rank against this candidate on the experts-only cell, and treat the deployed mean as unranked.
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@@ -140,10 +142,10 @@ Divergence rises with how many layers rerouted, which is what distinguishes a si
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141
  | Layers rerouted | Positions | Mean KLD |
142
  |---|---|---|
143
- | 4-7 | 19 | 0.81431452 |
144
- | 8+ | 1572077 | 1.81881542 |
145
 
146
- Per-layer selection change runs from 28.33% to 90.55% (worst at layer 29), averaging 44.54% across the first quarter of routed layers and 88.37% across the last. Rerouting that grows with depth is accumulated perturbation, not router precision.
147
 
148
  ## Fidelity by domain
149
 
@@ -151,31 +153,31 @@ The suite is stratified, so the mean above is an average over kinds of text that
151
 
152
  | Domain | Contexts | Reference top-1 | Mean KLD | x run | Worst context |
153
  |---|---|---|---|---|---|
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- | Other multilingual content | 36 | 70.7% | 2.36378738 | 1.30 | 4.47943237 |
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- | Natural dialogue, instruction following, and assistance | 96 | 77.4% | 2.07672787 | 1.14 | 4.15724368 |
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- | Scientific and technical exposition | 96 | 69.9% | 2.07479035 | 1.14 | 3.38248339 |
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- | Encyclopedic and factual reference | 96 | 68.7% | 2.02309414 | 1.11 | 3.37861824 |
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- | Chinese across several content types | 72 | 63.0% | 1.84919395 | 1.02 | 2.94232623 |
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- | News, history, economics, legal analysis, and essays | 72 | 68.9% | 1.82956264 | 1.01 | 3.43971685 |
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- | Literary, narrative, and creative writing | 72 | 63.0% | 1.65811583 | 0.91 | 3.08165872 |
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- | Worked mathematics, science, and formal reasoning | 96 | 72.3% | 1.56078164 | 0.86 | 3.25403348 |
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- | Structured data, tool calls, APIs, JSON, and tables | 36 | 83.3% | 1.42163395 | 0.78 | 3.19270213 |
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- | Source code, tests, technical documentation, and issue discussions | 96 | 84.2% | 1.39284493 | 0.77 | 2.87263039 |
164
 
165
  The same domains measured on the other attribution cells, which shows whether a domain's weakness is a property of the model or of the format:
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167
  | Domain | deployed | bxq | mxfp8 | nvfp4 | all_quantized |
168
  |---|---|---|---|---|---|
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- | Other multilingual content | 2.36378738 | 2.01060924 | 0.68445047 | 0.89229785 | 1.79519304 |
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- | Natural dialogue, instruction following, and assistance | 2.07672787 | 1.79807095 | 0.59552252 | 0.82821448 | 1.66159067 |
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- | Scientific and technical exposition | 2.07479035 | 1.82912511 | 0.50141256 | 0.70339667 | 1.68508002 |
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- | Encyclopedic and factual reference | 2.02309414 | 1.73666327 | 0.49743044 | 0.71954225 | 1.56808539 |
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- | Chinese across several content types | 1.84919395 | 1.67080916 | 0.44706156 | 0.68167667 | 1.40434265 |
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- | News, history, economics, legal analysis, and essays | 1.82956264 | 1.57566891 | 0.44719073 | 0.64140586 | 1.41631587 |
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- | Literary, narrative, and creative writing | 1.65811583 | 1.49461078 | 0.39173107 | 0.62338708 | 1.35504621 |
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- | Worked mathematics, science, and formal reasoning | 1.56078164 | 1.36868653 | 0.37927146 | 0.52795210 | 1.23575505 |
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- | Structured data, tool calls, APIs, JSON, and tables | 1.42163395 | 1.27786368 | 0.47775227 | 0.61546437 | 1.16853193 |
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- | Source code, tests, technical documentation, and issue discussions | 1.39284493 | 1.18805084 | 0.36354693 | 0.52781126 | 1.09767677 |
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180
  **Other multilingual content** is this candidate's weakest domain and **Source code, tests, technical documentation, and issue discussions** its strongest, a spread of 1.7x. A deployment weighted toward the weakest domain sees more divergence than the headline mean implies; the per-source breakdown and the reading are in [strata.md](strata.md) and [strata.json](strata.json).
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@@ -183,8 +185,8 @@ The same domains measured on the other attribution cells, which shows whether a
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  | Component | Value |
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  |---|---|
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- | Trunk (candidate hidden states, reference head) | 1.81880333 |
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- | Deployed (candidate's own head) | 1.81880328 |
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  | Head-associated delta (not additive) | -0.00000005 |
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  | Reference head | {'state': 'unquantized', 'workers': [{'heads': [{'name': 'language_model.lm_head', 'org_vocab_size': 262144, 'quant_method': 'UnquantizedEmbeddingMethod', 'state': 'unquantized', 'weight_dtype': 'torch.bfloat16'}], 'logits_processor': {'head_dtype': 'torch.bfloat16', 'org_vocab_size': 262144, 'scale': 1.0, 'soft_cap': 30.0, 'type': 'LogitsProcessor', 'vocab_size': 262144}, 'primary': {'org_vocab_size': 262144, 'quant_method': 'UnquantizedEmbeddingMethod', 'state': 'unquantized', 'weight_dtype': 'torch.bfloat16'}, 'state': 'unquantized'}]} |
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  | Candidate head | {'runtime': {'state': 'quantized', 'workers': [{'heads': [{'name': 'language_model.lm_head', 'org_vocab_size': 262144, 'quant_method': 'UnquantizedLinearMethod', 'state': 'quantized', 'weight_dtype': 'torch.bfloat16'}], 'logits_processor': {'head_dtype': 'torch.bfloat16', 'org_vocab_size': 262144, 'scale': 1.0, 'soft_cap': 30.0, 'type': 'LogitsProcessor', 'vocab_size': 262144}, 'primary': {'org_vocab_size': 262144, 'quant_method': 'UnquantizedLinearMethod', 'state': 'quantized', 'weight_dtype': 'torch.bfloat16'}, 'state': 'quantized'}]}, 'state': 'quantized', 'static': {'ignored': True, 'lm_head_dtypes': {'model.language_model.embed_tokens.weight': 'BF16'}, 'lm_head_keys': [], 'output_weight_keys': ['model.language_model.embed_tokens.weight'], 'packed_keys': [], 'quant_method': 'modelopt', 'state': 'unquantized', 'tie_word_embeddings': True}} |
@@ -193,26 +195,26 @@ The same domains measured on the other attribution cells, which shows whether a
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  | Position range | Positions | Mean KLD |
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  |---|---|---|
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- | 0–511 | 393216 | 1.48458588 |
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- | 512–1023 | 393216 | 1.59614646 |
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- | 1024–1535 | 393216 | 1.90740159 |
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- | 1536–2046 | 392448 | 2.28799558 |
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201
  ## Error by reference confidence
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203
  | Reference top-1 probability | Positions | Share | Mean KLD |
204
  |---|---|---|---|
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- | [0.00, 0.25) | 113465 | 7.2% | 3.55419825 |
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- | [0.25, 0.50) | 291225 | 18.5% | 2.68340379 |
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- | [0.50, 0.75) | 308315 | 19.6% | 2.15399698 |
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- | [0.75, 0.95) | 317610 | 20.2% | 1.71816747 |
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- | [0.95, 1.00) | 541481 | 34.4% | 0.85832234 |
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211
  ## Top-K set agreement
212
 
213
  | K=1 | K=2 | K=3 | K=4 | K=5 |
214
  |---|---|---|---|---|
215
- | 57.7255% | 22.2352% | 6.7988% | 1.7936% | 0.4376% |
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  ## Law compliance
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@@ -224,17 +226,18 @@ Zero baseline: reference against itself scored **0.00000000** over 2047 position
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  | 2 | Determinism | PASS | eager enforced; prefix caching off, max_num_seqs=1 |
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  | 3 | Frozen input | PASS | token hash matches suite gemma4-31b-it-fidelity-1024x2048-v1 [analysis]: 81d66409b44937fa |
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  | 4 | Real vocabulary | PASS | scored 262144 real tokens of 262144 declared (0 padding rows) |
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- | 5 | Manifest binding | PASS | all bound fields present; manifest d1f03dea74e9a9b9eaee1cba6a6131584c17e866198aa9660a55f0a79b3cf47a |
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- | 6 | Provenance | PASS | torch 2.13.0+cu132, vLLM 0.1.dev20446+gb2bc9171d @ c798225a7f19, driver 580.173.02, 4 GPU(s) |
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  | 7 | Storage integrity | PASS | hidden storage with bitwise-exact replay |
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- | 8 | Head transparency | PASS | trunk 1.81880333, deployed 1.81880328, delta -5.164658944956102e-08 |
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- | 9 | Tail and depth disclosure | PASS | mean 1.81880328, median 0.67534816, max 46.64394379, 4 depth buckets |
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  | 10 | Comparability | PASS | comparability key fully resolved |
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  | 11 | Freeze before qualification | NOT_APPLICABLE | partition is 'analysis' |
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  | 12 | Reusable reference | PASS | suite, reference, head, and checksums present; published reference matches the scored capture on every bound field |
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- | 14 | Routed-model intervention | PASS | QxQ 1.81880328, BxQ 1.58869884, QxQ - BxQ +0.23010445; natural selections changed at 74.408% of (token, layer) choices; trace 65a995be0ed63037 |
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- | 15 | Domain disclosure | PASS | 10 domains disclosed; weakest other_multilingual at 2.36378738, strongest code_docs_issues at 1.39284493, spread 1.7x |
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  | 16 | Candidate weight binding | PASS | scored weights e833541d24828cb5 as inspected |
 
238
  | 13 | Recorded deviation | PASS | no overrides claimed |
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240
  ## Environment
@@ -245,7 +248,7 @@ Zero baseline: reference against itself scored **0.00000000** over 2047 position
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  | Platform | Linux-6.8.0-137-generic-x86_64-with-glibc2.39 |
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  | Python | 3.12.3 |
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  | vLLM | 0.1.dev20446+gb2bc9171d |
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- | vLLM commit | c798225a7f197994ed502068fc6ac1ba8a9706f3 |
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  | torch | 2.13.0+cu132 |
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  | torch CUDA runtime | 13.2 |
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  | cuDNN | 9.20.0 (92000) |
@@ -280,11 +283,6 @@ Credential values are never published. Set but redacted: `HF_TOKEN`.
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  | `CUDA_HOME` | `/usr/local/cuda-13.0` |
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  | `HF_TOKEN` | `<redacted>` |
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  | `NCCL_DETERMINISTIC` | `1` |
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- | `PYTORCH_NVML_BASED_CUDA_CHECK` | `1` |
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- | `TORCHINDUCTOR_CACHE_DIR` | `/tmp/torchinductor_phaedawg` |
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- | `TORCHINDUCTOR_COMPILE_THREADS` | `1` |
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- | `TRITON_CACHE_AUTOTUNING` | `1` |
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- | `TRITON_PTXAS_BLACKWELL_PATH` | `/usr/local/cuda-13.0/bin/ptxas` |
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  | `VLLM_BATCH_INVARIANT` | `1` |
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  | `VLLM_MARLIN_USE_ATOMIC_ADD` | `0` |
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  | `VLLM_MOE_USE_DEEP_GEMM` | `0` |
@@ -295,26 +293,26 @@ Paths are relative to the artifact root, the same paths `checksums.txt` uses. Ve
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  | Path | Size | What it is |
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  |---|---|---|
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- | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.md` | 21.67 KiB | This document. |
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- | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.json` | 564.40 KiB | Every statistic behind it, machine-readable: per-bucket means, percentiles, agreement rates, and the phase timings. |
300
- | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/manifest.json` | 87.32 KiB | The capture manifest this result is bound to (Law 5). Scoring refuses to run if the live configuration differs from it. |
301
- | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/compliance.json` | 370.41 KiB | The law-by-law receipt, including the comparability key. |
302
- | `baselines/self-kld.json` | 6.72 KiB | The zero-baseline proof required by Law 1: the reference scored against a capture of itself. |
303
  | `suite/suite-manifest.json` | 382.61 KiB | The frozen evaluation input's identity: token hashes per context and per partition, sources, strata, and the analysis/qualification split. |
304
  | `suite/tokens` | 17.32 MiB in 1024 files | The token IDs themselves. These are the evaluation input, not a description of it; retokenizing source text does not reproduce them. |
305
  | `suite/sources.json` | 737.48 KiB | Per-context provenance: dataset, revision, licence, source unit, and the deterministic token offset chosen within the document. |
306
  | `suite/validation/capability-overlap.json` | 1.48 KiB | The benchmark-contamination scan and every document it blocked. |
307
- | `reference/manifest.json` | 87.32 KiB | The reference capture's own manifest: geometry, vocabulary, storage mode, and a hash for every tensor file. |
308
  | `reference` | 11.62 GiB in 771 files | The reusable reference distributions. Pass this directory as `--reference-logits` to score a new candidate against the same reference without loading the reference checkpoint. |
309
  | `reference/lm_head.safetensors` | 1.38 GiB | The reference language-model head, which turns the stored hidden states back into reference logits. |
310
- | `environment/runtime.json` | 5.33 KiB | Machine-readable provenance: torch, CUDA, cuDNN, NCCL, driver, devices, and the captured environment variables. |
311
  | `environment/summary.md` | 1.10 KiB | The same provenance as prose, plus an index of every captured file. |
312
  | `environment/toolchain-nvcc.txt` | 243 B | `nvcc --version` verbatim; `toolchain-gcc.txt` and `toolchain-ldd.txt` sit beside it. |
313
  | `environment/gpu-smi-query.txt` | 54.73 KiB | `nvidia-smi -q` verbatim: ECC state, persistence mode, clocks, and throttle reasons, any of which can move a bitwise result. |
314
  | `environment/pip-freeze.txt` | 4.47 KiB | Every installed package version in the scoring environment. |
315
- | `environment/models` | 25.42 KiB in 7 files | Checkpoint fingerprints: file listing, sizes, config and tokenizer hashes, and `config.json` verbatim for each model scored. |
316
  | `checksums.txt` | 1.13 MiB | `sha256sum --check` compatible over every other file here. This is authoritative for integrity (Law 12). |
317
- | `LAWS.md` | 31.84 KiB | The laws this artifact was produced under, including the override procedure. |
318
 
319
  ## Scope
320
 
 
1
  # gemma-4-26B-A4B-it / Neural-ICE-Gemma-4-26B-A4B-it-NVFP4: distribution fidelity
2
 
3
+ **Mean KLD(reference || candidate) = 1.82281421** over 1572096 scored positions.
4
 
5
  | Mean | Median | p90 | p99 | Max | Top-1 agreement |
6
  |---|---|---|---|---|---|
7
+ | 1.82281421 | 0.67840236 | 5.18726063 | 13.24978852 | 49.14295197 | 57.7098% |
8
 
9
+ Reverse direction, KLD(candidate || reference): 2.11411994.
10
 
11
  ## Identity
12
 
 
18
  | Candidate weights SHA-256 | e833541d24828cb5 |
19
  | Suite | gemma4-31b-it-fidelity-1024x2048-v1 |
20
  | Suite token SHA-256 | 81d66409b44937fa |
21
+ | Capture manifest SHA-256 | b5ab5ede01f46551 |
22
  | Tokenizer | None |
23
  | Scored vocabulary | 262144 |
24
  | Declared vocabulary | 262144 |
 
27
  | Model runner | V1 |
28
  | Tensor parallel | 1 |
29
  | Eager enforced | True |
30
+ | KV cache | bfloat16 |
31
  | Prefix caching | False |
32
  | max_num_seqs | 1 |
33
  | vLLM | 0.1.dev20446+gb2bc9171d |
34
+ | vLLM commit | a2ae11e29e34 |
35
  | vLLM dirty digest | e3b0c44298fc1c14 |
36
  | Compiled extensions | f2fbc7537b0f01f6 |
37
  | FlashInfer | 0.6.17 |
38
  | torch | 2.13.0+cu132 |
39
  | Driver | 580.173.02 |
40
  | GPUs | NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition, NVIDIA RTX PRO 6000 Blackwell Workstation Edition |
41
+ | Laws version | 14 |
42
  | Partition | analysis |
43
 
44
  ## Routed-model intervention: QxQ and BxQ
45
 
46
  **The first axis is routing source; the second Q is the same unchanged quantized candidate in both runs.** QxQ uses the student's natural expert IDs. BxQ forces the BF16 teacher's expert IDs while the student computes its own gating weights for those experts.
47
 
