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769
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0
tensor00000_000#0
embedding.slot_00.token_embedding
token_embedding
embedding_heavy
f32
[ 131072, 6144 ]
805,306,368
3,221,225,472
0
xai-org/grok-1:ckpt-0/tensor00000_000
candidate_embedding
null
grok-1
xai-org/grok-1:ckpt-0
1
tensor00001_000#0
final_norm.slot_00.final_norm
final_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
1
xai-org/grok-1:ckpt-0/tensor00001_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
2
tensor00002_000#0
block_000.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
2
xai-org/grok-1:ckpt-0/tensor00002_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
3
tensor00003_000#0
block_000.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
3
xai-org/grok-1:ckpt-0/tensor00003_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
4
tensor00004_000#0
block_000.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
4
xai-org/grok-1:ckpt-0/tensor00004_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
5
tensor00005_000#0
block_000.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
5
xai-org/grok-1:ckpt-0/tensor00005_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
6
tensor00006_000#0
block_000.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
6
xai-org/grok-1:ckpt-0/tensor00006_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
7
tensor00007_000#0
block_000.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
7
xai-org/grok-1:ckpt-0/tensor00007_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
8
tensor00008_000#0
block_000.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
8
xai-org/grok-1:ckpt-0/tensor00008_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
9
tensor00009_000#0
block_000.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
9
xai-org/grok-1:ckpt-0/tensor00009_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
10
tensor00010_000#0
block_000.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
10
xai-org/grok-1:ckpt-0/tensor00010_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
11
tensor00011_000#0
block_000.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
11
xai-org/grok-1:ckpt-0/tensor00011_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
12
tensor00012_000#0
block_000.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
12
xai-org/grok-1:ckpt-0/tensor00012_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
13
tensor00013_000#0
block_000.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
13
xai-org/grok-1:ckpt-0/tensor00013_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
14
tensor00014_000#0
block_001.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
14
xai-org/grok-1:ckpt-0/tensor00014_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
15
tensor00015_000#0
block_001.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
15
xai-org/grok-1:ckpt-0/tensor00015_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
16
tensor00016_000#0
block_001.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
16
xai-org/grok-1:ckpt-0/tensor00016_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
17
tensor00017_000#0
block_001.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
17
xai-org/grok-1:ckpt-0/tensor00017_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
18
tensor00018_000#0
block_001.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
18
xai-org/grok-1:ckpt-0/tensor00018_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
19
tensor00019_000#0
block_001.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
19
xai-org/grok-1:ckpt-0/tensor00019_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
20
tensor00020_000#0
block_001.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
20
xai-org/grok-1:ckpt-0/tensor00020_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
21
tensor00021_000#0
block_001.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
21
xai-org/grok-1:ckpt-0/tensor00021_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
22
tensor00022_000#0
block_001.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
22
xai-org/grok-1:ckpt-0/tensor00022_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
23
tensor00023_000#0
block_001.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
23
xai-org/grok-1:ckpt-0/tensor00023_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
24
tensor00024_000#0
block_001.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
24
xai-org/grok-1:ckpt-0/tensor00024_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
25
tensor00025_000#0
block_001.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
25
xai-org/grok-1:ckpt-0/tensor00025_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
26
tensor00026_000#0
block_002.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
26
xai-org/grok-1:ckpt-0/tensor00026_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
27
tensor00027_000#0
block_002.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
27
xai-org/grok-1:ckpt-0/tensor00027_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
28
tensor00028_000#0
block_002.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
28
xai-org/grok-1:ckpt-0/tensor00028_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
29
tensor00029_000#0
block_002.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
29
xai-org/grok-1:ckpt-0/tensor00029_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
30
tensor00030_000#0
block_002.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
30
xai-org/grok-1:ckpt-0/tensor00030_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
31
tensor00031_000#0
block_002.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
31
xai-org/grok-1:ckpt-0/tensor00031_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
32
tensor00032_000#0
block_002.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
32
xai-org/grok-1:ckpt-0/tensor00032_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
33
tensor00033_000#0
block_002.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
33
xai-org/grok-1:ckpt-0/tensor00033_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
