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1
  # Metrics Description
2
 
3
- ## Perf (CPU perf & related)
4
 
5
- Perf:Branches.*[count]
6
 
7
- Perf:Branch_Misses.*[count]
8
 
9
- Perf:Cycles.*[count]
10
 
11
- Perf:Instructions.*[count]
12
 
13
- Perf:IPC.*[-]
14
 
15
- Perf:BranchUtilization.*[%]
16
 
17
- Perf:CacheUtilization.*[%]
18
 
19
- Perf:StallRatio.*[%]
20
 
21
- Perf:OccupancyRatio.*[%]
22
 
23
- ## Memory (from perf & Memory)
24
 
25
- Perf:Cache_Misses.*[count]
26
 
27
- Perf:Cache_References.*[count]
28
 
29
- Perf:Cycle_activity_cycles_l3_miss.*[count]
30
 
31
- Perf:Cycle_activity_stalls_l3_miss.*[count]
32
 
33
- Perf:Hle_retired_aborted.*[count]
34
 
35
- Perf:Hle_retired_commit.*[count]
36
 
37
- Perf:Mem_trans_retired_load_latency_gt_128.*[count]
38
 
39
- Perf:Mem_trans_retired_load_latency_gt_256.*[count]
40
 
41
- Perf:Mem-loads.*[count]
42
 
43
- Perf:Mem-stores.*[count]
44
 
45
- Memory:Active.*[kB]
46
 
47
- Memory:AnonHugePages.*[kB]
48
 
49
- Memory:AnonPages.*[kB]
50
 
51
- Memory:Bounce.*[kB]
52
 
53
- Memory:Buffers.*[kB]
54
 
55
- Memory:Cached.*[kB]
56
 
57
- Memory:CommitLimit.*[kB]
58
 
59
- Memory:Committed_AS.*[kB]
60
 
61
- Memory:DirectMap1G.*[kB]
62
 
63
- Memory:DirectMap2M.*[kB]
64
 
65
- Memory:DirectMap4k.*[kB]
66
 
67
- Memory:Dirty.*[kB]
68
 
69
- Memory:HardwareCorrupted.*[kB]
70
 
71
- Memory:Hugepagesize.*[kB]
72
 
73
- Memory:Hugetlb.*[kB]
74
 
75
- Memory:Inactive.*[kB]
76
 
77
- Memory:KReclaimable.*[kB]
78
 
79
- Memory:KernelStack.*[kB]
80
 
81
- Memory:Mapped.*[kB]
82
 
83
- Memory:MemAvailable.*[kB]
84
 
85
- Memory:MemFree.*[kB]
86
 
87
- Memory:MemTotal.*[kB]
88
 
89
- Memory:Mlocked.*[kB]
90
 
91
- Memory:NFS_Unstable.*[kB]
92
 
93
- Memory:PageTables.*[kB]
94
 
95
- Memory:SReclaimable.*[kB]
96
 
97
- Memory:SUnreclaim.*[kB]
98
 
99
- Memory:Shmem.*[kB]
100
 
101
- Memory:ShmemHugePages.*[kB]
102
 
103
- Memory:ShmemPmdMapped.*[kB]
104
 
105
- Memory:Slab.*[kB]
106
 
107
- Memory:SwapCached.*[kB]
108
 
109
- Memory:SwapFree.*[kB]
110
 
111
- Memory:SwapTotal.*[kB]
112
 
113
- Memory:Unevictable.*[kB]
114
 
115
- Memory:VmallocChunk.*[kB]
116
 
117
- Memory:VmallocTotal.*[kB]
118
 
119
- Memory:VmallocUsed.*[kB]
120
 
121
- Memory:Writeback.*[kB]
122
 
123
- Memory:WritebackTmp.*[kB]
124
 
125
- Memory:MemoryUtilization.*[%]
126
 
127
- ## Turbostat (per-core / package readings and derived)
128
 
129
- ### Avg_MHz (per-core)
130
 
131
- Turbostat:Avg_MHz.\<n\>.*[MHz]
132
 
133
- Turbostat:Avg_MHz.-.*[MHz]
134
 
135
- ### Busy% (per-core)
136
 
137
- Turbostat:Busy%.\<n\>.*[%]
138
 
139
- Turbostat:Busy%.-.*[%]
140
 
141
- ### Bzy_MHz (per-core)
142
 
143
- Turbostat:Bzy_MHz.\<n\>.*[MHz]
144
 
145
- Turbostat:Bzy_MHz.-.*[MHz]
146
 
147
- ### TSC_MHz (per-core)
148
 
149
- Turbostat:TSC_MHz.\<n\>.*[MHz]
150
 
151
- Turbostat:TSC_MHz.-.*[MHz]
152
 
153
- ### IRQ (per-core)
154
 
155
- Turbostat:IRQ.\<n\>.*[count]
156
 
157
- Turbostat:IRQ.-.*[count]
158
 
159
- ### SMI (per-core)
160
 
161
- Turbostat:SMI.\<n\>.*[count]
162
 
163
- Turbostat:SMI.-.*[count]
164
 
165
- ### CPU C-state residency (per-core)