48
+ | Run | Routing | Mean KLD | Measurability | Support |
49
+ |---|---|---|---|---|
50
+ | QxQ | student natural IDs; student gating weights | 1.82281421 | measured | [report](report.json) |
51
+ | BxQ | BF16 teacher IDs; student gating weights | 1.58512109 | measured | [report](report.json) |
52
+ | QxQ - BxQ | paired routing-intervention delta; not additive attribution | +0.23769312 | | |
53
+ | Exact repeat | two QxQ, two forced-natural, two BxQ samples | certified | | |
54
 
55
+ Natural QxQ selections changed from the teacher at **74.4778%** of (token, layer) choices. BxQ protocol 5; routing trace `0fcde10d9c35222c`.
56
 
57
  Natural control used exact-repeat certification: max position delta 0.000e+00 / 0.000e+00; absolute mean delta 0.000e+00 / 0.000e+00; natural route-repeat flips 0.000%.
58
 
 
72
  | Declared method | modelopt |
73
  | Algorithm | modelopt |
74
  | Activation scheme | n/a |
75
+ | KV cache | unquantized (none declared; scoring pins unquantized regardless) |
76
 
77
  | Component | Quantized weights | Coverage |
78
  |---|---|---|
 
93
 
94
  | Term | Value | Share | What it is | Derived in |
95
  |---|---|---|---|---|
96
+ | Beyond weight rounding | +0.38639380 | 21% of the deployed mean | activation quantization and kernel arithmetic | [Beyond weight rounding](#beyond-weight-rounding) |
97
+ | Routing, measured | saturated | n/a | expert selection changed at 74.4778% of choices and every scored position rerouted, so no held-routing population remains to measure the excess against | [Routing divergence](#routing-divergence) |
98
 
99
  The selections column is why none of these cells is routing-free: each one reroutes some tokens purely as a consequence of rounding weights upstream of a router it never touched.
100
 
101
  ### Beyond weight rounding
102
 
103
+ **+0.38639380** (21% of the deployed mean). Every cell above rounds weights and runs on BF16 kernels. The deployed checkpoint differs from the composite cell by this much. The checkpoint quantizes weights only, so this term is kernel arithmetic. A weight-only analysis, which is what any QDQ cell is, cannot see it.
104
 
105
  The deployed checkpoint leaves the router in BF16, so router weight precision costs exactly nothing here. That is not the same as routing costing nothing: an identical router fed perturbed activations selects different experts, which is measured under [Routing divergence](#routing-divergence).
106
 
 
126
 
127
  | Measure | Rate | Of what |
128
  |---|---|---|
129
+ | Selections changed | 74.4778% | of 47162880 (token, layer) choices |
130
+ | Expert slots changed | 41.1550% | of individual expert slots |
131
+ | Highest-weighted expert changed | 26.7992% | includes reordering within an unchanged selection |
132
  | Positions with any flip | 100.0000% | 1572096 of 1572096 scored positions |
133
 
134
  | Positions where | Mean KLD | Count |
135
  |---|---|---|
136
  | Routing held | n/a | 0 |
137
+ | Routing flipped | 1.82281421 | 1572096 |
138
 
139
  **Ranking floor undefined.** Every one of the 1572096 scored positions rerouted in at least one layer, so there is no held-routing population to compare the flipped ones against. The floor is not small here, it is unmeasurable, and no rescore changes that: the perturbation is large enough that routing divergence is the whole picture rather than a correction to it. Rank against this candidate on the experts-only cell, and treat the deployed mean as unranked.
140
 
 
142
 
143
  | Layers rerouted | Positions | Mean KLD |
144
  |---|---|---|
145
+ | 4-7 | 18 | 0.74741639 |
146
+ | 8+ | 1572078 | 1.82282652 |
147
 
148
+ Per-layer selection change runs from 28.33% to 90.64% (worst at layer 29), averaging 44.67% across the first quarter of routed layers and 88.42% across the last. Rerouting that grows with depth is accumulated perturbation, not router precision.
149
 
150
  ## Fidelity by domain
151
 
 
153
 
154
  | Domain | Contexts | Reference top-1 | Mean KLD | x run | Worst context |
155
  |---|---|---|---|---|---|
156
+ | Other multilingual content | 36 | 70.7% | 2.36413931 | 1.30 | 4.52259375 |
157
+ | Natural dialogue, instruction following, and assistance | 96 | 77.4% | 2.07293250 | 1.14 | 3.94908391 |
158
+ | Encyclopedic and factual reference | 96 | 68.7% | 2.02868660 | 1.11 | 3.50657211 |
159
+ | Scientific and technical exposition | 96 | 69.9% | 2.02530800 | 1.11 | 3.51423229 |
160
+ | Chinese across several content types | 72 | 63.0% | 1.90327632 | 1.04 | 3.17382072 |
161
+ | News, history, economics, legal analysis, and essays | 72 | 68.9% | 1.80855383 | 0.99 | 4.06137836 |
162
+ | Literary, narrative, and creative writing | 72 | 63.0% | 1.70555695 | 0.94 | 3.10018999 |
163
+ | Worked mathematics, science, and formal reasoning | 96 | 72.3% | 1.54692551 | 0.85 | 3.28942782 |
164
+ | Structured data, tool calls, APIs, JSON, and tables | 36 | 83.3% | 1.48350580 | 0.81 | 3.17805380 |
165
+ | Source code, tests, technical documentation, and issue discussions | 96 | 84.2% | 1.40275384 | 0.77 | 2.82508607 |
166
 
167
  The same domains measured on the other attribution cells, which shows whether a domain's weakness is a property of the model or of the format:
168
 
169
  | Domain | deployed | bxq | mxfp8 | nvfp4 | all_quantized |
170
  |---|---|---|---|---|---|
171
+ | Other multilingual content | 2.36413931 | 2.12630776 | 0.68445047 | 0.89229785 | 1.79519304 |
172
+ | Natural dialogue, instruction following, and assistance | 2.07293250 | 1.83255161 | 0.59552252 | 0.82821448 | 1.66159067 |
173
+ | Encyclopedic and factual reference | 2.02868660 | 1.72222707 | 0.49743044 | 0.71954225 | 1.56808539 |
174
+ | Scientific and technical exposition | 2.02530800 | 1.78720326 | 0.50141256 | 0.70339667 | 1.68508002 |
175
+ | Chinese across several content types | 1.90327632 | 1.66541288 | 0.44706156 | 0.68167667 | 1.40434265 |
176
+ | News, history, economics, legal analysis, and essays | 1.80855383 | 1.54854078 | 0.44719073 | 0.64140586 | 1.41631587 |
177
+ | Literary, narrative, and creative writing | 1.70555695 | 1.50247649 | 0.39173107 | 0.62338708 | 1.35504621 |
178
+ | Worked mathematics, science, and formal reasoning | 1.54692551 | 1.33582942 | 0.37927146 | 0.52795210 | 1.23575505 |
179
+ | Structured data, tool calls, APIs, JSON, and tables | 1.48350580 | 1.26618476 | 0.47775227 | 0.61546437 | 1.16853193 |
180
+ | Source code, tests, technical documentation, and issue discussions | 1.40275384 | 1.19365006 | 0.36354693 | 0.52781126 | 1.09767677 |
181
 
182
  **Other multilingual content** is this candidate's weakest domain and **Source code, tests, technical documentation, and issue discussions** its strongest, a spread of 1.7x. A deployment weighted toward the weakest domain sees more divergence than the headline mean implies; the per-source breakdown and the reading are in [strata.md](strata.md) and [strata.json](strata.json).
183
 
 
185
 
186
  | Component | Value |
187
  |---|---|
188
+ | Trunk (candidate hidden states, reference head) | 1.82281426 |
189
+ | Deployed (candidate's own head) | 1.82281421 |
190
  | Head-associated delta (not additive) | -0.00000005 |
191
  | Reference head | {'state': 'unquantized', 'workers': [{'heads': [{'name': 'language_model.lm_head', 'org_vocab_size': 262144, 'quant_method': 'UnquantizedEmbeddingMethod', 'state': 'unquantized', 'weight_dtype': 'torch.bfloat16'}], 'logits_processor': {'head_dtype': 'torch.bfloat16', 'org_vocab_size': 262144, 'scale': 1.0, 'soft_cap': 30.0, 'type': 'LogitsProcessor', 'vocab_size': 262144}, 'primary': {'org_vocab_size': 262144, 'quant_method': 'UnquantizedEmbeddingMethod', 'state': 'unquantized', 'weight_dtype': 'torch.bfloat16'}, 'state': 'unquantized'}]} |
192
  | Candidate head | {'runtime': {'state': 'quantized', 'workers': [{'heads': [{'name': 'language_model.lm_head', 'org_vocab_size': 262144, 'quant_method': 'UnquantizedLinearMethod', 'state': 'quantized', 'weight_dtype': 'torch.bfloat16'}], 'logits_processor': {'head_dtype': 'torch.bfloat16', 'org_vocab_size': 262144, 'scale': 1.0, 'soft_cap': 30.0, 'type': 'LogitsProcessor', 'vocab_size': 262144}, 'primary': {'org_vocab_size': 262144, 'quant_method': 'UnquantizedLinearMethod', 'state': 'quantized', 'weight_dtype': 'torch.bfloat16'}, 'state': 'quantized'}]}, 'state': 'quantized', 'static': {'ignored': True, 'lm_head_dtypes': {'model.language_model.embed_tokens.weight': 'BF16'}, 'lm_head_keys': [], 'output_weight_keys': ['model.language_model.embed_tokens.weight'], 'packed_keys': [], 'quant_method': 'modelopt', 'state': 'unquantized', 'tie_word_embeddings': True}} |
 
195
 
196
  | Position range | Positions | Mean KLD |
197
  |---|---|---|
198
+ | 0–511 | 393216 | 1.49461607 |
199
+ | 512–1023 | 393216 | 1.61429620 |
200
+ | 1024–1535 | 393216 | 1.91318905 |
201
+ | 1536–2046 | 392448 | 2.27002897 |
202
 
203
  ## Error by reference confidence
204
 
205
  | Reference top-1 probability | Positions | Share | Mean KLD |
206
  |---|---|---|---|
207
+ | [0.00, 0.25) | 113465 | 7.2% | 3.55395796 |
208
+ | [0.25, 0.50) | 291225 | 18.5% | 2.68651026 |
209
+ | [0.50, 0.75) | 308315 | 19.6% | 2.16130676 |
210
+ | [0.75, 0.95) | 317610 | 20.2% | 1.71971882 |
211
+ | [0.95, 1.00) | 541481 | 34.4% | 0.86327489 |
212
 
213
  ## Top-K set agreement
214
 
215
  | K=1 | K=2 | K=3 | K=4 | K=5 |
216
  |---|---|---|---|---|
217
+ | 57.6859% | 22.0960% | 6.7311% | 1.7631% | 0.4385% |
218
 
219
  ## Law compliance
220
 
 
226
  | 2 | Determinism | PASS | eager enforced; prefix caching off, max_num_seqs=1 |
227
  | 3 | Frozen input | PASS | token hash matches suite gemma4-31b-it-fidelity-1024x2048-v1 [analysis]: 81d66409b44937fa |
228
  | 4 | Real vocabulary | PASS | scored 262144 real tokens of 262144 declared (0 padding rows) |
229
+ | 5 | Manifest binding | PASS | all bound fields present; manifest b5ab5ede01f46551b1932e913620d9554df5f97dd7c5e2bcca05f61db68725ef |
230
+ | 6 | Provenance | PASS | torch 2.13.0+cu132, vLLM 0.1.dev20446+gb2bc9171d @ a2ae11e29e34, driver 580.173.02, 4 GPU(s) |
231
  | 7 | Storage integrity | PASS | hidden storage with bitwise-exact replay |
232
+ | 8 | Head transparency | PASS | trunk 1.82281426, deployed 1.82281421, delta -5.102717559601899e-08 |
233
+ | 9 | Tail and depth disclosure | PASS | mean 1.82281421, median 0.67840236, max 49.14295197, 4 depth buckets |
234
  | 10 | Comparability | PASS | comparability key fully resolved |
235
  | 11 | Freeze before qualification | NOT_APPLICABLE | partition is 'analysis' |
236
  | 12 | Reusable reference | PASS | suite, reference, head, and checksums present; published reference matches the scored capture on every bound field |
237
+ | 14 | Routed-model intervention | PASS | QxQ 1.82281421, BxQ 1.58512109, QxQ - BxQ +0.23769312; natural selections changed at 74.478% of (token, layer) choices; trace 0fcde10d9c35222c |
238
+ | 15 | Domain disclosure | PASS | 10 domains disclosed; weakest other_multilingual at 2.36413931, strongest code_docs_issues at 1.40275384, spread 1.7x |
239
  | 16 | Candidate weight binding | PASS | scored weights e833541d24828cb5 as inspected |
240
+ | 17 | Substitution disclosure | PASS | w2_input_scale uncalibrated_experts_filled_from_layer_max across 15/30 layers, worst spread 230.6x, 26 unusable slot(s); w13_input_scale uncalibrated_experts_filled_from_layer_max across 15/30 layers, worst spread 54.17x, 52 unusable slot(s) |
241
  | 13 | Recorded deviation | PASS | no overrides claimed |
242
 
243
  ## Environment
 
248
  | Platform | Linux-6.8.0-137-generic-x86_64-with-glibc2.39 |
249
  | Python | 3.12.3 |
250
  | vLLM | 0.1.dev20446+gb2bc9171d |
251
+ | vLLM commit | a2ae11e29e34294cfaa4d768f1a1d8d8199d1d61 |
252
  | torch | 2.13.0+cu132 |
253
  | torch CUDA runtime | 13.2 |
254
  | cuDNN | 9.20.0 (92000) |
 
283
  | `CUDA_HOME` | `/usr/local/cuda-13.0` |
284
  | `HF_TOKEN` | `<redacted>` |
285
  | `NCCL_DETERMINISTIC` | `1` |
 
 
 
 
 
286
  | `VLLM_BATCH_INVARIANT` | `1` |
287
  | `VLLM_MARLIN_USE_ATOMIC_ADD` | `0` |
288
  | `VLLM_MOE_USE_DEEP_GEMM` | `0` |
 
293
 
294
  | Path | Size | What it is |
295
  |---|---|---|
296
+ | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.md` | 21.85 KiB | This document. |
297
+ | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/report.json` | 596.81 KiB | Every statistic behind it, machine-readable: per-bucket means, percentiles, agreement rates, and the phase timings. |
298
+ | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/manifest.json` | 87.35 KiB | The capture manifest this result is bound to (Law 5). Scoring refuses to run if the live configuration differs from it. |
299
+ | `Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/compliance.json` | 404.60 KiB | The law-by-law receipt, including the comparability key. |
300
+ | `baselines/self-kld.json` | 6.89 KiB | The zero-baseline proof required by Law 1: the reference scored against a capture of itself. |
301
  | `suite/suite-manifest.json` | 382.61 KiB | The frozen evaluation input's identity: token hashes per context and per partition, sources, strata, and the analysis/qualification split. |
302
  | `suite/tokens` | 17.32 MiB in 1024 files | The token IDs themselves. These are the evaluation input, not a description of it; retokenizing source text does not reproduce them. |
303
  | `suite/sources.json` | 737.48 KiB | Per-context provenance: dataset, revision, licence, source unit, and the deterministic token offset chosen within the document. |
304
  | `suite/validation/capability-overlap.json` | 1.48 KiB | The benchmark-contamination scan and every document it blocked. |
305
+ | `reference/manifest.json` | 87.35 KiB | The reference capture's own manifest: geometry, vocabulary, storage mode, and a hash for every tensor file. |
306
  | `reference` | 11.62 GiB in 771 files | The reusable reference distributions. Pass this directory as `--reference-logits` to score a new candidate against the same reference without loading the reference checkpoint. |
307
  | `reference/lm_head.safetensors` | 1.38 GiB | The reference language-model head, which turns the stored hidden states back into reference logits. |
308
+ | `environment/runtime.json` | 5.08 KiB | Machine-readable provenance: torch, CUDA, cuDNN, NCCL, driver, devices, and the captured environment variables. |
309
  | `environment/summary.md` | 1.10 KiB | The same provenance as prose, plus an index of every captured file. |
310
  | `environment/toolchain-nvcc.txt` | 243 B | `nvcc --version` verbatim; `toolchain-gcc.txt` and `toolchain-ldd.txt` sit beside it. |
311
  | `environment/gpu-smi-query.txt` | 54.73 KiB | `nvidia-smi -q` verbatim: ECC state, persistence mode, clocks, and throttle reasons, any of which can move a bitwise result. |
312
  | `environment/pip-freeze.txt` | 4.47 KiB | Every installed package version in the scoring environment. |
313
+ | `environment/models` | 28.70 KiB in 7 files | Checkpoint fingerprints: file listing, sizes, config and tokenizer hashes, and `config.json` verbatim for each model scored. |
314
  | `checksums.txt` | 1.13 MiB | `sha256sum --check` compatible over every other file here. This is authoritative for integrity (Law 12). |
315
+ | `LAWS.md` | 37.98 KiB | The laws this artifact was produced under, including the override procedure. |
316
 
