xref: /openbmc/entity-manager/configurations/meta/fbtp.json (revision 1642b65a55de6779c3adf1a8df5d25689c5b9475) 
1{
2    "Exposes": [
3        {
4            "Index": 0,
5            "Name": " MB_P3V3",
6            "ScaleFactor": 0.4107,
7            "Thresholds": [
8                {
9                    "Direction": "greater than",
10                    "Name": "upper critical",
11                    "Severity": 1,
12                    "Value": 3.62
13                },
14                {
15                    "Direction": "less than",
16                    "Name": "lower critical",
17                    "Severity": 1,
18                    "Value": 2.97
19                }
20            ],
21            "Type": "ADC"
22        },
23        {
24            "Index": 1,
25            "Name": " MB_P5V",
26            "ScaleFactor": 0.2717,
27            "Thresholds": [
28                {
29                    "Direction": "greater than",
30                    "Name": "upper critical",
31                    "Severity": 1,
32                    "Value": 5.49
33                },
34                {
35                    "Direction": "less than",
36                    "Name": "lower critical",
37                    "Severity": 1,
38                    "Value": 4.52
39                }
40            ],
41            "Type": "ADC"
42        },
43        {
44            "Index": 2,
45            "Name": " MB_P12V",
46            "ScaleFactor": 0.1124,
47            "Thresholds": [
48                {
49                    "Direction": "greater than",
50                    "Name": "upper critical",
51                    "Severity": 1,
52                    "Value": 13.23
53                },
54                {
55                    "Direction": "less than",
56                    "Name": "lower critical",
57                    "Severity": 1,
58                    "Value": 10.77
59                }
60            ],
61            "Type": "ADC"
62        },
63        {
64            "Index": 3,
65            "Name": " MB_P1V05",
66            "Thresholds": [
67                {
68                    "Direction": "greater than",
69                    "Name": "upper critical",
70                    "Severity": 1,
71                    "Value": 1.15
72                },
73                {
74                    "Direction": "less than",
75                    "Name": "lower critical",
76                    "Severity": 1,
77                    "Value": 0.94
78                }
79            ],
80            "Type": "ADC"
81        },
82        {
83            "Index": 4,
84            "Name": " MB_PVNN_PCH_STBY",
85            "Thresholds": [
86                {
87                    "Direction": "greater than",
88                    "Name": "upper critical",
89                    "Severity": 1,
90                    "Value": 1.1
91                },
92                {
93                    "Direction": "less than",
94                    "Name": "lower critical",
95                    "Severity": 1,
96                    "Value": 0.76
97                }
98            ],
99            "Type": "ADC"
100        },
101        {
102            "Index": 5,
103            "Name": " MB_P3V3_STBY",
104            "ScaleFactor": 0.4107,
105            "Thresholds": [
106                {
107                    "Direction": "greater than",
108                    "Name": "upper critical",
109                    "Severity": 1,
110                    "Value": 3.62
111                },
112                {
113                    "Direction": "less than",
114                    "Name": "lower critical",
115                    "Severity": 1,
116                    "Value": 2.97
117                }
118            ],
119            "Type": "ADC"
120        },
121        {
122            "Index": 6,
123            "Name": " MB_P5V_STBY",
124            "ScaleFactor": 0.2717,
125            "Thresholds": [
126                {
127                    "Direction": "greater than",
128                    "Name": "upper critical",
129                    "Severity": 1,
130                    "Value": 5.49
131                },
132                {
133                    "Direction": "less than",
134                    "Name": "lower critical",
135                    "Severity": 1,
136                    "Value": 4.52
137                }
138            ],
139            "Type": "ADC"
140        },
141        {
142            "BridgeGpio": [
143                {
144                    "Name": "P3VBAT_BRIDGE_EN",
145                    "Polarity": "Low"
146                }
147            ],
148            "Index": 7,
149            "Name": "MB_P3V_BAT",
150            "ScaleFactor": 0.3333,
151            "Thresholds": [
152                {
153                    "Direction": "greater than",
154                    "Name": "upper critical",
155                    "Severity": 1,
156                    "Value": 3.74
157                },
158                {
159                    "Direction": "less than",
160                    "Name": "lower critical",
161                    "Severity": 1,
162                    "Value": 2.73