166
 
167
- Turbostat:CPU%c1.\<n\>.*[%]
168
 
169
- Turbostat:CPU%c1.-.*[%]
170
 
171
- Turbostat:CPU%c6.\<n\>.*[%]
172
 
173
- Turbostat:CPU%c6.-.*[%]
174
 
175
- ### Core & Package temps / power / package state / utilization
176
 
177
- Turbostat:CoreTmp.\<n\>.*[C]
178
 
179
- Turbostat:CoreTmp.-.*[C]
180
 
181
- Turbostat:PkgTmp.\<n\>.*[C]
182
 
183
- Turbostat:PkgTmp.\<n\>.*[C]
184
 
185
- Turbostat:PkgTmp.-.*[C]
186
 
187
- Turbostat:Pkg%pc2.\<n\>.*[%]
188
 
189
- Turbostat:Pkg%pc2.\<n\>.*[%]
190
 
191
- Turbostat:Pkg%pc2.-.*[%]
192
 
193
- Turbostat:Pkg%pc6.\<n\>.*[%]
194
 
195
- Turbostat:Pkg%pc6.\<n\>.*[%]
196
 
197
- Turbostat:Pkg%pc6.-.*[%]
198
 
199
- Turbostat:PkgWatt.\<n\>.*[W]
200
 
201
- Turbostat:PkgWatt.\<n\>.*[W]
202
 
203
- Turbostat:PkgWatt.-.*[W]
204
 
205
- Turbostat:RAMWatt.\<n\>.*[W]
206
 
207
- Turbostat:RAMWatt.\<n\>.*[W]
208
 
209
- Turbostat:RAMWatt.-.*[W]
210
 
211
- Turbostat:PKG_%.\<n\>.*[%]
212
 
213
- Turbostat:PKG_%.\<n\>.*[%]
214
 
215
- Turbostat:PKG_%.-.*[%]
216
 
217
- Turbostat:RAM_%.\<n\>.*[%]
218
 
219
- Turbostat:RAM_%.\<n\>.*[%]
220
 
221
- Turbostat:RAM_%.-.*[%]
222
 
223
- Note: Some fields in the header appear with specific core numbers (e.g., .0, .24); in the README, \<n\> is used to represent any core number. In the actual data file, please replace \<n\> with the actual core number.
224
 
225
- ### CPU utilization (per CPU core & average)
226
 
227
- CPU:CPU\<n\>Utilization.*[%] β€” Where \<n\> is the core number (CPU0..CPU47 appears in the example header, and the order may not be consistent).
228
 
229
- AverageCPUUtilization.*[%]
230
 
231
- ### Storage (from Storage: prefix)
232
 
233
- Storage:reads_completed_successfully.*[count]
234
 
235
- Storage:reads_merged.*[count]
236
 
237
- Storage:sectors_read.*[sectors]
238
 
239
- Storage:writes_completed.*[count]
240
 
241
- Storage:writes_merged.*[count]
242
 
243
- Storage:sectors_written.*[sectors]
244
-
245
- Storage:discards_completed_successfully.*[count]
246
-
247
- Storage:discards_merged.*[count]
248
-
249
- Storage:sectors_discarded.*[sectors]
250
-
251
- Storage:time_spent_reading_(ms).* [ms]
252
-
253
- Storage:time_spent_writing_(ms).* [ms]
254
-
255
- Storage:I/Os_currently_in_progress.*[count]
256
-
257
- Storage:time_spent_doing_I/Os_(ms).* [ms]
258
-
259
- Storage:weighted_time_spent_doing_I/Os_(ms).* [ms]
260
-
261
- Storage:time_spent_discarding.*[ms]
262
 
263
  ## GPU (device-specific fields; device index replaced by \<n\>)
264
 
265
- ### Device-specific fields (GPU index \<n\>):
266
-
267
- GPU: pcie.link.gen.current.\<n\>.*[generation]
268
-
269
- GPU: pcie.link.width.current.\<n\>.*[lanes]
270
-
271
- GPU: accounting.buffer_size.\<n\>.*[MB]
272
-
273
- GPU: fan.speed.\<n\>.*[%]
274
-
275
- GPU: memory.used.\<n\>.*[MiB]
276
-
277
- GPU: memory.free.\<n\>.*[MiB]
278
-
279
- GPU: utilization.gpu.\<n\>.*[%]
280
-
281
- GPU: utilization.memory.\<n\>.*[%]
282
-
283
- GPU: utilization.encoder.\<n\>.*[%]
284
-
285
- GPU: utilization.decoder.\<n\>.*[%]
286
-
287
- GPU: utilization.jpeg.\<n\>.*[%]
288
-
289
- GPU: utilization.ofa.\<n\>.*[%]
290
 