317
  ## Scope
318
 
Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/strata.json CHANGED
@@ -8,78 +8,6 @@
8
  ],
9
  "groups": {
10
  "source_key": [
11
- {
12
- "cells": {
13
- "all_quantized": {
14
- "contexts": 6,
15
- "max_kld": 28.93311882019043,
16
- "mean_kld": 2.5519506836519916,
17
- "mean_ref_top1_prob": 0.6737162987948037,
18
- "median_context_kld": 2.7713133945380797,
19
- "median_context_p99": 15.75142765045166,
20
- "p90_context_kld": 2.969656211924431,
21
- "positions": 12282,
22
- "top1_agreement": 0.48078488845464906,
23
- "worst_context_id": 969,
24
- "worst_context_kld": 2.969656211924431
25
- },
26
- "bxq": {
27
- "contexts": 6,
28
- "max_kld": 32.43082809448242,
29
- "mean_kld": 3.099819791888436,
30
- "mean_ref_top1_prob": 0.6737162987948037,
31
- "median_context_kld": 3.3174707252638598,
32
- "median_context_p99": 16.03008460998535,
33
- "p90_context_kld": 3.804737185271593,
34
- "positions": 12282,
35
- "top1_agreement": 0.42794333170493404,
36
- "worst_context_id": 969,
37
- "worst_context_kld": 3.804737185271593
38
- },
39
- "deployed": {
40
- "contexts": 6,
41
- "max_kld": 32.0179443359375,
42
- "mean_kld": 3.4288325302364404,
43
- "mean_ref_top1_prob": 0.6737162987948037,
44
- "median_context_kld": 3.5853966743722316,
45
- "median_context_p99": 19.162126541137695,
46
- "p90_context_kld": 4.246862471248152,
47
- "positions": 12282,
48
- "top1_agreement": 0.41393909786679695,
49
- "worst_context_id": 975,
50
- "worst_context_kld": 4.246862471248152
51
- },
52
- "mxfp8": {
53
- "contexts": 6,
54
- "max_kld": 33.06193542480469,
55
- "mean_kld": 1.2310746371314905,
56
- "mean_ref_top1_prob": 0.6737162987948037,
57
- "median_context_kld": 1.1703093400484361,
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@@ -2024,7 +2024,7 @@
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  "label": "Natural dialogue, instruction following, and assistance",
1523
+ "relative_to_run": 1.1372154577295144
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1524
  },
1525
  {
1526
  "cells": {
 
1539
  },
1540
  "bxq": {
1541
  "contexts": 96,
1542
+ "max_kld": 39.378456115722656,
1543
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1544
  "mean_ref_top1_prob": 0.6868049425612657,
1545
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1546
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1547
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1548
  "positions": 196512,
1549
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1550
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1551
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1552
  },
1553
  "deployed": {
1554
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1555
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1556
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1557
  "mean_ref_top1_prob": 0.6868049425612657,
1558
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1559
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1560
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1561
  "positions": 196512,
1562
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1563
  "worst_context_id": 4,
1564
+ "worst_context_kld": 3.506572107144654
1565
  },
1566
  "mxfp8": {
1567
  "contexts": 96,
 
1592
  },
1593
  "key": "encyclopedic_reference",
1594
  "label": "Encyclopedic and factual reference",
1595
+ "relative_to_run": 1.1129420570128747
1596
+ },
1597
+ {
1598
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1599
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1601
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1602
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1603
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1605
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1606
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1607
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1609
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1610
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1611
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1612
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1613
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1614
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1615
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1616
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1617
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1618
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1619
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1620
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1621
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1622
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1623
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1624
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1625
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1626
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1627
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1628
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1629
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1630
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1631
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1632
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1633
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1634
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1635
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1636
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1637
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1638
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1639
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1640
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1641
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1642
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1643
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1644
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1645
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1646
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1647
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1648
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1649
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1650
+ },
1651
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1652
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1653
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1654
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1655
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1656
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1657
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1658
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1659
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1660
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1661
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1662
+ "worst_context_kld": 1.590631930451227
1663
+ }
1664
+ },
1665
+ "key": "scientific_technical",
1666
+ "label": "Scientific and technical exposition",
1667
+ "relative_to_run": 1.111088549547169
1668
  },
1669
  {
1670
  "cells": {
 
1683
  },
1684
  "bxq": {
1685
  "contexts": 72,
1686
+ "max_kld": 34.798072814941406,
1687
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1688
  "mean_ref_top1_prob": 0.6303062367294193,
1689
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1690
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1691
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1692
  "positions": 147384,
1693
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1694
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1695
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1696
  },
1697
  "deployed": {
1698
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1699
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1700
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1701
  "mean_ref_top1_prob": 0.6303062367294193,
1702
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1703
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1704
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1705
  "positions": 147384,
1706
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1707
  "worst_context_id": 925,
1708
+ "worst_context_kld": 3.1738207166754964
1709
  },
1710
  "mxfp8": {
1711
  "contexts": 72,
 
1736
  },
1737
  "key": "chinese",
1738
  "label": "Chinese across several content types",
1739
+ "relative_to_run": 1.044141696667837
1740
  },
1741
  {
1742
  "cells": {
 
1755
  },
1756
  "bxq": {
1757
  "contexts": 72,
1758
+ "max_kld": 43.00507736206055,
1759
+ "mean_kld": 1.548540776399458,
1760
  "mean_ref_top1_prob": 0.6885551524106842,
1761
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1762
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1763
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1764
  "positions": 147384,
1765
+ "top1_agreement": 0.5815217391304348,
1766
  "worst_context_id": 304,
1767
+ "worst_context_kld": 3.1671384824877022
1768
  },
1769
  "deployed": {
1770
  "contexts": 72,
1771
+ "max_kld": 37.007591247558594,
1772
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1773
  "mean_ref_top1_prob": 0.6885551524106842,
1774
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1775
+ "median_context_p99": 11.705071449279785,
1776
+ "p90_context_kld": 2.6872941921846776,
1777
  "positions": 147384,
1778
+ "top1_agreement": 0.5588734190956955,
1779
+ "worst_context_id": 339,
1780
+ "worst_context_kld": 4.061378358077808
1781
  },
1782
  "mxfp8": {
1783
  "contexts": 72,
 
1808
  },
1809
  "key": "news_history_legal_essays",
1810
  "label": "News, history, economics, legal analysis, and essays",
1811
+ "relative_to_run": 0.9921767220208605
1812
  },
1813
  {
1814
  "cells": {
 
1827
  },
1828
  "bxq": {
1829
  "contexts": 72,
1830
+ "max_kld": 42.736114501953125,
1831
+ "mean_kld": 1.5024764906905146,
1832
  "mean_ref_top1_prob": 0.6303461857865943,
1833
+ "median_context_kld": 1.524894262356297,
1834
+ "median_context_p99": 9.397890090942383,
1835
+ "p90_context_kld": 2.2545776405591753,
1836
  "positions": 147384,
1837
+ "top1_agreement": 0.560467893394127,
1838
+ "worst_context_id": 439,
1839
+ "worst_context_kld": 3.1497801563410865
1840
  },
1841
  "deployed": {
1842
  "contexts": 72,
1843
+ "max_kld": 38.11989212036133,
1844
+ "mean_kld": 1.7055569548461247,
1845
  "mean_ref_top1_prob": 0.6303461857865943,
1846
+ "median_context_kld": 1.7174336067742633,
1847
+ "median_context_p99": 10.889728546142578,
1848
+ "p90_context_kld": 2.5845404803262886,
1849
  "positions": 147384,
1850
+ "top1_agreement": 0.5379891982847528,
1851
+ "worst_context_id": 439,
1852
+ "worst_context_kld": 3.1001899896399703
1853
  },
1854
  "mxfp8": {
1855
  "contexts": 72,
 
1880
  },
1881
  "key": "literary_narrative",
1882
  "label": "Literary, narrative, and creative writing",
1883
+ "relative_to_run": 0.93567240499365
1884
  },
1885
  {
1886
  "cells": {
 
1899
  },
1900
  "bxq": {
1901
  "contexts": 96,
1902
+ "max_kld": 38.396728515625,
1903
+ "mean_kld": 1.3358294237073802,
1904
  "mean_ref_top1_prob": 0.7233971787516119,
1905
+ "median_context_kld": 1.2826492898134843,
1906
+ "median_context_p99": 9.845369338989258,
1907
+ "p90_context_kld": 2.00187886403533,
1908
  "positions": 196512,
1909
+ "top1_agreement": 0.6250712424686533,
1910
  "worst_context_id": 708,
1911
+ "worst_context_kld": 2.7549330833305397
1912
  },
1913
  "deployed": {
1914
  "contexts": 96,
1915
+ "max_kld": 45.10734176635742,
1916
+ "mean_kld": 1.546925506292042,
1917
  "mean_ref_top1_prob": 0.7233971787516119,
1918
+ "median_context_kld": 1.5185987562235763,
1919
+ "median_context_p99": 11.175138473510742,
1920
+ "p90_context_kld": 2.279972149569506,
1921
  "positions": 196512,
1922
+ "top1_agreement": 0.6033880882592412,
1923
  "worst_context_id": 708,
1924
+ "worst_context_kld": 3.2894278163579322
1925
  },
1926
  "mxfp8": {
1927
  "contexts": 96,
 
1952
  },
1953
  "key": "worked_math_reasoning",
1954
  "label": "Worked mathematics, science, and formal reasoning",
1955
+ "relative_to_run": 0.8486468333441731
1956
  },
1957
  {
1958
  "cells": {
 
1971
  },
1972
  "bxq": {
1973
  "contexts": 36,
1974
+ "max_kld": 33.88340759277344,
1975
+ "mean_kld": 1.2661847644547204,
1976
  "mean_ref_top1_prob": 0.8326448152069219,
1977
+ "median_context_kld": 1.0651777554342132,
1978
+ "median_context_p99": 10.165213584899902,
1979
+ "p90_context_kld": 2.288437004973564,
1980
  "positions": 73692,
1981
+ "top1_agreement": 0.6826114096509798,
1982
  "worst_context_id": 1016,
1983
+ "worst_context_kld": 2.661403536306777
1984
  },
1985
  "deployed": {
1986
  "contexts": 36,
1987
+ "max_kld": 31.666025161743164,
1988
+ "mean_kld": 1.4835057973768624,
1989
  "mean_ref_top1_prob": 0.8326448152069219,
1990
+ "median_context_kld": 1.3026068426019195,
1991
+ "median_context_p99": 11.720060348510742,
1992
+ "p90_context_kld": 2.4576422275537153,
1993
  "positions": 73692,
1994
+ "top1_agreement": 0.6591353199804592,
1995
  "worst_context_id": 1016,
1996
+ "worst_context_kld": 3.1780537988024644
1997
  },
1998
  "mxfp8": {
1999
  "contexts": 36,
 
2024
  },
2025
  "key": "structured_data_tools",
2026
  "label": "Structured data, tool calls, APIs, JSON, and tables",
2027
+ "relative_to_run": 0.8138546375186066
2028
  },
2029
  {
2030
  "cells": {
 
2043
  },
2044
  "bxq": {
2045
  "contexts": 96,
2046
+ "max_kld": 35.210819244384766,
2047
+ "mean_kld": 1.1936500553981868,
2048
  "mean_ref_top1_prob": 0.8424129918497996,
2049
+ "median_context_kld": 1.1496776715632782,
2050
+ "median_context_p99": 10.919404983520508,
2051
+ "p90_context_kld": 1.8727022038840826,
2052
  "positions": 196512,
2053
+ "top1_agreement": 0.716780654616512,
2054
+ "worst_context_id": 635,
2055
+ "worst_context_kld": 2.496798226059531
2056
  },
2057
  "deployed": {
2058
  "contexts": 96,
2059
+ "max_kld": 41.40315246582031,
2060
+ "mean_kld": 1.4027538361857956,
2061
  "mean_ref_top1_prob": 0.8424129918497996,
2062
+ "median_context_kld": 1.3496713696438576,
2063
+ "median_context_p99": 12.287495613098145,
2064
+ "p90_context_kld": 2.0891086081149934,
2065
  "positions": 196512,
2066
+ "top1_agreement": 0.6976876730174238,
2067
+ "worst_context_id": 635,
2068
+ "worst_context_kld": 2.825086072791175
2069
  },
2070
  "mxfp8": {
2071
  "contexts": 96,
 
2096
  },
2097
  "key": "code_docs_issues",
2098
  "label": "Source code, tests, technical documentation, and issue discussions",
2099
+ "relative_to_run": 0.7695539288727226
2100
  }
2101
  ]
2102
  },
 
2116
  },
2117
  "bxq": {
2118
  "contexts": 768,
2119
+ "max_kld": 44.15528106689453,
2120
+ "mean_kld": 1.5851210894611856,
2121
  "mean_ref_top1_prob": 0.7206552024685455,
2122
+ "median_context_kld": 1.5678742616561478,
2123
+ "median_context_p99": 11.206637382507324,
2124
+ "p90_context_kld": 2.4125418709857684,
2125
  "positions": 1572096,
2126
+ "top1_agreement": 0.5983623137518319,
2127
+ "worst_context_id": 975,
2128
+ "worst_context_kld": 4.436682889352712
2129
  },
2130
  "deployed": {
2131
  "contexts": 768,
2132
+ "max_kld": 49.14295196533203,
2133
+ "mean_kld": 1.8228142090582435,
2134
  "mean_ref_top1_prob": 0.7206552024685455,
2135
+ "median_context_kld": 1.8277322289077729,
2136
+ "median_context_p99": 12.440461158752441,
2137
+ "p90_context_kld": 2.7397062899684954,
2138
  "positions": 1572096,
2139
+ "top1_agreement": 0.577097709045758,
2140
  "worst_context_id": 946,
2141
+ "worst_context_kld": 4.5225937464682
2142
  },
2143
  "mxfp8": {
2144
  "contexts": 768,
Neural-ICE-Gemma-4-26B-A4B-it-NVFP4/strata.md CHANGED
@@ -1,6 +1,6 @@
1
  # Fidelity by domain - gemma-4-26B-A4B-it / Neural-ICE-Gemma-4-26B-A4B-it-NVFP4
2
 
3
- 768 contexts, 1572096 scored positions, mean 1.81880328, reference top-1 72.1%, top-1 agreement 57.7526%.
4
 
5
  `x run` is the domain's mean divided by the run's mean, so 1.00 is a domain that degrades exactly as much as the model as a whole. The `deployed` cell is QxQ; `bxq` is the teacher-ID counterfactual on the same student weights. `Median ctx` and `p90 ctx` are the spread of per-context means within the domain.
6
 
@@ -8,16 +8,16 @@
8
 
9
  | Domain | Contexts | Ref top-1 | Mean KLD | x run | Median ctx | p90 ctx | Worst ctx |
10
  |---|---|---|---|---|---|---|---|
11
- | Other multilingual content | 36 | 70.7% | 2.36378738 | 1.30 | 2.33727762 | 4.12772208 | 4.479432 |
12
- | Natural dialogue, instruction following, and assistance | 96 | 77.4% | 2.07672787 | 1.14 | 2.08255142 | 3.06389986 | 4.157244 |
13
- | Scientific and technical exposition | 96 | 69.9% | 2.07479035 | 1.14 | 2.14664769 | 2.87363265 | 3.382483 |
14
- | Encyclopedic and factual reference | 96 | 68.7% | 2.02309414 | 1.11 | 2.08843558 | 2.74405611 | 3.378618 |
15
- | Chinese across several content types | 72 | 63.0% | 1.84919395 | 1.02 | 1.87575851 | 2.60112117 | 2.942326 |
16
- | News, history, economics, legal analysis, and essays | 72 | 68.9% | 1.82956264 | 1.01 | 1.87272200 | 2.67503417 | 3.439717 |
17
- | Literary, narrative, and creative writing | 72 | 63.0% | 1.65811583 | 0.91 | 1.72611763 | 2.44466917 | 3.081659 |
18
- | Worked mathematics, science, and formal reasoning | 96 | 72.3% | 1.56078164 | 0.86 | 1.47363200 | 2.31385064 | 3.254033 |
19
- | Structured data, tool calls, APIs, JSON, and tables | 36 | 83.3% | 1.42163395 | 0.78 | 1.17168440 | 2.28769164 | 3.192702 |
20
- | Source code, tests, technical documentation, and issue discussions | 96 | 84.2% | 1.39284493 | 0.77 | 1.40792014 | 2.11998740 | 2.872630 |
21
 