163                }
164            ],
165            "Type": "ADC"
166        },
167        {
168            "Connector": {
169                "Name": "System Fan Connector 1",
170                "Pwm": 0,
171                "Tachs": [
172                    0
173                ]
174            },
175            "Index": 0,
176            "Name": "MB_FAN0_TACH",
177            "Thresholds": [
178                {
179                    "Direction": "less than",
180                    "Name": "lower critical",
181                    "Severity": 1,
182                    "Value": 500
183                },
184                {
185                    "Direction": "greater than",
186                    "Name": "upper non critical",
187                    "Severity": 0,
188                    "Value": 8500
189                },
190                {
191                    "Direction": "greater than",
192                    "Name": "upper critical",
193                    "Severity": 1,
194                    "Value": 11500
195                }
196            ],
197            "Type": "AspeedFan"
198        },
199        {
200            "Connector": {
201                "Name": "System Fan Connector 3",
202                "Pwm": 1,
203                "Tachs": [
204                    2
205                ]
206            },
207            "Index": 2,
208            "Name": "MB_FAN1_TACH",
209            "Thresholds": [
210                {
211                    "Direction": "less than",
212                    "Name": "lower critical",
213                    "Severity": 1,
214                    "Value": 500
215                },
216                {
217                    "Direction": "greater than",
218                    "Name": "upper non critical",
219                    "Severity": 0,
220                    "Value": 8500
221                },
222                {
223                    "Direction": "greater than",
224                    "Name": "upper critical",
225                    "Severity": 1,
226                    "Value": 11500
227                }
228            ],
229            "Type": "AspeedFan"
230        },
231        {
232            "Name": "BMC",
233            "Type": "BMC"
234        },
235        {
236            "Direction": "Out",
237            "Index": 33,
238            "Name": "Reset Out",
239            "Polarity": "Low",
240            "Type": "Gpio"
241        },
242        {
243            "Direction": "Both",
244            "Index": 35,
245            "Name": "Power Up",
246            "Polarity": "Low",
247            "Type": "Gpio"
248        },
249        {
250            "Direction": "Out",
251            "Index": 14,
252            "Name": "Power Good",
253            "Polarity": "High",
254            "Type": "Gpio"
255        },
256        {
257            "Direction": "Out",
258            "Index": 145,
259            "Name": "BMC Ready",
260            "Polarity": "High",
261            "Type": "Gpio"
262        },
263        {
264            "Address": "0x40",
265            "Bus": 19,
266            "CurrScaleFactor": 200,
267            "Labels": [
268                "in1",
269                "curr1",
270                "power1"
271            ],
272            "Name": "MB_C2_P12V_INA230",
273            "PowerScaleFactor": 200000,
274            "Thresholds": [
275                {
276                    "Direction": "greater than",
277                    "Label": "in1",
278                    "Name": "upper critical",
279                    "Severity": 1,
280                    "Value": 12.96
281                },
282                {
283                    "Direction": "less than",
284                    "Label": "in1",
285                    "Name": "lower critical",
286                    "Severity": 1,
287                    "Value": 11.04
288                },
289                {
290                    "Direction": "greater than",
291                    "Label": "curr1",
292                    "Name": "upper non critical",
293                    "Severity": 0,
294                    "Value": 5.5
295                },
296                {
297                    "Direction": "greater than",
298                    "Label": "power1",
299                    "Name": "upper critical",
300                    "Severity": 1,
301                    "Value": 75.0
302                }
303            ],
304            "Type": "INA230"
305        },
306        {
307            "Address": "0x41",
308            "Bus": 19,
309            "CurrScaleFactor": 200,
310            "Labels": [
311                "in1",
312                "curr1",
313                "power1"
314            ],
315            "Name": "MB_C3_P12V_INA230",
316            "PowerScaleFactor": 200000,
317            "Thresholds": [
318                {
319                    "Direction": "greater than",
320                    "Label": "in1",
321                    "Name": "upper critical",
322                    "Severity": 1,
323                    "Value": 12.96
324                },
325                {
326                    "Direction": "less than",