291
- GPU: encoder.stats.sessionCount.\<n\>.*[count]
292
 
293
- GPU: encoder.stats.averageFps.\<n\>.*[fps]
294
 
295
- GPU: encoder.stats.averageLatency.\<n\>.*[ms]
296
 
297
- ### ECC / error counters (per device \<n\>):
298
 
299
- GPU: ecc.errors.corrected.volatile.device_memory.\<n\>.*[count]
300
 
301
- GPU: ecc.errors.corrected.volatile.dram.\<n\>.*[count]
302
 
303
- GPU: ecc.errors.corrected.volatile.register_file.\<n\>.*[count]
304
 
305
- GPU: ecc.errors.corrected.volatile.l1_cache.\<n\>.*[count]
306
 
307
- GPU: ecc.errors.corrected.volatile.l2_cache.\<n\>.*[count]
308
 
309
- GPU: ecc.errors.corrected.volatile.texture_memory.\<n\>.*[count]
310
 
311
- GPU: ecc.errors.corrected.volatile.cbu.\<n\>.*[count]
312
 
313
- GPU: ecc.errors.corrected.volatile.sram.\<n\>.*[count]
314
 
315
- GPU: ecc.errors.corrected.volatile.total.\<n\>.*[count]
316
 
317
- GPU: ecc.errors.corrected.aggregate.device_memory.\<n\>.*[count]
318
 
319
- GPU: ecc.errors.corrected.aggregate.dram.\<n\>.*[count]
320
 
321
- GPU: ecc.errors.corrected.aggregate.register_file.\<n\>.*[count]
322
 
323
- GPU: ecc.errors.corrected.aggregate.l1_cache.\<n\>.*[count]
324
 
325
- GPU: ecc.errors.corrected.aggregate.l2_cache.\<n\>.*[count]
326
 
327
- GPU: ecc.errors.corrected.aggregate.texture_memory.\<n\>.*[count]
328
 
329
- GPU: ecc.errors.corrected.aggregate.cbu.\<n\>.*[count]
330
-
331
- GPU: ecc.errors.corrected.aggregate.sram.\<n\>.*[count]
332
-
333
- GPU: ecc.errors.corrected.aggregate.total.\<n\>.*[count]
334
-
335
- GPU: ecc.errors.uncorrected.volatile.device_memory.\<n\>.*[count]
336
-
337
- GPU: ecc.errors.uncorrected.volatile.dram.\<n\>.*[count]
338
-
339
- GPU: ecc.errors.uncorrected.volatile.register_file.\<n\>.*[count]
340
-
341
- GPU: ecc.errors.uncorrected.volatile.l1_cache.\<n\>.*[count]
342
-
343
- GPU: ecc.errors.uncorrected.volatile.l2_cache.\<n\>.*[count]
344
-
345
- GPU: ecc.errors.uncorrected.volatile.texture_memory.\<n\>.*[count]
346
-
347
- GPU: ecc.errors.uncorrected.volatile.cbu.\<n\>.*[count]
348
-
349
- GPU: ecc.errors.uncorrected.volatile.sram.\<n\>.*[count]
350
-
351
- GPU: ecc.errors.uncorrected.volatile.total.\<n\>.*[count]
352
-
353
- GPU: ecc.errors.uncorrected.aggregate.device_memory.\<n\>.*[count]
354
-
355
- GPU: ecc.errors.uncorrected.aggregate.dram.\<n\>.*[count]
356
-
357
- GPU: ecc.errors.uncorrected.aggregate.register_file.\<n\>.*[count]
358
-
359
- GPU: ecc.errors.uncorrected.aggregate.l1_cache.\<n\>.*[count]
360
-
361
- GPU: ecc.errors.uncorrected.aggregate.l2_cache.\<n\>.*[count]
362
-
363
- GPU: ecc.errors.uncorrected.aggregate.texture_memory.\<n\>.*[count]
364
-
365
- GPU: ecc.errors.uncorrected.aggregate.cbu.\<n\>.*[count]
366
-
367
- GPU: ecc.errors.uncorrected.aggregate.sram.\<n\>.*[count]
368
-
369
- GPU: ecc.errors.uncorrected.aggregate.total.\<n\>.*[count]
370
 
371
  ### Retired pages / reliability
372
 
373
- GPU: retired_pages.sbe.\<n\>.*[count]
374
 
375
- GPU: retired_pages.dbe.\<n\>.*[count]
376
 
377
- GPU: retired_pages.pending.\<n\>.*[count]
378
 
379
  ### Temperature / Power / Clocks / Protected memory
380
 
381
- GPU: temperature.gpu.\<n\>.*[C]
 
 
382
 
383
- GPU: temperature.memory.\<n\>.*[C]
384
 
385
- GPU: power.draw.\<n\>.*[W]
386
 
387
- GPU: power.draw.average.\<n\>.*[W]
388
 
389
- GPU: power.draw.instant.\<n\>.*[W]
390
 
391
- GPU: clocks.current.graphics.\<n\>.*[MHz]
392
 
393
- GPU: clocks.current.sm.\<n\>.*[MHz]
394
 
395
- GPU: clocks.current.memory.\<n\>.*[MHz]
396
 
397
- GPU: clocks.current.video.\<n\>.*[MHz]
398
 
399
- GPU: protected_memory.total.\<n\>.*[MiB]
400
 
401
- GPU: protected_memory.used.\<n\>.*[MiB]
402
 
403
- GPU: protected_memory.free.\<n\>.*[MiB]
404
 
405
- ## Network (NetworkInterStat_diff: for interfaces; \<Interface\> is a placeholder)
406
 
407
- ### Per-interface fields (Use \<Interface\> instead of the actual interface name)
408
 