22
  ## The same domains across the ladder
23
 
@@ -25,44 +25,44 @@ Each column is a separate measurement of the same contexts, so a domain that mov
25
 
26
  | Domain | deployed | bxq | mxfp8 | nvfp4 | all_quantized |
27
  |---|---|---|---|---|---|
28
- | Other multilingual content | 2.36378738 | 2.01060924 | 0.68445047 | 0.89229785 | 1.79519304 |
29
- | Natural dialogue, instruction following, and assistance | 2.07672787 | 1.79807095 | 0.59552252 | 0.82821448 | 1.66159067 |
30
- | Scientific and technical exposition | 2.07479035 | 1.82912511 | 0.50141256 | 0.70339667 | 1.68508002 |
31
- | Encyclopedic and factual reference | 2.02309414 | 1.73666327 | 0.49743044 | 0.71954225 | 1.56808539 |
32
- | Chinese across several content types | 1.84919395 | 1.67080916 | 0.44706156 | 0.68167667 | 1.40434265 |
33
- | News, history, economics, legal analysis, and essays | 1.82956264 | 1.57566891 | 0.44719073 | 0.64140586 | 1.41631587 |
34
- | Literary, narrative, and creative writing | 1.65811583 | 1.49461078 | 0.39173107 | 0.62338708 | 1.35504621 |
35
- | Worked mathematics, science, and formal reasoning | 1.56078164 | 1.36868653 | 0.37927146 | 0.52795210 | 1.23575505 |
36
- | Structured data, tool calls, APIs, JSON, and tables | 1.42163395 | 1.27786368 | 0.47775227 | 0.61546437 | 1.16853193 |
37
- | Source code, tests, technical documentation, and issue discussions | 1.39284493 | 1.18805084 | 0.36354693 | 0.52781126 | 1.09767677 |
38
 
39
  ## Ranked by source dataset
40
 
41
  | Source | Contexts | Ref top-1 | Mean KLD | x run | Median ctx | p90 ctx | Worst ctx |
42
  |---|---|---|---|---|---|---|---|
43
- | wikipedia_ru | 6 | 67.4% | 3.42883253 | 1.89 | 3.58539667 | 4.24686247 | 4.246862 |
44
- | wikipedia_cs | 6 | 70.9% | 2.94733312 | 1.62 | 2.91655752 | 4.47943237 | 4.479432 |
45
- | wikipedia_fr | 3 | 69.8% | 2.45964151 | 1.35 | 2.38770855 | 3.08783978 | 3.087840 |
46
- | wikipedia_de | 7 | 77.8% | 2.14317143 | 1.18 | 2.13962176 | 2.53813189 | 2.538132 |
47
- | wildchat | 96 | 77.4% | 2.07672787 | 1.14 | 2.08255142 | 3.06389986 | 4.157244 |
48
- | scientific_papers | 96 | 69.9% | 2.07479035 | 1.14 | 2.14664769 | 2.87363265 | 3.382483 |
49
- | open_news | 23 | 66.7% | 2.06663665 | 1.14 | 1.99121440 | 3.14055687 | 3.383914 |
50
- | wikipedia_en | 96 | 68.7% | 2.02309414 | 1.11 | 2.08843558 | 2.74405611 | 3.378618 |
51
- | wikipedia_zh | 39 | 61.8% | 1.98919047 | 1.09 | 2.09188728 | 2.72111365 | 2.939617 |
52
- | wikipedia_ja | 7 | 69.6% | 1.89628395 | 1.04 | 1.82755000 | 2.69385492 | 2.693855 |
53
- | public_domain_review | 26 | 64.5% | 1.79542688 | 0.99 | 1.81613992 | 2.67503417 | 3.235695 |
54
- | wikisource_zh | 33 | 64.5% | 1.68374352 | 0.93 | 1.68374639 | 2.24469261 | 2.942326 |
55
- | public_domain_books | 72 | 63.0% | 1.65811583 | 0.91 | 1.72611763 | 2.44466917 | 3.081659 |
56
- | regulations | 23 | 75.9% | 1.63107689 | 0.90 | 1.70736205 | 2.39118263 | 3.439717 |
57
- | wikipedia_es | 7 | 67.8% | 1.59774849 | 0.88 | 1.31275107 | 2.78642330 | 2.786423 |
58
- | libretexts | 96 | 72.3% | 1.56078164 | 0.86 | 1.47363200 | 2.31385064 | 3.254033 |
59
- | stackv2 | 44 | 79.9% | 1.44362618 | 0.79 | 1.54038322 | 2.18371791 | 2.872630 |
60
- | starcoder_structured | 36 | 83.3% | 1.42163395 | 0.78 | 1.17168440 | 2.28769164 | 3.192702 |
61
- | github_code | 52 | 87.9% | 1.34987618 | 0.74 | 1.26600821 | 2.07561569 | 2.544324 |
62
 
63
  ## Reading
64
 
65
- - Weakest domain: **Other multilingual content** at 2.36378738, 1.30x the run mean of 1.81880328 over 36 context(s).
66
- - Strongest domain: **Source code, tests, technical documentation, and issue discussions** at 1.39284493, 0.77x the run mean. The spread across domains is 1.7x.
67
  - Every cell is weakest on the same domain (Other multilingual content), so the ranking is a property of the model and the text rather than of one format.
68
 
 
1
  # Fidelity by domain - gemma-4-26B-A4B-it / Neural-ICE-Gemma-4-26B-A4B-it-NVFP4
2
 
3
+ 768 contexts, 1572096 scored positions, mean 1.82281421, reference top-1 72.1%, top-1 agreement 57.7098%.
4
 
5
  `x run` is the domain's mean divided by the run's mean, so 1.00 is a domain that degrades exactly as much as the model as a whole. The `deployed` cell is QxQ; `bxq` is the teacher-ID counterfactual on the same student weights. `Median ctx` and `p90 ctx` are the spread of per-context means within the domain.
6
 
 
8
 
9
  | Domain | Contexts | Ref top-1 | Mean KLD | x run | Median ctx | p90 ctx | Worst ctx |
10
  |---|---|---|---|---|---|---|---|
11
+ | Other multilingual content | 36 | 70.7% | 2.36413931 | 1.30 | 2.31654604 | 3.54149690 | 4.522594 |
12
+ | Natural dialogue, instruction following, and assistance | 96 | 77.4% | 2.07293250 | 1.14 | 2.10214494 | 3.19564611 | 3.949084 |
13
+ | Encyclopedic and factual reference | 96 | 68.7% | 2.02868660 | 1.11 | 2.05376267 | 2.73141645 | 3.506572 |
14
+ | Scientific and technical exposition | 96 | 69.9% | 2.02530800 | 1.11 | 2.08419089 | 2.76218124 | 3.514232 |
15
+ | Chinese across several content types | 72 | 63.0% | 1.90327632 | 1.04 | 1.99729748 | 2.78199032 | 3.173821 |
16
+ | News, history, economics, legal analysis, and essays | 72 | 68.9% | 1.80855383 | 0.99 | 1.83045068 | 2.68729419 | 4.061378 |
17
+ | Literary, narrative, and creative writing | 72 | 63.0% | 1.70555695 | 0.94 | 1.71743361 | 2.58454048 | 3.100190 |
18
+ | Worked mathematics, science, and formal reasoning | 96 | 72.3% | 1.54692551 | 0.85 | 1.51859876 | 2.27997215 | 3.289428 |
19
+ | Structured data, tool calls, APIs, JSON, and tables | 36 | 83.3% | 1.48350580 | 0.81 | 1.30260684 | 2.45764223 | 3.178054 |
20
+ | Source code, tests, technical documentation, and issue discussions | 96 | 84.2% | 1.40275384 | 0.77 | 1.34967137 | 2.08910861 | 2.825086 |
21
 
22
  ## The same domains across the ladder
23
 
 
25
 
26
  | Domain | deployed | bxq | mxfp8 | nvfp4 | all_quantized |
27
  |---|---|---|---|---|---|
28
+ | Other multilingual content | 2.36413931 | 2.12630776 | 0.68445047 | 0.89229785 | 1.79519304 |
29
+ | Natural dialogue, instruction following, and assistance | 2.07293250 | 1.83255161 | 0.59552252 | 0.82821448 | 1.66159067 |
30
+ | Encyclopedic and factual reference | 2.02868660 | 1.72222707 | 0.49743044 | 0.71954225 | 1.56808539 |
31
+ | Scientific and technical exposition | 2.02530800 | 1.78720326 | 0.50141256 | 0.70339667 | 1.68508002 |
32
+ | Chinese across several content types | 1.90327632 | 1.66541288 | 0.44706156 | 0.68167667 | 1.40434265 |
33
+ | News, history, economics, legal analysis, and essays | 1.80855383 | 1.54854078 | 0.44719073 | 0.64140586 | 1.41631587 |
34
+ | Literary, narrative, and creative writing | 1.70555695 | 1.50247649 | 0.39173107 | 0.62338708 | 1.35504621 |
35
+ | Worked mathematics, science, and formal reasoning | 1.54692551 | 1.33582942 | 0.37927146 | 0.52795210 | 1.23575505 |
36
+ | Structured data, tool calls, APIs, JSON, and tables | 1.48350580 | 1.26618476 | 0.47775227 | 0.61546437 | 1.16853193 |
37
+ | Source code, tests, technical documentation, and issue discussions | 1.40275384 | 1.19365006 | 0.36354693 | 0.52781126 | 1.09767677 |
38
 
39
  ## Ranked by source dataset
40
 
41
  | Source | Contexts | Ref top-1 | Mean KLD | x run | Median ctx | p90 ctx | Worst ctx |
42
  |---|---|---|---|---|---|---|---|
43
+ | wikipedia_cs | 6 | 70.9% | 3.20466405 | 1.76 | 3.43752576 | 4.52259375 | 4.522594 |
44
+ | wikipedia_ru | 6 | 67.4% | 3.01358420 | 1.65 | 3.34436380 | 4.17155865 | 4.171559 |
45
+ | wikipedia_fr | 3 | 69.8% | 2.27103206 | 1.25 | 2.13833981 | 2.85326248 | 2.853262 |
46
+ | wikipedia_de | 7 | 77.8% | 2.19188762 | 1.20 | 2.07089614 | 2.87901628 | 2.879016 |
47
+ | wildchat | 96 | 77.4% | 2.07293250 | 1.14 | 2.10214494 | 3.19564611 | 3.949084 |
48
+ | wikipedia_zh | 39 | 61.8% | 2.06742544 | 1.13 | 2.10793945 | 2.86435606 | 3.051148 |
49
+ | wikipedia_en | 96 | 68.7% | 2.02868660 | 1.11 | 2.05376267 | 2.73141645 | 3.506572 |
50
+ | scientific_papers | 96 | 69.9% | 2.02530800 | 1.11 | 2.08419089 | 2.76218124 | 3.514232 |
51
+ | open_news | 23 | 66.7% | 1.94607399 | 1.07 | 2.04477242 | 2.77932351 | 3.570138 |
52
+ | wikipedia_ja | 7 | 69.6% | 1.93743264 | 1.06 | 1.93393023 | 2.47459009 | 2.474590 |
53
+ | public_domain_review | 26 | 64.5% | 1.83289703 | 1.01 | 1.81165462 | 2.65638501 | 4.061378 |
54
+ | wikipedia_es | 7 | 67.8% | 1.72588397 | 0.95 | 2.24875411 | 2.65378898 | 2.653789 |
55
+ | wikisource_zh | 33 | 64.5% | 1.70928190 | 0.94 | 1.66040020 | 2.32818727 | 3.173821 |
56
+ | public_domain_books | 72 | 63.0% | 1.70555695 | 0.94 | 1.71743361 | 2.58454048 | 3.100190 |
57
+ | regulations | 23 | 75.9% | 1.64351526 | 0.90 | 1.86775326 | 2.47881582 | 3.291825 |
58
+ | libretexts | 96 | 72.3% | 1.54692551 | 0.85 | 1.51859876 | 2.27997215 | 3.289428 |
59
+ | starcoder_structured | 36 | 83.3% | 1.48350580 | 0.81 | 1.30260684 | 2.45764223 | 3.178054 |
60
+ | github_code | 52 | 87.9% | 1.41589598 | 0.78 | 1.38865468 | 2.12410996 | 2.825086 |
61
+ | stackv2 | 44 | 79.9% | 1.38722221 | 0.76 | 1.31796733 | 2.01118918 | 2.377006 |
62
 
63
  ## Reading
64
 
65
+ - Weakest domain: **Other multilingual content** at 2.36413931, 1.30x the run mean of 1.82281421 over 36 context(s).
66
+ - Strongest domain: **Source code, tests, technical documentation, and issue discussions** at 1.40275384, 0.77x the run mean. The spread across domains is 1.7x.
67
  - Every cell is weakest on the same domain (Other multilingual content), so the ranking is a property of the model and the text rather than of one format.
68
 
QXQ.md CHANGED
@@ -1,6 +1,6 @@
1
  # QxQ and BxQ — Routed-Model Distribution Fidelity
2
 
3
- **Applies to:** laws version 12, Law 14.
4
  **Read first:** [`LAWS.md`](LAWS.md) for the laws, [`README.md`](README.md) for the
5
  harness.
6
 
@@ -106,8 +106,9 @@ completion order. No allowlist entry overrides this.
106
  ## 5. Certification fails closed
107
 
108
  A kernel's `_supports_batch_invariance()` is a claim about itself. It is not
109
- evidence, and at least one kernel's claim is false in a way that silently
110
- destroys the measurement (§6).
 
111
 
112
  `inspect_model_moe_backends` in `vllm/v1/sample/kld.py` therefore grants
113
  `certified_for_exact_repeat` only when all three of these hold:
@@ -119,7 +120,11 @@ destroys the measurement (§6).
119
  3. The run is not expert-parallel.
120
 
121
  The allowlist currently holds `MarlinExperts`, `BatchedMarlinExperts`,
122
- `TritonExperts`, and `Nvfp4QuantizationEmulationTritonExperts`.
 