327                    "Label": "in1",
328                    "Name": "lower critical",
329                    "Severity": 1,
330                    "Value": 11.04
331                },
332                {
333                    "Direction": "greater than",
334                    "Label": "curr1",
335                    "Name": "upper non critical",
336                    "Severity": 0,
337                    "Value": 5.5
338                },
339                {
340                    "Direction": "greater than",
341                    "Label": "power1",
342                    "Name": "upper critical",
343                    "Severity": 1,
344                    "Value": 75.0
345                }
346            ],
347            "Type": "INA230"
348        },
349        {
350            "Address": "0x44",
351            "Bus": 19,
352            "CurrScaleFactor": 200,
353            "Labels": [
354                "in1",
355                "curr1",
356                "power1"
357            ],
358            "Name": "MB_C4_P12V_INA230",
359            "PowerScaleFactor": 200000,
360            "Thresholds": [
361                {
362                    "Direction": "greater than",
363                    "Label": "in1",
364                    "Name": "upper critical",
365                    "Severity": 1,
366                    "Value": 12.96
367                },
368                {
369                    "Direction": "less than",
370                    "Label": "in1",
371                    "Name": "lower critical",
372                    "Severity": 1,
373                    "Value": 11.04
374                },
375                {
376                    "Direction": "greater than",
377                    "Label": "curr1",
378                    "Name": "upper non critical",
379                    "Severity": 0,
380                    "Value": 5.5
381                },
382                {
383                    "Direction": "greater than",
384                    "Label": "power1",
385                    "Name": "upper critical",
386                    "Severity": 1,
387                    "Value": 75.0
388                }
389            ],
390            "Type": "INA230"
391        },
392        {
393            "Address": "0x45",
394            "Bus": 19,
395            "CurrScaleFactor": 200,
396            "Labels": [
397                "in1",
398                "curr1",
399                "power1"
400            ],
401            "Name": "MB_CONN_P12V_INA230",
402            "PowerScaleFactor": 200000,
403            "Thresholds": [
404                {
405                    "Direction": "greater than",
406                    "Label": "in1",
407                    "Name": "upper critical",
408                    "Severity": 1,
409                    "Value": 12.96
410                },
411                {
412                    "Direction": "less than",
413                    "Label": "in1",
414                    "Name": "lower critical",
415                    "Severity": 1,
416                    "Value": 11.04
417                },
418                {
419                    "Direction": "greater than",
420                    "Label": "curr1",
421                    "Name": "upper non critical",
422                    "Severity": 0,
423                    "Value": 20.0
424                },
425                {
426                    "Direction": "greater than",
427                    "Label": "power1",
428                    "Name": "upper critical",
429                    "Severity": 1,
430                    "Value": 250.0
431                }
432            ],
433            "Type": "INA230"
434        },
435        {
436            "Address": "0x08",
437            "Class": "METemp",
438            "Name": "MB_PCH_TEMP",
439            "Thresholds": [
440                {
441                    "Direction": "greater than",
442                    "Name": "upper critical",
443                    "Severity": 1,
444                    "Value": 82
445                }
446            ],
447            "Type": "IpmbSensor"
448        },
449        {
450            "Address": "0x8a",
451            "Class": "HSCBridge",
452            "Name": "MB_HSC_TEMP",
453            "OffsetValue": -759.0476,
454            "ScaleValue": 0.238,
455            "Type": "IpmbSensor"
456        },
457        {
458            "Address": "0x8a",
459            "Class": "HSCBridge",
460            "Name": "MB_HSC_OUT_CURR",
461            "OffsetValue": -95.8567,
462            "ScaleValue": 0.0468,
463            "SensorType": "current",
464            "Thresholds": [
465                {
466                    "Direction": "greater than",
467                    "Name": "upper critical",
468                    "Severity": 1,
469                    "Value": 52.8
470                }
471            ],
472            "Type": "IpmbSensor"
473        },
474        {
475            "Address": "0x29",
476            "Class": "METemp",
477            "Name": "MB_HSC_IN_POWER",
478            "OffsetValue": 0,
479            "ScaleValue": 4,
480            "SensorType": "power",
481            "Thresholds": [