409
- NetworkInterStat_diff:rx_bytes.\<Interface\>.*[Bytes]
410
 
411
- NetworkInterStat_diff:rx_packets.\<Interface\>.*[count]
412
 
413
- NetworkInterStat_diff:rx_errs.\<Interface\>.*[count]
414
 
415
- NetworkInterStat_diff:rx_drop.\<Interface\>.*[count]
416
 
417
- NetworkInterStat_diff:rx_fifo.\<Interface\>.*[count]
418
 
419
- NetworkInterStat_diff:rx_frame.\<Interface\>.*[count]
420
 
421
- NetworkInterStat_diff:rx_compressed.\<Interface\>.*[count]
422
 
423
- NetworkInterStat_diff:rx_multicast.\<Interface\>.*[count]
424
 
425
- NetworkInterStat_diff:tx_bytes.\<Interface\>.*[Bytes]
426
 
427
- NetworkInterStat_diff:tx_packets.\<Interface\>.*[count]
428
 
429
- NetworkInterStat_diff:tx_errs.\<Interface\>.*[count]
430
 
431
- NetworkInterStat_diff:tx_drop.\<Interface\>.*[count]
432
 
433
- NetworkInterStat_diff:tx_fifo.\<Interface\>.*[count]
434
 
435
- NetworkInterStat_diff:tx_colls.\<Interface\>.*[count]
436
 
437
- NetworkInterStat_diff:tx_carrier.\<Interface\>.*[count]
438
 
439
- NetworkInterStat_diff:tx_compressed.\<Interface\>.*[count]
440
 
441
- Network utilization aggregated (per-interface)
442
 
443
- NetworkInterStat_diff:NetworkUtilization.\<Interface\>.*[%]
444
 
445
- ### Network protocol / connection counts
446
 
447
- NetworkProtocolCounts:TCP.*[count]
448
 
449
- NetworkProtocolCounts:UDP.*[count]
450
 
451
- NetworkProtocolCounts:UNIX.*[count]
452
 
453
- NetworkProtocolCounts:RAW.*[count]
454
 
455
- NetworkProtocolCounts:DCCP.*[count]
456
 
457
- NetworkProtocolCounts:SCTP.*[count]
458
 
459
- NetworkProtocolCounts:local_to.*[count]
460
 
461
- NetworkProtocolCounts:to_local.*[count]
462
 
463
- NetworkProtocolCounts:total_connections.*[count]
464
 
465
- ### Network TCP retransmission metrics
466
 
467
- NetworkTCPRetrans_diff:TcpRetransSegs.*[count]
468
 
469
- NetworkTCPRetrans_diff:TcpExtTCPSynRetrans.*[count]
470
 
471
- NetworkTCPRetrans_diff:TcpExtTCPLostRetransmit.*[count]
 
1
  # Metrics Description
2
 
3
+ ## CPU (perf & turbostat-derived)
4
 
5
+ ### Perf
6
 
7
+ Perf:Branches.*[count] β€” Number of branch instructions executed (cumulative counter).
8
 
9
+ Perf:Branch_Misses.*[count] β€” Number of branch prediction misses (cumulative counter).
10
 
11
+ Perf:Cycles.*[count] β€” CPU cycles executed (cumulative counter).
12
 
13
+ Perf:Instructions.*[count] β€” Instructions retired (cumulative counter).
14
 
15
+ Perf:IPC.*[-] β€” Instructions per cycle (IPC). Typically computed or sampled (instantaneous / derived).
16
 
17
+ Perf:BranchUtilization.*[%] β€” Branch unit utilization percent (sampled/instant).
18
 
19
+ Perf:CacheUtilization.*[%] β€” Cache utilization percent (sampled/instant).
20
 
21
+ Perf:StallRatio.*[%] β€” Fraction of cycles spent stalled (sampled/instant).
22
 
23
+ Perf:OccupancyRatio.*[%] β€” Execution-unit occupancy/saturation percent (sampled/instant).
24
 
25
+ ### Turbostat (per-core / package readings and derived)
26
 
27
+ Fields with \\<n\\> repeat per CPU core index. Fields with .- indicate package-level or special entries present in headers.
28
 
29
+ #### Avg_MHz (per-core)
30
 
31
+ Turbostat:Avg_MHz.\<n\>.*[MHz] β€” Average frequency of core \<n\> in the sample interval. (instant / sampled)
32
 
33
+ Turbostat:Avg_MHz.-.*[MHz] β€” Package-level / special average frequency entry. (instant)
34
 
35
+ #### Busy% (per-core)
36
 
37
+ Turbostat:Busy%.\<n\>.*[%] β€” Percent of sample interval core \<n\> was busy. (sampled)
38
 
39
+ Turbostat:Busy%.-.*[%] β€” Package-level / special Busy% entry. (sampled)
40
 
41
+ #### Bzy_MHz (per-core)
42
 
43
+ Turbostat:Bzy_MHz.\<n\>.*[MHz] β€” Effective frequency when core \<n\> was busy (MHz). (sampled / derived)
44
 
45
+ Turbostat:Bzy_MHz.-.*[MHz] β€” Aggregate / special entry. (sampled)
46
 
47
+ #### TSC_MHz (per-core)
48
 
49
+ Turbostat:TSC_MHz.\<n\>.*[MHz] β€” Timestamp Counter frequency estimate for core \<n\>. (sampled / diagnostic)
50
 