 
 
 
123
 
124
  The default is refusal. An unprobed backend — including one that arrives with a
125
  future vLLM bump — is uncertified until somebody probes it, and an uncertified
@@ -130,13 +135,31 @@ producing garbage that the harness dutifully writes down as a fidelity result.
130
  DeepGEMM, FlashInfer MoE, AITER, XPU, CPU, and every expert-parallel path remain
131
  uncertified.
132
 
133
- ## 6. Case study: a kernel that declares batch invariance and returns NaN
134
 
135
  `CutlassExpertsFp4` self-declares batch invariance. Under
136
- `VLLM_BATCH_INVARIANT=1`, on W4A4 NVFP4 checkpoints, it takes finite inputs to
137
- NaN. The scorer then refuses a non-finite KLD and the engine dies, which is how
138
- this surfaced: two NVFP4 candidates failing with `KLD is not finite`, no report
139
- produced, and nothing to indicate the kernel rather than the checkpoint.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
140
 
141
  Localizing it took two purpose-built tools.
142
 
@@ -159,21 +182,21 @@ scoring harness does and what a generation-only probe does not.
159
  With both, the failure is exactly reproducible: `moe.experts` at layer 0, row 814
160
  of `context-0002`, and layer 14, row 170 of `context-0004`.
161
 
162
- The `--moe-backend` override then isolated the kernel:
 
163
 
164
  | `VLLM_BATCH_INVARIANT` | Backend | Result |
165
  | --- | --- | --- |
166
  | 0 | `FLASHINFER_CUTLASS` (auto) | pass |
167
- | 1 | `VLLM_CUTLASS` (auto) | **NaN** |
168
- | 1 | `marlin` (forced) | pass |
169
- | 1 | `emulation` (forced) | pass |
170
 
171
- The bug is specific to the CUTLASS FP4 experts under batch invariance, not to
172
- NVFP4, not to the checkpoints, and not to batch invariance itself. It is why §5
173
- fails closed: this kernel's self-declaration was the only thing standing between
174
- a broken forward pass and a published fidelity number.
175
 
176
- ## 7. W4A4 NVFP4 scores on faithful emulation
177
 
178
  A W4A16 export and a W4A4 export of the same model differ only in whether
179
  activations are also quantized, and that difference decides which kernels can
@@ -182,27 +205,108 @@ so `_quantizes_activations_to_fp4` in `examples/offline_inference/score_mode_kld
182
  reads the checkpoint: any entry in `quantization_config.config_groups` whose
183
  `input_activations` declares `num_bits: 4` and `type: "float"` makes it W4A4.
184
 
185
- For those checkpoints the scorer pins `moe_backend="emulation"`, which
186
- quantize-dequantizes both activation stages in the checkpoint's own scheme and is
187
- batch invariant by construction.
188
-
189
- Two details matter and both were bugs first:
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
190
 
191
  **The pin belongs on the student only.** It is applied to `student_kwargs`, not
192
  the shared `llm_kwargs`. Applied to the latter it propagates to the unquantized
193
  BF16 teacher, which has no such scheme, and reference engine initialization fails.
194
 
195
- **Marlin is refused here, not merely not preferred.** Marlin is batch invariant
196
- and would run, but its MoE path drops activation scales — it would score a W4A4
197
- checkpoint as though it were W4A16 and report a fidelity the checkpoint never
198
- delivers. A wrong number that passes every law is worse than a refusal.
199
-
200
- The honest consequence, stated in the published card: an NVFP4 result measures
201
- the quantization scheme rather than a native FP4 kernel's own rounding. Read the
202
- family's leaderboard with that in mind. Two NVFP4 exports in the
203
- gemma-4-26B-A4B-it family carry byte-identical QDQ diagnostics (0.66652247 and
204
- 1.43642041) and yet score QxQ 1.16299506 and 1.75580190 — a 0.6 nat spread that
205
- lives entirely in the activation scheme and kernel path, not in the weights.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
206
 
207
  ## 8. Checkpoint defects the pipeline had to fix, not tolerate
208
 
@@ -232,23 +336,52 @@ module probe is what separated them, naming `layers.0.router.proj` rather than
232
  `moe.experts`. The fix dequantizes those tensors into BF16 at load time in
233
  `Gemma4Model.load_weights`, with tests in `tests/kernels/moe/test_gemma4router.py`
234
  covering the transposed packed values and the refusal of an indivisible group
235
- count. That checkpoint now scores 1.17816288 and passes all sixteen laws.
236
 
237
  ## 9. The runtime the numbers are bound to
238
 
239
  Scoring pins `VLLM_BATCH_INVARIANT=1`, disables DeepGEMM
240
  (`VLLM_MOE_USE_DEEP_GEMM=0`) and FlashInfer autotune, sets `NCCL_DETERMINISTIC=1`
241
  and `CUBLAS_WORKSPACE_CONFIG=:4096:8`, enforces eager execution, disables prefix
242
- caching, and holds `max_num_seqs=1`.
243
 
244
  None of that is optional and none of it is a performance setting. Each one closes
245
  a path by which two runs of the same tokens could diverge.
246
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
247
  Because that runtime *is* part of the result, its identity is bound into the
248
  comparability key: `vllm_commit`, `vllm_dirty_digest`,
249
- `compiled_extensions_sha256`, `torch`, `driver`, and `gpu_names`, alongside the
250
- suite and geometry. Two candidates are ranked against each other only when all of
251
- it matches. A consequence worth internalizing before committing to this
 
 
 
252
  repository: **any commit changes `vllm_commit`, and a dirty tree changes
253
  `vllm_dirty_digest`, so the next scoring run treats every prior report as stale
254
  and rescores the family.** That is correct behaviour, not a bug, and it is why
@@ -338,13 +471,32 @@ suite, geometry, runtime, or laws version, and not against any published
338
  elsewhere. The comparability key is printed with every leaderboard group for
339
  exactly this reason.
340
 
341
- **An NVFP4 result measures the scheme, not a native FP4 kernel.** See §7. The
342
- faithful-emulation path is a deliberate substitution, disclosed rather than hidden.
 
 
343
 
344
  **The QDQ ladder is diagnostic, never a candidate.** Those cells round weights on
345
  synthetic BF16 checkpoints and route naturally. They are not QxQ or BxQ, they are
346
  not rankable against deployed candidates, and the published tables separate them.
347
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
348
  **A flip rate is not an error rate.** Two experts disagreeing on a token is not
349
  by itself a wrong answer; the delta is what quantifies the cost. AutoRound's
350
  93.07% flip rate with a +0.275 delta is the point — high disagreement, bounded
@@ -354,3 +506,47 @@ consequence.
354
  says two runs agree bit for bit. It says nothing about whether the kernel computes
355
  the right thing, which is what the zero baseline (Law 1) and the reference binding
356
  (Laws 12 and 16) are for.
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
  # QxQ and BxQ — Routed-Model Distribution Fidelity
2
 
3
+ **Applies to:** laws version 14, Laws 14 and 17.
4
  **Read first:** [`LAWS.md`](LAWS.md) for the laws, [`README.md`](README.md) for the
5
  harness.
6
 
 
106
  ## 5. Certification fails closed
107
 
108
  A kernel's `_supports_batch_invariance()` is a claim about itself. It is not
109
+ evidence. `CutlassExpertsFp4` declared True and still produced NaN on W4A4
110
+ checkpoints; the NaN was uninitialized per-expert activation scales, not the
111
+ kernel, but the lesson stands: a self-declaration is not a probe.
112
 
113
  `inspect_model_moe_backends` in `vllm/v1/sample/kld.py` therefore grants
114
  `certified_for_exact_repeat` only when all three of these hold:
 
120
  3. The run is not expert-parallel.
121
 
122
  The allowlist currently holds `MarlinExperts`, `BatchedMarlinExperts`,
123
+ `TritonExperts`, `Nvfp4QuantizationEmulationTritonExperts`, and
124
+ `CutlassExpertsFp4`. CUTLASS earned its place after the SM120 bitwise
125
+ permutation test (24/24, `atol=0`) and after the W4A4 NaN was shown to be a
126
+ loader gap, not a kernel defect. The run's own zero-tolerance exact-repeat
127
+ control remains the binding gate.
128
 
129
  The default is refusal. An unprobed backend — including one that arrives with a
130
  future vLLM bump — is uncertified until somebody probes it, and an uncertified
 
135
  DeepGEMM, FlashInfer MoE, AITER, XPU, CPU, and every expert-parallel path remain
136
  uncertified.
137
 
138
+ ## 6. Case study: uninitialized scales, not a broken kernel
139
 
140
  `CutlassExpertsFp4` self-declares batch invariance. Under
141
+ `VLLM_BATCH_INVARIANT=1`, on two W4A4 NVFP4 checkpoints, it took finite inputs
142
+ to NaN. The scorer refused a non-finite KLD and the engine died. The first
143
+ reading was that the kernel's claim was false. That was wrong.
144
+
145
+ The kernel is bitwise batch-invariant on this hardware. The CUDA grouped GEMM
146
+ asserts at compile time that it uses `PersistentTileSchedulerSm100Group` "for
147
+ batch invariance", and `tests/v1/determinism/test_cutlass_batch_invariance.py`
148
+ passed 24/24 on SM120 at `atol=0, rtol=0` across both activations, both expert
149
+ counts (40, 64), both top-k values, and all three shape cases.
150
+
151
+ The NaN was uninitialized memory. NVFP4 allocated per-expert activation scales
152
+ with `torch.empty`. Checkpoints that omitted `input_scale` keys for some experts
153
+ in some layers — `bg-digitalservices/Gemma-4-26B-A4B-it-NVFP4` (14 layers short)
154
+ and `Neural-ICE/Gemma-4-26B-A4B-it-NVFP4` (16 layers short) — left those slots
155
+ holding whatever was on the GPU. CUTLASS consumes one scale per expert
156
+ (`a1_gscale` / `a2_gscale` of length `e`); a NaN slot damages that expert. The
157
+ unsloth export, with every slot written, never went NaN.
158
+
159
+ Loading does not catch this. Strict all-parameters-loaded tracking is off by
160
+ default for quantized models, and any module with `process_weights_after_loading`
161
+ has every parameter force-marked as loaded, so a partially filled tensor is
162
+ invisible to it by construction.
163
 
164
  Localizing it took two purpose-built tools.
165
 
 
182
  With both, the failure is exactly reproducible: `moe.experts` at layer 0, row 814
183
  of `context-0002`, and layer 14, row 170 of `context-0004`.
184
 
185
+ The `--moe-backend` override then isolated the failure to the native path on
186
+ the two incomplete checkpoints, not to batch invariance itself:
187
 
188
  | `VLLM_BATCH_INVARIANT` | Backend | Result |
189
  | --- | --- | --- |
190
  | 0 | `FLASHINFER_CUTLASS` (auto) | pass |
191
+ | 1 | `VLLM_CUTLASS` (auto) | **NaN** on incomplete exports |
192
+ | 1 | `marlin` (forced) | pass (drops activation scales) |
193
+ | 1 | `emulation` (forced) | pass (collapses per-expert scales) |
194
 
195
+ The fail-closed allowlist was the right reaction to a NaN that looked like a
196
+ kernel defect. Once the scales were the cause, keeping CUTLASS off the list
197
+ was the thing standing between native BxQ and a published number.
 
198
 
199
+ ## 7. W4A4 NVFP4 scores on native CUTLASS
200
 
201
  A W4A16 export and a W4A4 export of the same model differ only in whether
202
  activations are also quantized, and that difference decides which kernels can
 
205
  reads the checkpoint: any entry in `quantization_config.config_groups` whose
206
  `input_activations` declares `num_bits: 4` and `type: "float"` makes it W4A4.
207
 
208
+ For those checkpoints the scorer pins `moe_backend="cutlass"`. vLLM CUTLASS
209
+ is the only native W4A4 MoE path that keeps a per-expert activation-scale
210
+ vector. FlashInfer collapses every expert to one scalar via
211
+ `amax_for_moe_activation_quant(...).repeat(num_experts)` — the same defect as
212
+ emulation. Marlin drops activation scales and would score W4A4 as W4A16.
213
+
214
+ Unwritten slots are now a NaN sentinel, filled from the maximum of the present
215
+ per-expert scales before CUTLASS fuses them into the weight alphas. Too large
216
+ wastes quantization range; too small overflows e4m3. A layer with no finite
217
+ positive slot is refused rather than invented. The fill is recorded on the
218
+ layer at fill time as `uncalibrated_experts_filled_from_layer_max` and Law 17
219
+ discloses it. A complete export such as unsloth records an empty substitution
220
+ list: native CUTLASS used the checkpoint's own scales.
221
+
222
+ Both halves of the model are walked, because a dense NVFP4 projection can omit a
223
+ shard's scale exactly as an expert can. `inspect_model_moe_backends` covers the
224
+ routed experts and `inspect_model_nvfp4_dense_scales` covers everything else,
225
+ reported separately so the denominators stay meaningful — a fill on 3 of 200
226
+ dense layers is a different claim than 3 of 30 experts. The fill records a scan
227
+ marker on every layer it visits, filled or not, because counting NVFP4 layers
228
+ after load is guesswork: the dense paths delete or overwrite the very parameter
229
+ they were named for. Without the dense walk a dense W4A4 candidate reported no
230
+ substitution, and Law 17 read that silence as a clean bill of health rather than
231
+ as an absence of evidence, which is why it now returns `NOT_APPLICABLE` when
232
+ nothing was inspected at all.
233
+
234
+ | Path | Per-expert activation scales | Exact repeat |
235
+ | --- | --- | --- |
236
+ | vLLM CUTLASS FP4 | honoured (per-expert vector) | certified on SM120 |
237
+ | FlashInfer FP4 | collapsed to one scalar for the layer | uncertified |
238
+ | Marlin | dropped entirely (scores W4A16) | certified |
239
+ | Emulation | collapsed to a layer maximum | certified |
240
 
241
  **The pin belongs on the student only.** It is applied to `student_kwargs`, not
242
  the shared `llm_kwargs`. Applied to the latter it propagates to the unquantized
243
  BF16 teacher, which has no such scheme, and reference engine initialization fails.
244
 
245
+ A weight-only W4A16 NVFP4 result still measures the quantization scheme rather than
246
+ a native FP4 kernel's own rounding, because dense Marlin is not batch invariant
247
+ and those linear layers use deterministic emulation. That limit is stated on the
248
+ published card.
249
+
250
+ ### History: the emulation collapse we published through
251
+
252
+ Before the loader gap was understood, W4A4 scoring was pinned to emulation.
253
+ The emulation branch of `convert_to_nvfp4_moe_kernel_format` collapses the
254
+ per-expert activation scales to one scalar per layer —
255
+ `a13_scale = 1.0 / a13_scale.max()` — and vLLM's own comment says taking the
256
+ largest global scale "likely results in overflowing the FP8 range for other
257
+ experts." Since `a2_scale` holds `1 / w2_input_global_scale`, `.max()` applies
258
+ the *smallest* per-expert scale. Measured on
259
+ `unsloth/gemma-4-26B-A4B-it-NVFP4`:
260
+
261
+ | Parameter | Slots | Distinct values | Worst spread | Collapsed |
262
+ | --- | --- | --- | --- | --- |
263
+ | `w13_input_global_scale` | 256 | 1 | 1.0x | no |
264
+ | `w2_input_global_scale` | 128 | 86–99 | 150.5x | yes, all 30 layers |
265
+
266
+ Four NVFP4 exports carrying byte-identical QDQ diagnostics (0.66652247 and
267
+ 1.43642041) scored QxQ between 1.16299506 and 1.82545539 on that path, and that
268
+ 0.6 nat spread was written up as living "entirely in the activation scheme and
269
+ kernel path." That reading was unsupported. The spread was substantially an
270
+ artifact of the measurement. It stays here because it is the exact shape of
271
+ mistake this document exists to prevent: a real, reproducible, bitwise-exact
272
+ number that is nonetheless measuring the harness rather than the checkpoint.
273
+
274
+ Law 17 still exists for the remaining real substitutions — an uncalibrated
275
+ expert filled from the layer maximum is one — so a substituted result ranks
276
+ only against candidates measured the same way, and is never withdrawn for
277
+ having a disclosed fill.
278
+
279
+ ### How far to discount a filled result
280
+
281
+ The disclosure states a spread. It does not say what that spread costs, and the
282
+ first native-CUTLASS campaign answered the question by accident.
283
+
284
+ The two filled candidates landed on top of each other:
285
+
286
+ | Candidate | Layers filled | Worst spread | QxQ | BxQ |
287
+ | --- | --- | --- | --- | --- |
288
+ | `Neural-ICE/Gemma-4-26B-A4B-it-NVFP4` | 15 of 30 | 230.6x | 1.82281421 | 1.58512109 |
289
+ | `bg-digitalservices/Gemma-4-26B-A4B-it-NVFP4` | 12 of 30 | 240.3x | 1.82307292 | 1.59361302 |
290
+
291
+ 0.00026 nats apart on QxQ, from different publishers, with different fill
292
+ footprints, and with one quantizing its LM head while the other does not. They
293
+ are not the same checkpoint: distinct `student_weights_sha256`, and distinct
294
+ per-position KLD digests in `kld_evidence`, so the two runs did not produce
295
+ bitwise-identical output either.
296
+
297
+ Two independent quantizations do not agree to four decimal places on their own.
298
+ The reading that fits is that once a tensor's per-expert scales are replaced by
299
+ one layer maximum on half the layers, the fill sets the number and the
300
+ checkpoint's own choices stop being visible in it. On the same suite the clean
301
+ NVFP4 exports separate normally — 1.13846019 for unsloth against 1.77968754 for
302
+ RedHatAI — so the collapse is not the suite failing to discriminate.
303
+
304
+ This is n=2 and therefore a strong hint rather than a proof; a fill-direction
305
+ sweep on one checkpoint would settle it, and has not been run. Treat a filled
306
+ QxQ as an upper bound on that family of exports rather than a measurement of the
307
+ particular one, which is what the separate comparability group already enforces.
308
+ It is also the argument against ever promoting the fill out of the harness: see
309
+ §13.
310
 
311
  ## 8. Checkpoint defects the pipeline had to fix, not tolerate
312
 
 
336
  `moe.experts`. The fix dequantizes those tensors into BF16 at load time in
337
  `Gemma4Model.load_weights`, with tests in `tests/kernels/moe/test_gemma4router.py`
338
  covering the transposed packed values and the refusal of an indivisible group
339
+ count. That checkpoint now scores 1.17816288 and passes all seventeen laws.
340
 
341
  ## 9. The runtime the numbers are bound to
342
 
343
  Scoring pins `VLLM_BATCH_INVARIANT=1`, disables DeepGEMM
344
  (`VLLM_MOE_USE_DEEP_GEMM=0`) and FlashInfer autotune, sets `NCCL_DETERMINISTIC=1`
345
  and `CUBLAS_WORKSPACE_CONFIG=:4096:8`, enforces eager execution, disables prefix
346
+ caching, holds `max_num_seqs=1`, and pins `kv_cache_dtype=bfloat16`.
347
 