34
tensor00034_000#0
block_002.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
34
xai-org/grok-1:ckpt-0/tensor00034_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
35
tensor00035_000#0
block_002.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
35
xai-org/grok-1:ckpt-0/tensor00035_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
36
tensor00036_000#0
block_002.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
36
xai-org/grok-1:ckpt-0/tensor00036_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
37
tensor00037_000#0
block_002.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
37
xai-org/grok-1:ckpt-0/tensor00037_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
38
tensor00038_000#0
block_003.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
38
xai-org/grok-1:ckpt-0/tensor00038_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
39
tensor00039_000#0
block_003.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
39
xai-org/grok-1:ckpt-0/tensor00039_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
40
tensor00040_000#0
block_003.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
40
xai-org/grok-1:ckpt-0/tensor00040_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
41
tensor00041_000#0
block_003.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
41
xai-org/grok-1:ckpt-0/tensor00041_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
42
tensor00042_000#0
block_003.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
42
xai-org/grok-1:ckpt-0/tensor00042_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
43
tensor00043_000#0
block_003.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
43
xai-org/grok-1:ckpt-0/tensor00043_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
44
tensor00044_000#0
block_003.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
44
xai-org/grok-1:ckpt-0/tensor00044_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
45
tensor00045_000#0
block_003.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
45
xai-org/grok-1:ckpt-0/tensor00045_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
46
tensor00046_000#0
block_003.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
46
xai-org/grok-1:ckpt-0/tensor00046_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
47
tensor00047_000#0
block_003.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
47
xai-org/grok-1:ckpt-0/tensor00047_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
48
tensor00048_000#0
block_003.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
48
xai-org/grok-1:ckpt-0/tensor00048_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
49
tensor00049_000#0
block_003.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
49
xai-org/grok-1:ckpt-0/tensor00049_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
50
tensor00050_000#0
block_004.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
50
xai-org/grok-1:ckpt-0/tensor00050_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
51
tensor00051_000#0
block_004.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
51
xai-org/grok-1:ckpt-0/tensor00051_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
52
tensor00052_000#0
block_004.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
52
xai-org/grok-1:ckpt-0/tensor00052_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
53
tensor00053_000#0
block_004.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
53
xai-org/grok-1:ckpt-0/tensor00053_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
54
tensor00054_000#0
block_004.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
54
xai-org/grok-1:ckpt-0/tensor00054_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
55
tensor00055_000#0
block_004.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
55
xai-org/grok-1:ckpt-0/tensor00055_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
56
tensor00056_000#0
block_004.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
56
xai-org/grok-1:ckpt-0/tensor00056_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
57
tensor00057_000#0
block_004.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
57
xai-org/grok-1:ckpt-0/tensor00057_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
58
tensor00058_000#0
block_004.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
58
xai-org/grok-1:ckpt-0/tensor00058_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
59
tensor00059_000#0
block_004.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
59
xai-org/grok-1:ckpt-0/tensor00059_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
60
tensor00060_000#0
block_004.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
60
xai-org/grok-1:ckpt-0/tensor00060_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
61
tensor00061_000#0
block_004.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
61
xai-org/grok-1:ckpt-0/tensor00061_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
62
tensor00062_000#0
block_005.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
62
xai-org/grok-1:ckpt-0/tensor00062_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
63
tensor00063_000#0
block_005.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
63
xai-org/grok-1:ckpt-0/tensor00063_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
64
tensor00064_000#0
block_005.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
64
xai-org/grok-1:ckpt-0/tensor00064_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
65
tensor00065_000#0
block_005.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
65
xai-org/grok-1:ckpt-0/tensor00065_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
66
tensor00066_000#0
block_005.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
66
xai-org/grok-1:ckpt-0/tensor00066_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
67
tensor00067_000#0
block_005.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
67
xai-org/grok-1:ckpt-0/tensor00067_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
68
tensor00068_000#0
block_005.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
68