51
+ Turbostat:TSC_MHz.-.*[MHz] β€” Aggregate / special entry.
52
 
53
+ #### IRQ (per-core)
54
 
55
+ Turbostat:IRQ.\<n\>.*[count] β€” Number of interrupts handled by core \<n\> (cumulative counter).
56
 
57
+ Turbostat:IRQ.-.*[count] β€” Aggregate / special.
58
 
59
+ #### SMI (per-core)
60
 
61
+ Turbostat:SMI.\<n\>.*[count] β€” System Management Interrupts on core \<n\> (cumulative counter).
62
 
63
+ Turbostat:SMI.-.*[count] β€” Aggregate / special.
64
 
65
+ #### CPU C-state residency (per-core)
66
 
67
+ Turbostat:CPU%c1.\<n\>.*[%] β€” Percent time core \<n\> spent in C1 low-power state (sampled).
68
 
69
+ Turbostat:CPU%c1.-.*[%] β€” Aggregate / special.
70
 
71
+ Turbostat:CPU%c6.\<n\>.*[%] β€” Percent time core \<n\> spent in C6 deep low-power state (sampled).
72
 
73
+ Turbostat:CPU%c6.-.*[%] β€” Aggregate / special.
74
 
75
+ #### Core & Package temps / power / package state / utilization
76
 
77
+ Turbostat:CoreTmp.\<n\>.*[C] β€” Temperature of core \<n\> (Β°C). (sampled)
78
 
79
+ Turbostat:CoreTmp.-.*[C] β€” Aggregate / special core temperature. (sampled)
80
 
81
+ Turbostat:PkgTmp.\<n\>.*[C] β€” Package temperature reading (may appear for multiple package indices). (sampled)
82
 
83
+ Turbostat:PkgTmp.-.*[C] β€” Aggregate package temperature. (sampled)
84
 
85
+ Turbostat:Pkg%pc2.\<n\>.*[%] β€” Package time fraction spent in PC2 power state (percent). (sampled)
86
 
87
+ Turbostat:Pkg%pc6.\<n\>.*[%] β€” Package time fraction spent in PC6 power state (percent). (sampled)
88
 
89
+ Turbostat:PkgWatt.\<n\>.*[W] β€” Package-level power consumption (watts). (sampled)
90
 
91
+ Turbostat:RAMWatt.\<n\>.*[W] β€” RAM subsystem power (watts). (sampled)
92
 
93
+ Turbostat:PKG_%.\<n\>.*[%] β€” Package utilization percent (sampled/derived).
94
 
95
+ Turbostat:RAM_%.\<n\>.*[%] β€” RAM utilization percent (sampled/derived).
96
 
97
+ Note: header sometimes lists specific core indices (e.g., .0, .24), \<n\> generalizes these. Replace \<n\> with actual core index when referring to concrete columns.
98
 
99
+ #### CPU utilization (per core & average)
100
 
101
+ CPU:CPU\<n\>Utilization.*[%] β€” Utilization percent of CPU core \<n\> (sampled / instant).
102
 
103
+ AverageCPUUtilization.*[%] β€” Average CPU utilization across tracked cores (sampled / derived).
104
 
105
+ ## Memory (perf-derived & /proc/meminfo style)
106
 
107
+ ### Perf-derived memory metrics
108
 
109
+ Perf:Cache_Misses.*[count] β€” Cache misses (cumulative counter).
110
 
111
+ Perf:Cache_References.*[count] β€” Cache reference accesses (cumulative counter).
112
 
113
+ Perf:Cycle_activity_cycles_l3_miss.*[count] β€” Cycles lost due to L3 cache misses (cumulative counter).
114
 
115
+ Perf:Cycle_activity_stalls_l3_miss.*[count] β€” Stalls caused by L3 misses (cumulative counter).
116
 
117
+ Perf:Hle_retired_aborted.*[count] β€” HLE (hardware lock elision) aborted transactions (cumulative counter).
118
 
119
+ Perf:Hle_retired_commit.*[count] β€” HLE committed transactions (cumulative counter).
120
 
121
+ Perf:Mem_trans_retired_load_latency_gt_128.*[count] β€” Loads with latency \>128 cycles (cumulative counter).
122
 
123
+ Perf:Mem_trans_retired_load_latency_gt_256.*[count] β€” Loads with latency \>256 cycles (cumulative counter).
124
 
125
+ Perf:Mem-loads.*[count] β€” Memory load operations (cumulative counter).
126
 
127
+ Perf:Mem-stores.*[count] β€” Memory store operations (cumulative counter).
128
 
129
+ ### Memory snapshot / /proc/meminfo-style fields (units in kB, typically instantaneous/sample):
130
 
131
+ Memory:Active.*[kB] β€” Amount of active (recently used) memory. (instant)
132
 
133
+ Memory:AnonHugePages.*[kB] β€” Anonymous hugepages memory. (instant)
134
 
135
+ Memory:AnonPages.*[kB] β€” Anonymous pages (non-file-backed). (instant)
136
 