348
  None of that is optional and none of it is a performance setting. Each one closes
349
  a path by which two runs of the same tokens could diverge.
350
 
351
+ The KV cache pin closes the widest such path found so far, and it was open for
352
+ the whole campaign. Left at `auto`, vLLM resolves the KV cache dtype from a
353
+ scheme declared in the candidate's own config, so
354
+ `unsloth/gemma-4-26B-A4B-it-NVFP4` — which declares an 8-bit float KV cache —
355
+ had its attention read and written through a quantized cache while every
356
+ candidate it was ranked against used an unquantized one. That is a difference in
357
+ how the measurement was taken, not a property of the checkpoint being measured.
358
+ The cache is never quantized: scoring holds 4096 tokens, so there is no memory
359
+ pressure that quantizing it could relieve, and nothing to weigh against the loss
360
+ of comparability.
361
+
362
+ The rescore that followed measured what it had cost, and doubled as the cleanest
363
+ determinism evidence in this document. unsloth is the only one of the nine
364
+ candidates whose inspection reported a declared KV cache scheme, and it is the
365
+ only one whose number moved: 1.16570700 to 1.13846019, so its declared FP8 cache
366
+ had been costing it 0.02724681 nats, or 2.3% of its KLD, and enough to place it
367
+ above `gemma-4-26B-A4B-it-W4A16` at 1.15926068 when it belongs below. Five of the
368
+ remaining eight are quoted at their pre-pin values elsewhere in this document —
369
+ 0.69415039, 1.17816288 with its BxQ and delta, 1.77968754, 1.82281421, and
370
+ 1.82307292 — and every one came back identical to eight decimal places on a
371
+ different `vllm_commit`. So the defect was worth a rescore and was not worth a
372
+ panic, the blast radius was exactly the set the mechanism predicted, and the
373
+ harness reproduced everything outside it. `assert_unquantized_kv_cache` reads the dtype the engine actually
374
+ resolved and refuses both a quantized value and `auto`, because the failure being
375
+ prevented is precisely a value nobody checked.
376
+
377
  Because that runtime *is* part of the result, its identity is bound into the
378
  comparability key: `vllm_commit`, `vllm_dirty_digest`,
379
+ `compiled_extensions_sha256`, `torch`, `driver`, `gpu_names`, and
380
+ `kv_cache_dtype`, alongside the suite and geometry. Two candidates are ranked
381
+ against each other only when all of it matches. `kv_cache_dtype` is in that list
382
+ because of the unsloth case above: the key's one job is to bound a ranking to
383
+ runs that ran alike, and it had nothing to say about a candidate whose attention
384
+ ran at a different precision than its neighbours'. A consequence worth internalizing before committing to this
385
  repository: **any commit changes `vllm_commit`, and a dirty tree changes
386
  `vllm_dirty_digest`, so the next scoring run treats every prior report as stale
387
  and rescores the family.** That is correct behaviour, not a bug, and it is why
 
471
  elsewhere. The comparability key is printed with every leaderboard group for
472
  exactly this reason.
473
 
474
+ **A W4A4 NVFP4 MoE result is a native CUTLASS number.** See §7. FlashInfer and
475
+ emulation collapse per-expert activation scales; those paths are not how a
476
+ W4A4 candidate is scored. A W4A16 dense NVFP4 result still measures the scheme
477
+ rather than a native FP4 kernel, because dense Marlin is not batch invariant.
478
 
479
  **The QDQ ladder is diagnostic, never a candidate.** Those cells round weights on
480
  synthetic BF16 checkpoints and route naturally. They are not QxQ or BxQ, they are
481
  not rankable against deployed candidates, and the published tables separate them.
482
 
483
+ **A scheme label names the narrowest group, not the whole model.** A checkpoint
484
+ may quantize attention at one width and its experts at another, and may declare a
485
+ KV cache scheme. `unsloth/gemma-4-26B-A4B-it-NVFP4` is `format:
486
+ "mixed-precision"`: FP8 W8A8 attention, NVFP4 W4A4 experts and dense MLP, and a
487
+ declared FP8 KV cache. Its QxQ of 1.13846019 against 1.77968754 for a complete
488
+ all-`Linear` NVFP4 export is therefore mostly the 8-bit attention, not a better
489
+ NVFP4 export, and it lands between the all-FP8 candidate at 0.69415039 and the
490
+ all-NVFP4 ones exactly where a hybrid should. The declared KV cache is a separate
491
+ matter and is no longer in that number: §9 pins an unquantized cache, which is
492
+ worth 0.02724681 of the 0.64 separating it from the complete export, so the
493
+ attention width still carries the result. This is not a comparability failure — the key deliberately excludes
494
+ the candidate's scheme, because ranking schemes against one reference is the
495
+ point — but it was a labelling one until `scheme_mix` and `kv_cache_scheme` were
496
+ added to the inspection. Component coverage cannot substitute: it counts how many
497
+ weights are quantized, not at what width, so a hybrid and a uniform export both
498
+ read `all`.
499
+
500
  **A flip rate is not an error rate.** Two experts disagreeing on a token is not
501
  by itself a wrong answer; the delta is what quantifies the cost. AutoRound's
502
  93.07% flip rate with a +0.275 delta is the point — high disagreement, bounded
 
506
  says two runs agree bit for bit. It says nothing about whether the kernel computes
507
  the right thing, which is what the zero baseline (Law 1) and the reference binding
508
  (Laws 12 and 16) are for.
509
+
510
+ ## 13. The fill is a harness policy, not a vLLM fix
511
+
512
+ Half of the loader change here — allocating consumed NVFP4 scales as a NaN
513
+ sentinel instead of `torch.empty`, so an unwritten slot is detectable rather
514
+ than arbitrary — is not ours to contribute. Three open upstream PRs already do
515
+ it on the same files by the same mechanism: #54444 on the ModelOpt linear
516
+ methods and fused experts, #45320 on the ModelOpt per-expert scales, #52501 on
517
+ the linear per-block `weight_scale`. A fourth, #55073, is actively reworking the
518
+ same compressed-tensors and ModelOpt scale code.
519
+
520
+ Where we differ is the policy after detection, and the difference is deliberate
521
+ on both sides. All three upstream PRs **reject**: they raise at load time naming
522
+ the parameter and the affected experts. #45320 states the position outright —
523
+ "this remains fail-fast only, it does not guess missing calibration statistics
524
+ or add an imputation policy." Filling from the layer maximum is exactly the
525
+ imputation policy they declined.
526
+
527
+ They are right for a serving engine, and the evidence for that is in §7's
528
+ convergence table rather than in any argument from principle. A user served a
529
+ filled checkpoint gets a model whose numerics are substantially set by an
530
+ invented scale, with nothing on the surface to say so. Refusing to load is the
531
+ better failure.
532
+
533
+ The harness can do what the engine should not, because it discloses. Law 17
534
+ records the fill on the report, the substituted parameters enter the
535
+ comparability key, and a filled candidate ranks only against others measured the
536
+ same way. That is the whole justification, and it does not transfer to a serving
537
+ path that has no comparability key to put anything in.
538
+
539
+ Two consequences follow.
540
+
541
+ **Those two candidates will stop loading on stock vLLM.** When any of the
542
+ rejecting PRs lands, `Neural-ICE/Gemma-4-26B-A4B-it-NVFP4` and
543
+ `bg-digitalservices/Gemma-4-26B-A4B-it-NVFP4` will refuse at load. Their
544
+ published numbers stay valid for what they are and become unreproducible without
545
+ this fill, so the fill has to be maintained as a standing, disclosed divergence
546
+ rather than treated as a fix awaiting merge.
547
+
548
+ **The contribution worth making is evidence, not code.** #45320, #54444, and
549
+ #55073 all report that no end-to-end evaluation was run: no Blackwell hardware,
550
+ or no affected checkpoint, or both. This harness has SM120, two affected
551
+ checkpoints, and measured numbers for what the missing scales cost. That is the
552
+ gap in those PRs, and it is not a competing patch.
README.md CHANGED
@@ -11,7 +11,7 @@ tags:
11
 
12
  Mean KL divergence against on-disk size
13
 
14
- Scored under the distribution-fidelity laws, version 12. Read [`LAWS.md`](LAWS.md) first: these numbers are comparable only within this artifact's token suite, geometry, and runtime identity, and not against any number produced elsewhere.
15
 
16
  Each candidate directory holds its one-pager (`report.md`), its raw report, its compliance receipt, and its Law 14 attribution where one was produced. `reference/` carries the reusable teacher tensors and head, so a third party can score a new candidate without loading the reference checkpoint. `checksums.txt` covers every file here.
17
 
@@ -21,13 +21,13 @@ Each candidate directory holds its one-pager (`report.md`), its raw report, its
21
  |---|---|---|---|---|---|---|---|
22
  | RedHatAI/gemma-4-26B-A4B-it-FP8-dynamic | fp8_per_channel | 26.68 GiB | 0.69415039 | 0.49783177 | +0.19631862 | 50.6828% | certified |
23
  | cyankiwi/gemma-4-26B-A4B-it-AWQ-4bit | int4_g32_sym | 16.01 GiB | 1.02626820 | 0.84088786 | +0.18538034 | 62.7369% | certified |
 
24
  | dhruvil237/gemma-4-26B-A4B-it-W4A16 | int4_g64_sym | 14.58 GiB | 1.15926068 | 1.01252351 | +0.14673717 | 66.7300% | certified |
25
- | unsloth/gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.75 GiB | 1.16299506 | 1.00117013 | +0.16182492 | 66.4622% | certified |
26
  | Intel/gemma-4-26B-A4B-it-int4-AutoRound | int4_g128_sym | 14.31 GiB | 1.17816288 | 0.90308200 | +0.27508088 | 93.0727% | certified |
27
  | lcu0312/gemma-4-26B-A4B-it-AWQ-4bit | int4_g32_sym | 16.01 GiB | 1.23587221 | 1.08009636 | +0.15577585 | 66.1806% | certified |
28
- | RedHatAI/gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.30 GiB | 1.75580190 | 1.53130858 | +0.22449332 | 74.3937% | certified |
29
- | Neural-ICE/Gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.29 GiB | 1.81880328 | 1.58869884 | +0.23010445 | 74.4082% | certified |
30
- | bg-digitalservices/Gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.29 GiB | 1.82545539 | 1.58674213 | +0.23871325 | 74.4254% | certified |
31
 
32
  ## QxQ fidelity against size
33
 
 
11
 
12
  Mean KL divergence against on-disk size
13
 
14
+ Scored under the distribution-fidelity laws, version 13. Read [`LAWS.md`](LAWS.md) first: these numbers are comparable only within this artifact's token suite, geometry, and runtime identity, and not against any number produced elsewhere.
15
 
16
  Each candidate directory holds its one-pager (`report.md`), its raw report, its compliance receipt, and its Law 14 attribution where one was produced. `reference/` carries the reusable teacher tensors and head, so a third party can score a new candidate without loading the reference checkpoint. `checksums.txt` covers every file here.
17
 
 
21
  |---|---|---|---|---|---|---|---|
22
  | RedHatAI/gemma-4-26B-A4B-it-FP8-dynamic | fp8_per_channel | 26.68 GiB | 0.69415039 | 0.49783177 | +0.19631862 | 50.6828% | certified |
23
  | cyankiwi/gemma-4-26B-A4B-it-AWQ-4bit | int4_g32_sym | 16.01 GiB | 1.02626820 | 0.84088786 | +0.18538034 | 62.7369% | certified |
24
+ | unsloth/gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.75 GiB | 1.13846019 | 0.95586495 | +0.18259525 | 65.3084% | certified |
25
  | dhruvil237/gemma-4-26B-A4B-it-W4A16 | int4_g64_sym | 14.58 GiB | 1.15926068 | 1.01252351 | +0.14673717 | 66.7300% | certified |
 
26
  | Intel/gemma-4-26B-A4B-it-int4-AutoRound | int4_g128_sym | 14.31 GiB | 1.17816288 | 0.90308200 | +0.27508088 | 93.0727% | certified |
27
  | lcu0312/gemma-4-26B-A4B-it-AWQ-4bit | int4_g32_sym | 16.01 GiB | 1.23587221 | 1.08009636 | +0.15577585 | 66.1806% | certified |
28
+ | RedHatAI/gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.30 GiB | 1.77968754 | 1.54324011 | +0.23644744 | 74.7339% | certified |
29
+ | Neural-ICE/Gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.29 GiB | 1.82281421 | 1.58512109 | +0.23769312 | 74.4778% | certified |
30
+ | bg-digitalservices/Gemma-4-26B-A4B-it-NVFP4 | nvfp4 | 15.29 GiB | 1.82307292 | 1.59361302 | +0.22945990 | 74.5241% | certified |
31
 
32
  ## QxQ fidelity against size
33
 
baselines/self-kld.json CHANGED
@@ -1,5 +1,5 @@
1
  {
2
- "capture_manifest_sha256": "305f8014578ad62130ab0ab7f2e584eb96a4f5dc330ae7fc8bc0097a35737ca2",
3
  "confidence_buckets": [
4
  {
5
  "frac": 0.06888128969223253,
@@ -65,6 +65,7 @@
65
  }
66
  ],
67
  "kld_vocab_size": 262144,
 
68
  "max_kld": 0.0,
69
  "mean_kld": 0.0,
70
  "mean_kld_reverse": 0.0,
@@ -72,6 +73,11 @@
72
  "model_runner_v2": false,
73
  "num_positions": 2047,
74
  "num_rows": 1,
 
 
 
 
 
75
  "p90_kld": 0.0,
76
  "p99_kld": 0.0,
77
  "per_context": [
@@ -87,6 +93,7 @@
87
  "top1_agreement": 1.0
88
  }
89
  ],
 
90
  "reference_weights_sha256": "201ebceb92c5b166cc028c3008607ba28c478c7699b1d382e7be7ede81f2ab75",
91
  "runtime_binding": {
92
  "compiled_extensions": {
@@ -118,7 +125,7 @@
118
  "platform": "Linux-6.8.0-137-generic-x86_64-with-glibc2.39",
119
  "python": "3.12.3",
120
  "torch": "2.13.0+cu132",
121
- "vllm_commit": "c798225a7f197994ed502068fc6ac1ba8a9706f3",
122
  "vllm_dirty_digest": "e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855",
123
  "vllm_tree_dirty": false
124
  },
@@ -221,12 +228,12 @@
221
  }
222
  },
223
  "timings": {
224
- "capture_forward": 1.5388168222270906,
225
- "capture_write": 0.5069590341299772,
226
- "replay_probe": 3.009788952767849,
227
- "score_forward": 0.47462915861979127,
228
- "student_load": 19.50744666904211,
229
- "teacher_load": 22.79794552316889
230
  },
231
  "top1_agreement": 1.0,
232
  "topk_agreement": {
 
1
  {
2
+ "capture_manifest_sha256": "66daab5f0c830939040abbe57e06064e0be33e863dea4e88b7b92d0c0159ff60",
3
  "confidence_buckets": [
4
  {
5
  "frac": 0.06888128969223253,
 
65
  }
66
  ],
67
  "kld_vocab_size": 262144,
68
+ "kv_cache_dtype": "bfloat16",
69
  "max_kld": 0.0,
70
  "mean_kld": 0.0,
71
  "mean_kld_reverse": 0.0,
 
73
  "model_runner_v2": false,
74
  "num_positions": 2047,
75
  "num_rows": 1,
76
+ "nvfp4_dense_scale_inspection": {
77
+ "layers_filled": 0,
78
+ "layers_scanned": 0,
79
+ "workers": 1
80
+ },
81
  "p90_kld": 0.0,
82
  "p99_kld": 0.0,
83
  "per_context": [
 
93
  "top1_agreement": 1.0
94
  }
95
  ],
96
+ "quantization_substitutions": [],
97
  "reference_weights_sha256": "201ebceb92c5b166cc028c3008607ba28c478c7699b1d382e7be7ede81f2ab75",
98
  "runtime_binding": {
99
  "compiled_extensions": {
 
125
  "platform": "Linux-6.8.0-137-generic-x86_64-with-glibc2.39",
126
  "python": "3.12.3",
127
  "torch": "2.13.0+cu132",
128
+ "vllm_commit": "a2ae11e29e34294cfaa4d768f1a1d8d8199d1d61",
129
  "vllm_dirty_digest": "e3b0c44298fc1c149afbf4c8996fb92427ae41e4649b934ca495991b7852b855",
130
  "vllm_tree_dirty": false
131
  },
 