xai-org/grok-1:ckpt-0/tensor00068_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
69
tensor00069_000#0
block_005.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
69
xai-org/grok-1:ckpt-0/tensor00069_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
70
tensor00070_000#0
block_005.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
70
xai-org/grok-1:ckpt-0/tensor00070_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
71
tensor00071_000#0
block_005.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
71
xai-org/grok-1:ckpt-0/tensor00071_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
72
tensor00072_000#0
block_005.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
72
xai-org/grok-1:ckpt-0/tensor00072_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
73
tensor00073_000#0
block_005.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
73
xai-org/grok-1:ckpt-0/tensor00073_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
74
tensor00074_000#0
block_006.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
74
xai-org/grok-1:ckpt-0/tensor00074_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
75
tensor00075_000#0
block_006.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
75
xai-org/grok-1:ckpt-0/tensor00075_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
76
tensor00076_000#0
block_006.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
76
xai-org/grok-1:ckpt-0/tensor00076_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
77
tensor00077_000#0
block_006.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
77
xai-org/grok-1:ckpt-0/tensor00077_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
78
tensor00078_000#0
block_006.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
78
xai-org/grok-1:ckpt-0/tensor00078_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
79
tensor00079_000#0
block_006.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
79
xai-org/grok-1:ckpt-0/tensor00079_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
80
tensor00080_000#0
block_006.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
80
xai-org/grok-1:ckpt-0/tensor00080_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
81
tensor00081_000#0
block_006.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
81
xai-org/grok-1:ckpt-0/tensor00081_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
82
tensor00082_000#0
block_006.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
82
xai-org/grok-1:ckpt-0/tensor00082_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
83
tensor00083_000#0
block_006.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
83
xai-org/grok-1:ckpt-0/tensor00083_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
84
tensor00084_000#0
block_006.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
84
xai-org/grok-1:ckpt-0/tensor00084_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
85
tensor00085_000#0
block_006.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
85
xai-org/grok-1:ckpt-0/tensor00085_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
86
tensor00086_000#0
block_007.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
86
xai-org/grok-1:ckpt-0/tensor00086_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
87
tensor00087_000#0
block_007.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
87
xai-org/grok-1:ckpt-0/tensor00087_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
88
tensor00088_000#0
block_007.slot_02.moe_expert.up
moe_expert.up
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
88
xai-org/grok-1:ckpt-0/tensor00088_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
89
tensor00089_000#0
block_007.slot_03.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
89
xai-org/grok-1:ckpt-0/tensor00089_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
90
tensor00090_000#0
block_007.slot_04.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
90
xai-org/grok-1:ckpt-0/tensor00090_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
91
tensor00091_000#0
block_007.slot_05.attn_proj_i8.model_width
attn_proj_i8.model_width
potential_compression_target
i8
[ 6144, 6144 ]
37,748,736
37,748,736
91
xai-org/grok-1:ckpt-0/tensor00091_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
92
tensor00092_000#0
block_007.slot_06.attn_proj_i8.narrow
attn_proj_i8.narrow
potential_compression_target
i8
[ 6144, 1024 ]
6,291,456
6,291,456
92
xai-org/grok-1:ckpt-0/tensor00092_000
wrap_existing_int8_unknown
null
grok-1
xai-org/grok-1:ckpt-0
93
tensor00093_000#0
block_007.slot_07.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
93
xai-org/grok-1:ckpt-0/tensor00093_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
94
tensor00094_000#0
block_007.slot_08.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
94
xai-org/grok-1:ckpt-0/tensor00094_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
95
tensor00095_000#0
block_007.slot_09.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
95
xai-org/grok-1:ckpt-0/tensor00095_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
96
tensor00096_000#0
block_007.slot_10.block_norm
block_norm
normalization_sensitive
f32
[ 6144 ]
6,144
24,576
96
xai-org/grok-1:ckpt-0/tensor00096_000
passthrough_f32_norm
protected normalization tensor; keep f32 in first-pass planning
grok-1
xai-org/grok-1:ckpt-0
97
tensor00097_000#0
block_007.slot_11.router
router
routing_critical
f32
[ 6144, 8 ]
49,152
196,608
97
xai-org/grok-1:ckpt-0/tensor00097_000
passthrough_f32_router
protected router tensor; keep f32 to preserve expert selection
grok-1
xai-org/grok-1:ckpt-0
98
tensor00098_000#0
block_008.slot_00.moe_expert.gate
moe_expert.gate
potential_compression_target
i8
[ 8, 6144, 32768 ]
1,610,612,736
1,610,612,736
98
xai-org/grok-1:ckpt-0/tensor00098_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
99
tensor00099_000#0
block_008.slot_01.moe_expert.down
moe_expert.down
potential_compression_target
i8
[ 8, 32768, 6144 ]
1,610,612,736
1,610,612,736
99
xai-org/grok-1:ckpt-0/tensor00099_000
wrap_existing_int8_expert
null
grok-1
xai-org/grok-1:ckpt-0
End of preview. Expand in Data Studio