137
+ Memory:Bounce.*[kB] β€” Bounce buffer memory used (DMA-related). (instant)
138
 
139
+ Memory:Buffers.*[kB] β€” Kernel buffers. (instant)
140
 
141
+ Memory:Cached.*[kB] β€” File pages cached in memory. (instant)
142
 
143
+ Memory:CommitLimit.*[kB] β€” Commit limit for virtual memory. (instant)
144
 
145
+ Memory:Committed_AS.*[kB] β€” Committed virtual memory. (instant)
146
 
147
+ Memory:DirectMap1G.*[kB] β€” 1 GiB direct-mapped pages. (instant)
148
 
149
+ Memory:DirectMap2M.*[kB] β€” 2 MiB direct-mapped pages. (instant)
150
 
151
+ Memory:DirectMap4k.*[kB] β€” 4 KiB direct-mapped pages. (instant)
152
 
153
+ Memory:Dirty.*[kB] β€” Pages waiting to be written to storage. (instant)
154
 
155
+ Memory:HardwareCorrupted.*[kB] β€” Memory marked as hardware-corrupted. (instant)
156
 
157
+ Memory:Hugepagesize.*[kB] β€” Hugepage size. (instant)
158
 
159
+ Memory:Hugetlb.*[kB] β€” hugetlb allocations. (instant)
160
 
161
+ Memory:Inactive.*[kB] β€” Inactive page cache. (instant)
162
 
163
+ Memory:KReclaimable.*[kB] β€” Kernel reclaimable memory. (instant)
164
 
165
+ Memory:KernelStack.*[kB] β€” Kernel stack usage. (instant)
166
 
167
+ Memory:Mapped.*[kB] β€” Mapped files/devices. (instant)
168
 
169
+ Memory:MemAvailable.*[kB] β€” Estimated available memory. (instant)
170
 
171
+ Memory:MemFree.*[kB] β€” Free physical memory. (instant)
172
 
173
+ Memory:MemTotal.*[kB] β€” Total physical memory. (instant)
174
 
175
+ Memory:Mlocked.*[kB] β€” Memory locked by mlock. (instant)
176
 
177
+ Memory:NFS_Unstable.*[kB] β€” NFS unstable writeback memory. (instant)
178
 
179
+ Memory:PageTables.*[kB] β€” Memory used by page tables. (instant)
180
 
181
+ Memory:SReclaimable.*[kB] β€” Reclaimable slab memory. (instant)
182
 
183
+ Memory:SUnreclaim.*[kB] β€” Unreclaimable slab memory. (instant)
184
 
185
+ Memory:Shmem.*[kB] β€” Shared memory usage. (instant)
186
 
187
+ Memory:ShmemHugePages.*[kB] β€” Shared memory hugepages. (instant)
188
 
189
+ Memory:ShmemPmdMapped.*[kB] β€” PMD-mapped shared memory. (instant)
190
 
191
+ Memory:Slab.*[kB] β€” Kernel slab usage. (instant)
192
 
193
+ Memory:SwapCached.*[kB] β€” Swap cached memory. (instant)
194
 
195
+ Memory:SwapFree.*[kB] β€” Free swap space. (instant)
196
 
197
+ Memory:SwapTotal.*[kB] β€” Total swap space. (instant)
198
 
199
+ Memory:Unevictable.*[kB] β€” Unevictable pages. (instant)
200
 
201
+ Memory:VmallocChunk.*[kB] β€” Largest contiguous vmalloc chunk. (instant)
202
 
203
+ Memory:VmallocTotal.*[kB] β€” Total vmalloc address space. (instant)
204
 
205
+ Memory:VmallocUsed.*[kB] β€” Vmalloc used. (instant)
206
 
207
+ Memory:Writeback.*[kB] β€” Currently writing back pages. (instant)
208
 
209
+ Memory:WritebackTmp.*[kB] β€” Temporary writeback usage. (instant)
210
 
211
+ Memory:MemoryUtilization.*[%] β€” Memory utilization percent (sampled/derived).
212
 
213
+ ## Storage (Storage: prefix)
214
 
215
+ Storage:reads_completed_successfully.*[count] β€” Number of successful read operations (cumulative counter).
216
 
217
+ Storage:reads_merged.*[count] β€” Number of merged read requests (cumulative counter).
218
 
219
+ Storage:sectors_read.*[sectors] β€” Sectors read (cumulative counter). Multiply by sector size to get bytes.
220
 
221
+ Storage:writes_completed.*[count] β€” Number of successful write operations (cumulative counter).
222
 
223
+ Storage:writes_merged.*[count] β€” Number of merged write requests (cumulative counter).
224
 
225
+ Storage:sectors_written.*[sectors] β€” Sectors written (cumulative counter).
226
 
227
+ Storage:discards_completed_successfully.*[count] β€” Successful discard (trim) operations (cumulative counter).
228
 
229
+ Storage:discards_merged.*[count] β€” Merged discard requests (cumulative counter).
230
 
231
+ Storage:sectors_discarded.*[sectors] β€” Discarded sectors (cumulative).
232
 
233
+ Storage:time_spent_reading_(ms).*[ms] β€” Total milliseconds spent on reads in sample window (sampled/aggregate).
234
 