228
  }
229
  },
230
  "timings": {
231
+ "capture_forward": 1.5579553740099072,
232
+ "capture_write": 0.506651840172708,
233
+ "replay_probe": 2.922064954880625,
234
+ "score_forward": 0.4500223221257329,
235
+ "student_load": 19.129065116867423,
236
+ "teacher_load": 22.79266786808148
237
  },
238
  "top1_agreement": 1.0,
239
  "topk_agreement": {
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  ==============NVSMI LOG==============
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- Timestamp : Tue Sep 8 01:43:22 2026
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  Driver Version : 580.173.02
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- Latest Timestamp : 2026/09/07 20:07:16.694
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  GPU Operation Mode
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  Pending : N/A
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  Bridge Chip
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  Firmware : N/A
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- Replays Since Reset : 41090
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  Replay Number Rollovers : 0
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- Tx Throughput : 2259 KB/s
91
- Rx Throughput : 1494 KB/s
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  Atomic Caps Outbound : N/A
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  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
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  Fan Speed : 30 %
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  FB Memory Usage
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  Reserved : 640 MiB
116
- Used : 4 MiB
117
- Free : 97244 MiB
118
  BAR1 Memory Usage
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120
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121
- Free : 253 MiB
122
  Conf Compute Protected Memory Usage
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  Used : 0 MiB
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  Low : 0 bank(s)
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  None : 0 bank(s)
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  Temperature
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- GPU T.Limit Temp : 63 C
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  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
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  GPU Max Operating T.Limit Temp : 0 C
@@ -195,8 +195,8 @@ GPU 00000000:01:00.0
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  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
198
- Average Power Draw : 19.10 W
199
- Instantaneous Power Draw : 19.86 W
200
  Current Power Limit : 575.00 W
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  Requested Power Limit : 575.00 W
202
  Default Power Limit : 600.00 W
@@ -298,8 +298,8 @@ GPU 00000000:21:00.0
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  ECC Object : 7.16
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  Power Management Object : N/A
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  Inforom BBX Object Flush
301
- Latest Timestamp : 2026/09/07 20:06:52.409
302
- Latest Duration : 68770 us
303
  GPU Operation Mode
304
  Current : N/A
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  Pending : N/A
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  Firmware : N/A
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  Replays Since Reset : 155
338
  Replay Number Rollovers : 0
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- Tx Throughput : 2265 KB/s
340
- Rx Throughput : 1672 KB/s
341
  Atomic Caps Outbound : N/A
342
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
343
  Fan Speed : 30 %
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  FB Memory Usage
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  Total : 97887 MiB
364
  Reserved : 640 MiB
365
- Used : 4 MiB
366
- Free : 97244 MiB
367
  BAR1 Memory Usage
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  Total : 256 MiB
369
- Used : 3 MiB
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- Free : 253 MiB
371
  Conf Compute Protected Memory Usage
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  Total : 0 MiB
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  Used : 0 MiB
@@ -435,8 +435,8 @@ GPU 00000000:21:00.0
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  Low : 0 bank(s)
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  None : 0 bank(s)
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  Temperature
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- GPU T.Limit Temp : 64 C
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  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
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  GPU Max Operating T.Limit Temp : 0 C
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  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
447
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- Instantaneous Power Draw : 16.58 W
449
  Current Power Limit : 575.00 W
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  Requested Power Limit : 575.00 W
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  Default Power Limit : 600.00 W
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  Graphics : 1177 MHz
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  SM : 1177 MHz
472
  Memory : 405 MHz
473
- Video : 600 MHz
474
  Applications Clocks
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  Graphics : 2617 MHz
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  Memory : 14001 MHz
@@ -547,8 +547,8 @@ GPU 00000000:41:00.0
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  ECC Object : 7.16
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  Power Management Object : N/A
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  Inforom BBX Object Flush
550
- Latest Timestamp : 2026/09/07 20:07:00.910
551
- Latest Duration : 66539 us
552
  GPU Operation Mode
553
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  Firmware : N/A
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  Replay Number Rollovers : 0
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589
- Rx Throughput : 1507 KB/s
590
  Atomic Caps Outbound : N/A
591
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
592
  Fan Speed : 30 %
@@ -611,12 +611,12 @@ GPU 00000000:41:00.0
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  FB Memory Usage
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  Total : 97887 MiB
613
  Reserved : 640 MiB
614
- Used : 4 MiB
615
- Free : 97244 MiB
616
  BAR1 Memory Usage
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  Total : 256 MiB
618
- Used : 3 MiB
619
- Free : 253 MiB
620
  Conf Compute Protected Memory Usage
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  Total : 0 MiB
622
  Used : 0 MiB
@@ -684,8 +684,8 @@ GPU 00000000:41:00.0
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  Low : 0 bank(s)
685
  None : 0 bank(s)
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  Temperature
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688
- GPU T.Limit Temp : 63 C
689
  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
691
  GPU Max Operating T.Limit Temp : 0 C
@@ -693,8 +693,8 @@ GPU 00000000:41:00.0
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  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
696
- Average Power Draw : 19.84 W
697
- Instantaneous Power Draw : 20.94 W
698
  Current Power Limit : 575.00 W
699
  Requested Power Limit : 575.00 W
700
  Default Power Limit : 600.00 W
@@ -796,8 +796,8 @@ GPU 00000000:C1:00.0
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  ECC Object : 7.16
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  Power Management Object : N/A
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  Inforom BBX Object Flush
799
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800
- Latest Duration : 66464 us
801
  GPU Operation Mode
802
  Current : N/A
803
  Pending : N/A
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  Firmware : N/A
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  Replays Since Reset : 0
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  Replay Number Rollovers : 0
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838
- Rx Throughput : 1494 KB/s
839
  Atomic Caps Outbound : N/A
840
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
841
  Fan Speed : 30 %
@@ -860,12 +860,12 @@ GPU 00000000:C1:00.0
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  FB Memory Usage
861
  Total : 97887 MiB
862
  Reserved : 640 MiB
863
- Used : 4 MiB
864
- Free : 97244 MiB
865
  BAR1 Memory Usage
866
  Total : 256 MiB
867
- Used : 3 MiB
868
- Free : 253 MiB
869
  Conf Compute Protected Memory Usage
870
  Total : 0 MiB
871
  Used : 0 MiB
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  Low : 0 bank(s)
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  Temperature
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937
- GPU T.Limit Temp : 64 C
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  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
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  GPU Max Operating T.Limit Temp : 0 C
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  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
945
- Average Power Draw : 18.77 W
946
- Instantaneous Power Draw : 17.95 W
947
  Current Power Limit : 575.00 W
948
  Requested Power Limit : 575.00 W
949
  Default Power Limit : 600.00 W
 
3
 
4
  ==============NVSMI LOG==============
5
 
6
+ Timestamp : Wed Sep 9 02:41:47 2026
7
  Driver Version : 580.173.02
8
  CUDA Version : 13.0
9
 
 
49
  ECC Object : 7.16
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  Power Management Object : N/A
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  Inforom BBX Object Flush
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53
+ Latest Duration : 66488 us
54
  GPU Operation Mode
55
  Current : N/A
56
  Pending : N/A
 
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  Bridge Chip
86
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  Firmware : N/A
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89
  Replay Number Rollovers : 0
90
+ Tx Throughput : 840 KB/s
91
+ Rx Throughput : 531 KB/s
92
  Atomic Caps Outbound : N/A
93
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
94
  Fan Speed : 30 %
 
113
  FB Memory Usage
114
  Total : 97887 MiB
115
  Reserved : 640 MiB
116
+ Used : 2 MiB
117
+ Free : 97247 MiB
118
  BAR1 Memory Usage
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  Total : 256 MiB
120
+ Used : 2 MiB
121
+ Free : 254 MiB
122
  Conf Compute Protected Memory Usage
123
  Total : 0 MiB
124
  Used : 0 MiB
 
186
  Low : 0 bank(s)
187
  None : 0 bank(s)
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  Temperature
189
+ GPU Current Temp : 31 C
190
+ GPU T.Limit Temp : 62 C
191
  GPU Shutdown T.Limit Temp : -5 C
192
  GPU Slowdown T.Limit Temp : -2 C
193
  GPU Max Operating T.Limit Temp : 0 C
 
195
  Memory Current Temp : N/A
196
  Memory Max Operating T.Limit Temp : N/A
197
  GPU Power Readings
198
+ Average Power Draw : 15.78 W
199
+ Instantaneous Power Draw : 15.97 W
200
  Current Power Limit : 575.00 W
201
  Requested Power Limit : 575.00 W
202
  Default Power Limit : 600.00 W
 
298
  ECC Object : 7.16
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  Power Management Object : N/A
300
  Inforom BBX Object Flush
301
+ Latest Timestamp : 2026/09/09 00:24:38.190
302
+ Latest Duration : 26003 us
303
  GPU Operation Mode
304
  Current : N/A
305
  Pending : N/A
 
336
  Firmware : N/A
337
  Replays Since Reset : 155
338
  Replay Number Rollovers : 0
339
+ Tx Throughput : 2425 KB/s
340
+ Rx Throughput : 1534 KB/s
341
  Atomic Caps Outbound : N/A
342
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
343
  Fan Speed : 30 %
 
362
  FB Memory Usage
363
  Total : 97887 MiB
364
  Reserved : 640 MiB
365
+ Used : 2 MiB
366
+ Free : 97247 MiB
367
  BAR1 Memory Usage
368
  Total : 256 MiB
369
+ Used : 2 MiB
370
+ Free : 254 MiB
371
  Conf Compute Protected Memory Usage
372
  Total : 0 MiB
373
  Used : 0 MiB
 
435
  Low : 0 bank(s)
436
  None : 0 bank(s)
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  Temperature
438
+ GPU Current Temp : 30 C
439
+ GPU T.Limit Temp : 63 C
440
  GPU Shutdown T.Limit Temp : -5 C
441
  GPU Slowdown T.Limit Temp : -2 C
442
  GPU Max Operating T.Limit Temp : 0 C
 
444
  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
446
  GPU Power Readings
447
+ Average Power Draw : 7.58 W
448
+ Instantaneous Power Draw : 7.58 W
449
  Current Power Limit : 575.00 W
450
  Requested Power Limit : 575.00 W
451
  Default Power Limit : 600.00 W
 
470
  Graphics : 1177 MHz
471
  SM : 1177 MHz
472
  Memory : 405 MHz
473
+ Video : 592 MHz
474
  Applications Clocks
475
  Graphics : 2617 MHz
476
  Memory : 14001 MHz
 
547
  ECC Object : 7.16
548
  Power Management Object : N/A
549
  Inforom BBX Object Flush
550
+ Latest Timestamp : 2026/09/09 00:24:46.975
551
+ Latest Duration : 25045 us
552
  GPU Operation Mode
553
  Current : N/A
554
  Pending : N/A
 
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  Firmware : N/A
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  Replays Since Reset : 3
587
  Replay Number Rollovers : 0
588
+ Tx Throughput : 2319 KB/s
589
+ Rx Throughput : 1597 KB/s
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  Atomic Caps Outbound : N/A
591
  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
592
  Fan Speed : 30 %
 
611
  FB Memory Usage
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  Total : 97887 MiB
613
  Reserved : 640 MiB
614
+ Used : 2 MiB
615
+ Free : 97247 MiB
616
  BAR1 Memory Usage
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  Total : 256 MiB
618
+ Used : 2 MiB
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+ Free : 254 MiB
620
  Conf Compute Protected Memory Usage
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  Total : 0 MiB
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  Used : 0 MiB
 
684
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685
  None : 0 bank(s)
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  Temperature
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688
+ GPU T.Limit Temp : 62 C
689
  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
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  GPU Max Operating T.Limit Temp : 0 C
 
693
  Memory Current Temp : N/A
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  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
696
+ Average Power Draw : 15.73 W
697
+ Instantaneous Power Draw : 15.73 W
698
  Current Power Limit : 575.00 W
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  Requested Power Limit : 575.00 W
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  Default Power Limit : 600.00 W
 
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  Power Management Object : N/A
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  Inforom BBX Object Flush
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800
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801
  GPU Operation Mode
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  Pending : N/A
 
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  Replays Since Reset : 0
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  Replay Number Rollovers : 0
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838
+ Rx Throughput : 1505 KB/s
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  Atomic Caps Outbound : N/A
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  Atomic Caps Inbound : FETCHADD_32 FETCHADD_64 SWAP_32 SWAP_64 CAS_32 CAS_64
841
  Fan Speed : 30 %
 
860
  FB Memory Usage
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  Total : 97887 MiB
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  Reserved : 640 MiB
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+ Free : 97247 MiB
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  BAR1 Memory Usage
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  Total : 256 MiB
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+ Free : 254 MiB
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  Conf Compute Protected Memory Usage
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  Total : 0 MiB
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  Used : 0 MiB
 
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  None : 0 bank(s)
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  Temperature
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937
+ GPU T.Limit Temp : 63 C
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  GPU Shutdown T.Limit Temp : -5 C
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  GPU Slowdown T.Limit Temp : -2 C
940
  GPU Max Operating T.Limit Temp : 0 C
 
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  Memory Current Temp : N/A
943
  Memory Max Operating T.Limit Temp : N/A
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  GPU Power Readings
945
+ Average Power Draw : 15.02 W
946
+ Instantaneous Power Draw : 15.28 W
947
  Current Power Limit : 575.00 W
948
  Requested Power Limit : 575.00 W
949
  Default Power Limit : 600.00 W
environment/gpu-smi.txt CHANGED
@@ -1,6 +1,6 @@
1
  ### nvidia-smi
2
 
3
- Tue Sep 8 01:43:22 2026
4
  +-----------------------------------------------------------------------------------------+
5
  | NVIDIA-SMI 580.173.02 Driver Version: 580.173.02 CUDA Version: 13.0 |
6
  +-----------------------------------------+------------------------+----------------------+
@@ -9,19 +9,19 @@ Tue Sep 8 01:43:22 2026
9
  | | | MIG M. |
10
  |=========================================+========================+======================|
11
  | 0 NVIDIA RTX PRO 6000 Blac... Off | 00000000:01:00.0 Off | Off |
12
- | 30% 30C P8 18W / 575W | 4MiB / 97887MiB | 0% Default |
13
  | | | N/A |
14
  +-----------------------------------------+------------------------+----------------------+
15
  | 1 NVIDIA RTX PRO 6000 Blac... Off | 00000000:21:00.0 Off | Off |
16
- | 30% 29C P8 10W / 575W | 4MiB / 97887MiB | 0% Default |
17
  | | | N/A |
18
  +-----------------------------------------+------------------------+----------------------+
19
  | 2 NVIDIA RTX PRO 6000 Blac... Off | 00000000:41:00.0 Off | Off |
20
- | 30% 30C P8 17W / 575W | 4MiB / 97887MiB | 0% Default |
21
  | | | N/A |
22
  +-----------------------------------------+------------------------+----------------------+
23
  | 3 NVIDIA RTX PRO 6000 Blac... Off | 00000000:C1:00.0 Off | Off |
24
- | 30% 29C P8 16W / 575W | 4MiB / 97887MiB | 0% Default |
25
  | | | N/A |
26
  +-----------------------------------------+------------------------+----------------------+
27
 
 
1
  ### nvidia-smi
2
 
3
+ Wed Sep 9 02:41:47 2026
4
  +-----------------------------------------------------------------------------------------+
5
  | NVIDIA-SMI 580.173.02 Driver Version: 580.173.02 CUDA Version: 13.0 |
6
  +-----------------------------------------+------------------------+----------------------+
 
9
  | | | MIG M. |
10
  |=========================================+========================+======================|
11
  | 0 NVIDIA RTX PRO 6000 Blac... Off | 00000000:01:00.0 Off | Off |
12
+ | 30% 31C P8 15W / 575W | 2MiB / 97887MiB | 0% Default |
13
  | | | N/A |
14
  +-----------------------------------------+------------------------+----------------------+
15
  | 1 NVIDIA RTX PRO 6000 Blac... Off | 00000000:21:00.0 Off | Off |
16
+ | 30% 30C P8 6W / 575W | 2MiB / 97887MiB | 0% Default |
17
  | | | N/A |
18
  +-----------------------------------------+------------------------+----------------------+
19
  | 2 NVIDIA RTX PRO 6000 Blac... Off | 00000000:41:00.0 Off | Off |
20
+ | 30% 31C P8 15W / 575W | 2MiB / 97887MiB | 0% Default |
21
  | | | N/A |
22
  +-----------------------------------------+------------------------+----------------------+
23
  | 3 NVIDIA RTX PRO 6000 Blac... Off | 00000000:C1:00.0 Off | Off |
24
+ | 30% 30C P8 14W / 575W | 2MiB / 97887MiB | 0% Default |
25
  | | | N/A |
26
  +-----------------------------------------+------------------------+----------------------+
27
 
environment/host-cpu.txt CHANGED
@@ -15,7 +15,7 @@ Core(s) per socket: 24
15
  Socket(s): 1
16
  Stepping: 1
17
  Frequency boost: enabled
18
- CPU(s) scaling MHz: 51%
19
  CPU max MHz: 4816.6992
20
  CPU min MHz: 1500.0000
21
  BogoMIPS: 8200.02
 