Grok-1 structural parse artifacts (personal research)

Personal research tooling output — not a product release and not a hybrid-quantization implementation. Structural parse of open Grok-1 checkpoint shards (tensor inventory, MoE expert layout, routing-critical tensors, conversion policies, reports) produced by the rmems/xai-dissect weight parser.

This is not a copy of the model weights, not a finetune, not an inference runtime, and does not implement hybrid quantization.

Purpose / research context

These files are personal experiment artifacts. They were collected with xai-dissect to:

  1. Map open xai-org/grok-1 ckpt-0 shard layout (770 tensors, MoE experts, routers, norms).
  2. Inventory packing already present in the open checkpoint (many expert/attention shards ship as int8 packs under names like quant.weight in the official release).
  3. Support offline personal research toward hybrid quantization / routing-preserving packing ideas — as parser ground truth, not as a shipped quantizer.

If you are looking for a hybrid quantization system, this dataset is the wrong place: it is only the dissection metadata from running a personal parser over the public weights.

About packing labels in the data

Where What you will see
Dataset Viewer (data/*.jsonl) Viewer-friendly names: packed_weight, packing_policy, attention_projection_i8
Full artifacts/ tree Native xai-dissect / checkpoint vocabulary may still say quant_weight, quant_policy, quant.weight, etc.

Those native strings describe how the open Grok-1 checkpoint is already packed, not a claim that this project applied hybrid quantization.

Source weights

Field Value
Hub model xai-org/grok-1
Checkpoint ckpt-0 (770 shards)
Portable ref in files xai-org/grok-1:ckpt-0
hf download xai-org/grok-1 --include "ckpt-0/*" --local-dir checkpoints

Upstream open-weights code: xai-org/grok-1.

Dataset configs (Hub viewer)

Config Rows Description
tensors 770 Flat tensor inventory rows (data/tensors.jsonl; roles use packed_weight for int8 packs)
conversion 770 Per-tensor structural names + packing_policy
routing_critical 64 Routing-critical tensor summaries
from datasets import load_dataset

tensors = load_dataset("rmems/grok-1-dissect-artifacts", "tensors", split="train")
print(tensors[0])

Full artifacts tree

Complete path-scrubbed JSON/Markdown from run grok1_run3_20260802T023050Z (tool-native field names; see packing note above):

artifacts/grok1_run3_20260802T023050Z/
  exports/xai-grok-1-ckpt-0/     # inventory, experts, routing, stats (+ findings)
  manifests/xai-grok-1-ckpt-0/   # conversion, coverage, routing plans
  reports/xai-grok-1-ckpt-0/     # Markdown reports
  RUN_ID.txt

Also included:

  • provenance.json — purpose, source model, parser, exclusions, packaging attribution
  • dataset_card.json — machine-readable card summary
  • file_manifest.json — path + size + sha256 for every published file

Architecture snapshot (from inventory)

Hyperparameter Value
vocab_size 131072
d_model 6144
n_experts 8
d_ff 32768
n_blocks 64
shards / tensors 770

What is excluded

  • Downstream planning surfaces that sketched future packing pilots (quant-plan, pilot-selection-plan) — those are not part of this personal research drop
  • Weight tensors / checkpoint blobs
  • Host-absolute paths and usernames (all refs use portable xai-org/grok-1:ckpt-0/...)
  • Local run logs and comparison notes
  • Unrelated local campaign side outputs

How it was produced

  1. Run personal xai-dissect tooling against open Grok-1 ckpt-0 shards.
  2. Keep structural parser surfaces only (inventory / experts / routing / stats + manifests).
  3. Scrub absolute host paths to portable Hub refs.
  4. Emit flat JSONL tables for the Dataset Viewer (viewer-friendly packing field names).
  5. Publish as a research dump of parser output — not as a hybrid-quant product.

Citation

If you use this dataset, please also cite the source weights:

@misc{grok1_dissect_artifacts,
  title  = {Grok-1 structural parse artifacts (personal research)},
  author = {rmems},
  year   = {2026},
  url    = {https://huggingface.co/datasets/rmems/grok-1-dissect-artifacts},
  note   = {Personal xai-dissect parser output; not hybrid quant; weights from xai-org/grok-1}
}

@misc{grok1,
  title  = {Grok-1},
  author = {xAI},
  year   = {2024},
  url    = {https://huggingface.co/xai-org/grok-1}
}

License

Apache-2.0 (artifact packaging), matching the open Grok-1 weights license on the Hub. The parser repository may use a different license; this package contains derived structural metadata only.

Attribution

Dataset packaging, path scrubbing, Hub layout, and card authoring: Grok Build: Grok 4.5 (high).

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