235
+ Storage:time_spent_writing_(ms).*[ms] β€” Total milliseconds spent on writes in sample window (sampled/aggregate).
236
 
237
+ Storage:I/Os_currently_in_progress.*[count] β€” Current number of I/O operations in progress (instant).
238
 
239
+ Storage:time_spent_doing_I/Os_(ms).*[ms] β€” Total milliseconds spent doing I/Os (sampled/aggregate).
240
 
241
+ Storage:weighted_time_spent_doing_I/Os_(ms).*[ms] β€” Weighted I/O time metric (sampled/aggregate).
242
 
243
+ Storage:time_spent_discarding.*[ms] β€” Milliseconds spent processing discard operations (sampled).
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
244
 
245
  ## GPU (device-specific fields; device index replaced by \<n\>)
246
 
247
+ ###Device-specific fields
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
248
 
249
+ GPU: pcie.link.gen.current.\<n\>.*[generation] β€” Current PCIe link generation between GPU \<n\> and host (categorical).
250
 
251
+ GPU: pcie.link.width.current.\<n\>.*[lanes] β€” Current PCIe link width (lanes).
252
 
253
+ GPU: accounting.buffer_size.\<n\>.*[MB] β€” Accounting buffer size used for GPU memory accounting (MB). (instant)
254
 
255
+ GPU: fan.speed.\<n\>.*[%] β€” Fan speed percent or relative metric for GPU \<n\> (sampled).
256
 
257
+ GPU: memory.used.\<n\>.*[MiB] β€” GPU memory used (MiB) (instant).
258
 
259
+ GPU: memory.free.\<n\>.*[MiB] β€” GPU memory free (MiB) (instant).
260
 
261
+ GPU: utilization.gpu.\<n\>.*[%] β€” GPU core utilization percent. (sampled)
262
 
263
+ GPU: utilization.memory.\<n\>.*[%] β€” GPU memory subsystem utilization percent. (sampled)
264
 
265
+ GPU: utilization.encoder.\<n\>.*[%] β€” Hardware encoder utilization. (sampled)
266
 
267
+ GPU: utilization.decoder.\<n\>.*[%] β€” Hardware decoder utilization. (sampled)
268
 
269
+ GPU: utilization.jpeg.\<n\>.*[%] β€” JPEG unit utilization. (sampled)
270
 
271
+ GPU: utilization.ofa.\<n\>.*[%] β€” OFA unit utilization (if present). (sampled)
272
 
273
+ GPU: encoder.stats.sessionCount.\<n\>.*[count] β€” Number of encoder sessions (cumulative or sampled, depending on collector).
274
 
275
+ GPU: encoder.stats.averageFps.\<n\>.*[fps] β€” Average encoder FPS (sampled / aggregated).
276
 
277
+ GPU: encoder.stats.averageLatency.\<n\>.*[ms] β€” Average encoder latency (ms) (sampled / aggregated).
278
 
279
+ ###ECC / error counters
280
 
281
+ GPU: ecc.errors.corrected.volatile.*.\<n\>.*[count] β€” Corrected ECC errors seen in volatile window for subcomponent (cumulative in window).
282
 
283
+ GPU: ecc.errors.corrected.aggregate.*.\<n\>.*[count] β€” Aggregate (long-running) corrected ECC errors for subcomponent (cumulative).
284
 
285
+ GPU: ecc.errors.uncorrected.volatile.*.\<n\>.*[count] β€” Uncorrected ECC errors in the recent window β€” critical to monitor (cumulative in window).
286
 
287
+ GPU: ecc.errors.uncorrected.aggregate.*.\<n\>.*[count] β€” Aggregate uncorrected errors since stats origin (cumulative).
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
288
 
289
  ### Retired pages / reliability
290
 
291
+ GPU: retired_pages.sbe.\<n\>.*[count] β€” Pages retired due to single-bit errors (cumulative).
292
 
293
+ GPU: retired_pages.dbe.\<n\>.*[count] β€” Pages retired due to double-bit errors (cumulative; more severe).
294
 
295
+ GPU: retired_pages.pending.\<n\>.*[count] β€” Pages pending retirement (cumulative / state count).
296
 
297
  ### Temperature / Power / Clocks / Protected memory
298
 
299
+ GPU: temperature.gpu.\<n\>.*[C] β€” GPU die temperature (Β°C). (sampled)
300
+
301
+ GPU: temperature.memory.\<n\>.*[C] β€” GPU memory temperature (Β°C). (sampled)
302
 
303
+ GPU: power.draw.\<n\>.*[W] β€” GPU power draw (watts) for the sampling period (sampled).
304
 
305
+ GPU: power.draw.average.\<n\>.*[W] β€” Average power draw (watts). (sampled/aggregate)
306
 
307
+ GPU: power.draw.instant.\<n\>.*[W] β€” Instantaneous power draw reading (watts). (instant)
308
 
309
+ GPU: clocks.current.graphics.\<n\>.*[MHz] β€” Current graphics clock frequency (MHz). (sampled)
310
 
311
+ GPU: clocks.current.sm.\<n\>.*[MHz] β€” Current SM (compute) clock frequency (MHz). (sampled)
312
 