15
  Socket(s): 1
16
  Stepping: 1
17
  Frequency boost: enabled
18
+ CPU(s) scaling MHz: 44%
19
  CPU max MHz: 4816.6992
20
  CPU min MHz: 1500.0000
21
  BogoMIPS: 8200.02
environment/host-memory.txt CHANGED
@@ -1,7 +1,7 @@
1
  ### free -g
2
 
3
  total used free shared buff/cache available
4
- Mem: 755 15 163 0 581 739
5
  Swap: 7 0 7
6
 
7
  ### exit=0
 
1
  ### free -g
2
 
3
  total used free shared buff/cache available
4
+ Mem: 755 14 137 0 608 740
5
  Swap: 7 0 7
6
 
7
  ### exit=0
environment/host-mounts.txt CHANGED
@@ -3,11 +3,11 @@
3
  Filesystem Size Used Avail Use% Mounted on
4
  tmpfs 76G 5.5M 76G 1% /run
5
  efivarfs 256K 125K 127K 50% /sys/firmware/efi/efivars
6
- /dev/nvme0n1p2 3.6T 3.1T 354G 90% /
7
  tmpfs 378G 0 378G 0% /dev/shm
8
  tmpfs 5.0M 0 5.0M 0% /run/lock
9
  /dev/nvme0n1p1 1.1G 6.2M 1.1G 1% /boot/efi
10
- /dev/nvme1n1p1 3.6T 1.8T 1.7T 52% /media/fmodels2
11
  tmpfs 76G 20K 76G 1% /run/user/1000
12
  10.9.99.242:/mnt/GANAS02-T02S01/Ai-Storage 34T 21T 13T 62% /media/netmodels
13
 
 
3
  Filesystem Size Used Avail Use% Mounted on
4
  tmpfs 76G 5.5M 76G 1% /run
5
  efivarfs 256K 125K 127K 50% /sys/firmware/efi/efivars
6
+ /dev/nvme0n1p2 3.6T 3.1T 348G 91% /
7
  tmpfs 378G 0 378G 0% /dev/shm
8
  tmpfs 5.0M 0 5.0M 0% /run/lock
9
  /dev/nvme0n1p1 1.1G 6.2M 1.1G 1% /boot/efi
10
+ /dev/nvme1n1p1 3.6T 1.8T 1.7T 53% /media/fmodels2
11
  tmpfs 76G 20K 76G 1% /run/user/1000
12
  10.9.99.242:/mnt/GANAS02-T02S01/Ai-Storage 34T 21T 13T 62% /media/netmodels
13
 
environment/models/gemma-4-26B-A4B-it-NVFP4.txt CHANGED
@@ -1,3 +1,528 @@
1
- ### /media/fmodels2/cklaus/gemma-4-26B-A4B-it-NVFP4
2
 
3
- not a directory
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
1
+ ### /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4
2
 
3
+ ## file listing (name size)
4
+ chat_template.jinja 18924
5
+ config.json 22602
6
+ generation_config.json 204
7
+ .gitattributes 1570
8
+ inspect.json 1537
9
+ model.safetensors 16909852932
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+ processor_config.json 1689
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+ README.md 28303
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+ recipe.yaml 723
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+ tokenizer_config.json 2718
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+ tokenizer.json 32169726
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+
16
+ ## listing sha256
17
+ d491d0963e563a769c0cbd47861cfd5eafbe9b211a942cdb6a3fb6364e1a8bd4 -
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+
19
+ ## total bytes / file count
20
+ 16942103646 /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4
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+ 34
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+
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+ ## config and tokenizer sha256
24
+ b4258144b95d4b0a3b20ee9b5d83f60863ad627f89599ae11c1a5f75906f07b8 /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4/config.json
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+ e3527dfff6c0cdc69c9118b000165b0f2afc48665e23d6d9f61632ee44157b6f /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4/generation_config.json
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+ 04e06452d54505bd60fd2949cf3dcbe0e9f1dece1d025117796995494ad12ec6 /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4/tokenizer_config.json
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+ adbaa8175acf7609b4359724f40eff359ec4fac1a8647eeb99d4422be708e1cf /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4/tokenizer.json
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+ 845f1ee48e39fc942fe190da9df6a1c5db229e17a96ea08966ad1c9274e73d1b /media/fmodels2/unsloth/gemma-4-26B-A4B-it-NVFP4/chat_template.jinja
29
+
30
+ ## config.json
31
+ {
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+ "architectures": [
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+ "Gemma4ForConditionalGeneration"
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+ ],
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+ "audio_config": null,
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+ "audio_token_id": 258881,
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+ "boa_token_id": 256000,
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+ "boi_token_id": 255999,
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+ "dtype": "bfloat16",
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+ "eoa_token_id": 258883,
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+ "eoa_token_index": 258883,
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+ "eoi_token_id": 258882,
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+ "eos_token_id": 106,
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+ "head_dim": 256,
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+ "image_token_id": 258880,
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+ "initializer_range": 0.02,
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+ "model_type": "gemma4",
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+ "num_attention_heads": 16,
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+ "num_key_value_heads": 8,
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+ "pad_token_id": 0,
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+ "quantization_config": {
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+ "config_groups": {
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+ "group_0": {
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+ "format": "float-quantized",
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+ "input_activations": {
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+ "actorder": null,
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+ "block_structure": null,
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+ "dynamic": true,
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+ "group_size": null,
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+ "num_bits": 8,
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+ "observer": null,
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+ "observer_kwargs": {},
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+ "scale_dtype": null,
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+ "strategy": "token",
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+ "symmetric": true,
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+ "type": "float",
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+ "zp_dtype": null
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+ },
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+ "output_activations": null,
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+ "targets": [
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+ "re:.*self_attn\\.(q|k|v|o)_proj$"
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+ ],
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+ "weights": {
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+ "actorder": null,
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+ "block_structure": null,
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+ "dynamic": false,
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+ "group_size": null,
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+ "num_bits": 8,
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+ "observer": "memoryless_minmax",
80
+ "observer_kwargs": {},
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+ "scale_dtype": null,
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+ "strategy": "channel",
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+ "symmetric": true,
84
+ "type": "float",
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+ "zp_dtype": null
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+ }
87
+ },
88
+ "group_1": {
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+ "format": "nvfp4-pack-quantized",
90
+ "input_activations": {
91
+ "actorder": null,
92
+ "block_structure": null,
93
+ "dynamic": "local",
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+ "group_size": 16,
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+ "num_bits": 4,
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+ "observer": "static_minmax",
97
+ "observer_kwargs": {},
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+ "scale_dtype": "torch.float8_e4m3fn",
99
+ "strategy": "tensor_group",
100
+ "symmetric": true,
101
+ "type": "float",
102
+ "zp_dtype": null
103
+ },
104
+ "output_activations": null,
105
+ "targets": [
106
+ "re:.*\\.experts\\.\\d+\\.(gate|up|down)_proj$",
107
+ "re:.*language_model.*\\.mlp\\.(gate|up|down)_proj$"
108
+ ],
109
+ "weights": {
110
+ "actorder": null,
111
+ "block_structure": null,
112
+ "dynamic": false,
113
+ "group_size": 16,
114
+ "num_bits": 4,
115
+ "observer": "memoryless_minmax",
116
+ "observer_kwargs": {},
117
+ "scale_dtype": "torch.float8_e4m3fn",
118
+ "strategy": "tensor_group",
119
+ "symmetric": true,
120
+ "type": "float",
121
+ "zp_dtype": null
122
+ }
123
+ }
124
+ },
125
+ "format": "mixed-precision",
126
+ "global_compression_ratio": null,
127
+ "ignore": [
128
+ "model.vision_tower.patch_embedder.input_proj",
129
+ "model.vision_tower.encoder.layers.0.self_attn.q_proj.linear",
130
+ "model.vision_tower.encoder.layers.0.self_attn.k_proj.linear",
131
+ "model.vision_tower.encoder.layers.0.self_attn.v_proj.linear",
132
+ "model.vision_tower.encoder.layers.0.self_attn.o_proj.linear",
133
+ "model.vision_tower.encoder.layers.0.mlp.gate_proj.linear",
134
+ "model.vision_tower.encoder.layers.0.mlp.up_proj.linear",
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+ "model.vision_tower.encoder.layers.0.mlp.down_proj.linear",
136
+ "model.vision_tower.encoder.layers.1.self_attn.q_proj.linear",
137
+ "model.vision_tower.encoder.layers.1.self_attn.k_proj.linear",
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+ "model.vision_tower.encoder.layers.1.self_attn.v_proj.linear",
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+ "model.vision_tower.encoder.layers.1.self_attn.o_proj.linear",
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+ "model.vision_tower.encoder.layers.1.mlp.gate_proj.linear",
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+ "model.vision_tower.encoder.layers.1.mlp.up_proj.linear",
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+ "model.vision_tower.encoder.layers.1.mlp.down_proj.linear",
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+ "model.vision_tower.encoder.layers.2.self_attn.q_proj.linear",
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+ "model.vision_tower.encoder.layers.2.self_attn.k_proj.linear",
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+ "model.vision_tower.encoder.layers.2.self_attn.v_proj.linear",
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+ "model.vision_tower.encoder.layers.2.self_attn.o_proj.linear",
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+ "model.vision_tower.encoder.layers.2.mlp.gate_proj.linear",
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+ "model.vision_tower.encoder.layers.2.mlp.up_proj.linear",
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+ "model.vision_tower.encoder.layers.2.mlp.down_proj.linear",
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+ "model.vision_tower.encoder.layers.3.self_attn.q_proj.linear",
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+ "model.vision_tower.encoder.layers.3.self_attn.k_proj.linear",
152
+ "model.vision_tower.encoder.layers.3.self_attn.v_proj.linear",
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+ "model.vision_tower.encoder.layers.3.self_attn.o_proj.linear",
154
+ "model.vision_tower.encoder.layers.3.mlp.gate_proj.linear",
155
+ "model.vision_tower.encoder.layers.3.mlp.up_proj.linear",
156
+ "model.vision_tower.encoder.layers.3.mlp.down_proj.linear",
157
+ "model.vision_tower.encoder.layers.4.self_attn.q_proj.linear",
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+ "model.vision_tower.encoder.layers.4.self_attn.k_proj.linear",
159
+ "model.vision_tower.encoder.layers.4.self_attn.v_proj.linear",
160
+ "model.vision_tower.encoder.layers.4.self_attn.o_proj.linear",
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162
+ "model.vision_tower.encoder.layers.4.mlp.up_proj.linear",
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+ "model.vision_tower.encoder.layers.4.mlp.down_proj.linear",
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+ "model.vision_tower.encoder.layers.5.self_attn.q_proj.linear",
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+ "model.vision_tower.encoder.layers.5.self_attn.k_proj.linear",
166
+ "model.vision_tower.encoder.layers.5.self_attn.v_proj.linear",
167
+ "model.vision_tower.encoder.layers.5.self_attn.o_proj.linear",
168
+ "model.vision_tower.encoder.layers.5.mlp.gate_proj.linear",
169
+ "model.vision_tower.encoder.layers.5.mlp.up_proj.linear",
170
+ "model.vision_tower.encoder.layers.5.mlp.down_proj.linear",
171
+ "model.vision_tower.encoder.layers.6.self_attn.q_proj.linear",
172
+ "model.vision_tower.encoder.layers.6.self_attn.k_proj.linear",
173
+ "model.vision_tower.encoder.layers.6.self_attn.v_proj.linear",
174
+ "model.vision_tower.encoder.layers.6.self_attn.o_proj.linear",
175
+ "model.vision_tower.encoder.layers.6.mlp.gate_proj.linear",
176
+ "model.vision_tower.encoder.layers.6.mlp.up_proj.linear",
177
+ "model.vision_tower.encoder.layers.6.mlp.down_proj.linear",
178
+ "model.vision_tower.encoder.layers.7.self_attn.q_proj.linear",
179
+ "model.vision_tower.encoder.layers.7.self_attn.k_proj.linear",
180
+ "model.vision_tower.encoder.layers.7.self_attn.v_proj.linear",
181
+ "model.vision_tower.encoder.layers.7.self_attn.o_proj.linear",
182
+ "model.vision_tower.encoder.layers.7.mlp.gate_proj.linear",
183
+ "model.vision_tower.encoder.layers.7.mlp.up_proj.linear",
184
+ "model.vision_tower.encoder.layers.7.mlp.down_proj.linear",
185
+ "model.vision_tower.encoder.layers.8.self_attn.q_proj.linear",
186
+ "model.vision_tower.encoder.layers.8.self_attn.k_proj.linear",
187
+ "model.vision_tower.encoder.layers.8.self_attn.v_proj.linear",
188
+ "model.vision_tower.encoder.layers.8.self_attn.o_proj.linear",
189
+ "model.vision_tower.encoder.layers.8.mlp.gate_proj.linear",
190
+ "model.vision_tower.encoder.layers.8.mlp.up_proj.linear",
191
+ "model.vision_tower.encoder.layers.8.mlp.down_proj.linear",
192
+ "model.vision_tower.encoder.layers.9.self_attn.q_proj.linear",
193
+ "model.vision_tower.encoder.layers.9.self_attn.k_proj.linear",
194
+ "model.vision_tower.encoder.layers.9.self_attn.v_proj.linear",
195
+ "model.vision_tower.encoder.layers.9.self_attn.o_proj.linear",
196
+ "model.vision_tower.encoder.layers.9.mlp.gate_proj.linear",
197
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198
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199
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200
+ "model.vision_tower.encoder.layers.10.self_attn.k_proj.linear",
201
+ "model.vision_tower.encoder.layers.10.self_attn.v_proj.linear",
202
+ "model.vision_tower.encoder.layers.10.self_attn.o_proj.linear",
203
+ "model.vision_tower.encoder.layers.10.mlp.gate_proj.linear",
204
+ "model.vision_tower.encoder.layers.10.mlp.up_proj.linear",
205
+ "model.vision_tower.encoder.layers.10.mlp.down_proj.linear",
206
+ "model.vision_tower.encoder.layers.11.self_attn.q_proj.linear",
207
+ "model.vision_tower.encoder.layers.11.self_attn.k_proj.linear",
208
+ "model.vision_tower.encoder.layers.11.self_attn.v_proj.linear",
209
+ "model.vision_tower.encoder.layers.11.self_attn.o_proj.linear",
210
+ "model.vision_tower.encoder.layers.11.mlp.gate_proj.linear",
211
+ "model.vision_tower.encoder.layers.11.mlp.up_proj.linear",
212
+ "model.vision_tower.encoder.layers.11.mlp.down_proj.linear",
213
+ "model.vision_tower.encoder.layers.12.self_attn.q_proj.linear",
214
+ "model.vision_tower.encoder.layers.12.self_attn.k_proj.linear",
215
+ "model.vision_tower.encoder.layers.12.self_attn.v_proj.linear",
216
+ "model.vision_tower.encoder.layers.12.self_attn.o_proj.linear",
217
+ "model.vision_tower.encoder.layers.12.mlp.gate_proj.linear",
218
+ "model.vision_tower.encoder.layers.12.mlp.up_proj.linear",
219
+ "model.vision_tower.encoder.layers.12.mlp.down_proj.linear",
220
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221
+ "model.vision_tower.encoder.layers.13.self_attn.k_proj.linear",
222
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+ "model.vision_tower.encoder.layers.13.self_attn.o_proj.linear",
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+ "model.vision_tower.encoder.layers.13.mlp.gate_proj.linear",
225
+ "model.vision_tower.encoder.layers.13.mlp.up_proj.linear",
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227
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236
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258
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260
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262
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263
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264
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265
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266
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267
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268
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269
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270
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271
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272
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273
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274
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275
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276
+ "model.vision_tower.encoder.layers.21.self_attn.q_proj.linear",
277
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278
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279
+ "model.vision_tower.encoder.layers.21.self_attn.o_proj.linear",
280
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281
+ "model.vision_tower.encoder.layers.21.mlp.up_proj.linear",
282
+ "model.vision_tower.encoder.layers.21.mlp.down_proj.linear",
283
+ "model.vision_tower.encoder.layers.22.self_attn.q_proj.linear",
284
+ "model.vision_tower.encoder.layers.22.self_attn.k_proj.linear",
285
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286
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287
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288
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289
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290
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291
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292
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293
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294
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295
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296
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297
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298
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299
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301
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302
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318
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319
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320
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324
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327
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