313
+ GPU: clocks.current.memory.\<n\>.*[MHz] β€” Current memory clock (MHz). (sampled)
314
 
315
+ GPU: clocks.current.video.\<n\>.*[MHz] β€” Current video engine clock (MHz). (sampled)
316
 
317
+ GPU: protected_memory.total.\<n\>.*[MiB] β€” Total protected memory (MiB). (instant)
318
 
319
+ GPU: protected_memory.used.\<n\>.*[MiB] β€” Protected memory used (MiB). (instant)
320
 
321
+ GPU: protected_memory.free.\<n\>.*[MiB] β€” Protected memory free (MiB). (instant)
322
 
323
+ ## Network (NetworkInterStat_diff: β€” per-interface; \<Interface\> placeholder)
324
 
325
+ NetworkInterStat_diff:* fields are typically difference/delta values for the sample window (i.e., bytes/packets seen during the interval). Convert to rates by dividing by sampling duration if needed.
326
 
327
+ ### Per-interface fields
328
 
329
+ NetworkInterStat_diff:rx_bytes.\<Interface\>.*[Bytes] β€” Bytes received on \<Interface\> during sample window (delta).
330
 
331
+ NetworkInterStat_diff:rx_packets.\<Interface\>.*[count] β€” Packets received during window (delta).
332
 
333
+ NetworkInterStat_diff:rx_errs.\<Interface\>.*[count] β€” Receive errors in window (delta).
334
 
335
+ NetworkInterStat_diff:rx_drop.\<Interface\>.*[count] β€” Received packets dropped in window (delta).
336
 
337
+ NetworkInterStat_diff:rx_fifo.\<Interface\>.*[count] β€” RX FIFO errors in window (delta).
338
 
339
+ NetworkInterStat_diff:rx_frame.\<Interface\>.*[count] β€” RX frame alignment errors in window (delta).
340
 
341
+ NetworkInterStat_diff:rx_compressed.\<Interface\>.*[count] β€” Compressed Rx packets in window (delta).
342
 
343
+ NetworkInterStat_diff:rx_multicast.\<Interface\>.*[count] β€” Multicast Rx packets in window (delta).
344
 
345
+ NetworkInterStat_diff:tx_bytes.\<Interface\>.*[Bytes] β€” Bytes transmitted on \<Interface\> during window (delta).
346
 
347
+ NetworkInterStat_diff:tx_packets.\<Interface\>.*[count] β€” Packets transmitted during window (delta).
348
 
349
+ NetworkInterStat_diff:tx_errs.\<Interface\>.*[count] β€” Transmit errors in window (delta).
350
 
351
+ NetworkInterStat_diff:tx_drop.\<Interface\>.*[count] β€” Transmit drops in window (delta).
352
 
353
+ NetworkInterStat_diff:tx_fifo.\<Interface\>.*[count] β€” TX FIFO errors in window (delta).
354
 
355
+ NetworkInterStat_diff:tx_colls.\<Interface\>.*[count] β€” TX collisions in window (delta).
356
 
357
+ NetworkInterStat_diff:tx_carrier.\<Interface\>.*[count] β€” Carrier errors on TX in window (delta).
358
 
359
+ NetworkInterStat_diff:tx_compressed.\<Interface\>.*[count] β€” Compressed Tx packets in window (delta).
360
 
361
+ ### Network utilization aggregated
362
 
363
+ NetworkInterStat_diff:NetworkUtilization.\<Interface\>.*[%] β€” Interface bandwidth utilization percent for the sample window (sampled / derived).
364
 
365
+ ### Protocol & connection counts
366
 
367
+ NetworkProtocolCounts:TCP.*[count] β€” Number of TCP connections (instant or sampled depending on collector).
368
 
369
+ NetworkProtocolCounts:UDP.*[count] β€” Number of UDP endpoints/sockets (instant).
370
 
371
+ NetworkProtocolCounts:UNIX.*[count] β€” Number of UNIX domain sockets (instant).
372
 
373
+ NetworkProtocolCounts:RAW.*[count] β€” Raw sockets count (instant).
374
 
375
+ NetworkProtocolCounts:DCCP.*[count] β€” DCCP sockets count (instant, if applicable).
376
 
377
+ NetworkProtocolCounts:SCTP.*[count] β€” SCTP connections count (instant, if applicable).
378
 
379
+ NetworkProtocolCounts:local_to.*[count] β€” Local-to connection count (collector-defined semantics).
380
 
381
+ NetworkProtocolCounts:to_local.*[count] β€” To-local connection count (collector-defined semantics).
382
 
383
+ NetworkProtocolCounts:total_connections.*[count] β€” Total tracked connections (instant / sampled).
384
 
385
+ ### TCP retransmission metrics (delta)
386
 
387
+ NetworkTCPRetrans_diff:TcpRetransSegs.*[count] β€” TCP retransmitted segments in the sample window (delta).
388
 
389
+ NetworkTCPRetrans_diff:TcpExtTCPSynRetrans.*[count] β€” TCP SYN retransmissions in window (delta).
390
 
391
+ NetworkTCPRetrans_diff:TcpExtTCPLostRetransmit.*[count] β€” Retransmissions that were subsequently lost (delta).