482                {
483                    "Direction": "greater than",
484                    "Name": "upper critical",
485                    "Severity": 1,
486                    "Value": 792
487                }
488            ],
489            "Type": "IpmbSensor"
490        },
491        {
492            "Address": "0x2a",
493            "Class": "METemp",
494            "Name": "MB_HSC_IN_VOLT",
495            "OffsetValue": 9.4,
496            "ScaleValue": 0.02,
497            "SensorType": "voltage",
498            "Thresholds": [
499                {
500                    "Direction": "greater than",
501                    "Name": "upper critical",
502                    "Severity": 1,
503                    "Value": 13.2
504                },
505                {
506                    "Direction": "less than",
507                    "Name": "lower critical",
508                    "Severity": 1,
509                    "Value": 10.8
510                }
511            ],
512            "Type": "IpmbSensor"
513        },
514        {
515            "Class": "fan",
516            "FFGainCoefficient": 1.0,
517            "FFOffCoefficient": 0.0,
518            "ICoefficient": 0.0,
519            "ILimitMax": 0.0,
520            "ILimitMin": 0.0,
521            "Inputs": [
522                "MB_FAN0_TACH"
523            ],
524            "Name": "MB_FAN0_TACH",
525            "OutLimitMax": 100.0,
526            "OutLimitMin": 10.0,
527            "Outputs": [
528                "Pwm 1"
529            ],
530            "PCoefficient": 0.0,
531            "SlewNeg": 0.0,
532            "SlewPos": 0.0,
533            "Type": "Pid",
534            "Zones": [
535                "Left"
536            ]
537        },
538        {
539            "Class": "fan",
540            "FFGainCoefficient": 1.0,
541            "FFOffCoefficient": 0.0,
542            "ICoefficient": 0.0,
543            "ILimitMax": 0.0,
544            "ILimitMin": 0.0,
545            "Inputs": [
546                "MB_FAN1_TACH"
547            ],
548            "Name": "MB_FAN1_TACH",
549            "OutLimitMax": 100.0,
550            "OutLimitMin": 10.0,
551            "Outputs": [
552                "Pwm 2"
553            ],
554            "PCoefficient": 0.0,
555            "SlewNeg": 0.0,
556            "SlewPos": 0.0,
557            "Type": "Pid",
558            "Zones": [
559                "Left"
560            ]
561        },
562        {
563            "Class": "temp",
564            "FFGainCoefficient": 0.0,
565            "FFOffCoefficient": 0.0,
566            "ICoefficient": -0.2,
567            "ILimitMax": 70,
568            "ILimitMin": 10,
569            "Inputs": [
570                "DTS_CPU1"
571            ],
572            "Name": "DTS_CPU1_Pid",
573            "OutLimitMax": 70,
574            "OutLimitMin": 10,
575            "Outputs": [],
576            "PCoefficient": -3.0,
577            "SetPoint": 45.0,
578            "SlewNeg": -1,
579            "SlewPos": 0.0,
580            "Type": "Pid",
581            "Zones": [
582                "Left"
583            ]
584        },
585        {
586            "Class": "temp",
587            "FFGainCoefficient": 0.0,
588            "FFOffCoefficient": 0.0,
589            "ICoefficient": -0.2,
590            "ILimitMax": 70,
591            "ILimitMin": 10,
592            "Inputs": [
593                "DTS_CPU2"
594            ],
595            "Name": "DTS_CPU2_Pid",
596            "OutLimitMax": 70,
597            "OutLimitMin": 10,
598            "Outputs": [],
599            "PCoefficient": -3.0,
600            "SetPoint": 45.0,
601            "SlewNeg": -1,
602            "SlewPos": 0.0,
603            "Type": "Pid",
604            "Zones": [
605                "Left"
606            ]
607        },
608        {
609            "FailSafePercent": 100,
610            "MinThermalOutput": 10,
611            "Name": "Left",
612            "Type": "Pid.Zone"
613        },
614        {
615            "Class": "temp",
616            "Inputs": [
617                "MB_INLET_TEMP"
618            ],
619            "Name": "MB_INLET_TEMP_STP",
620            "NegativeHysteresis": 0,
621            "Output": [
622                13.0,
623                14.0,
624                16.0,
625                17.0,
626                18.0,
627                19.0,
628                23.0,
629                26.0,
630                30.0,
631                35.0,
632                70.0
633            ],
634            "PositiveHysteresis": 0,
635            "Reading": [
636                20.0,
637                22.0,
638                24.0,
639                26.0,
640                28.0,
641                30.0,
642                32.0,
643                34.0,
644                36.0,
645                38.0,
646                40.0
647            ],
648            "Type": "Stepwise",
649            "Zones": [
650                "Left"
651            ]
652        },
653        {
654            "Class": "temp",
655            "Inputs": [
656                "MEZZ_SENSOR_TEMP"
657            ],
658            "Name": "MEZZ_SENSOR_TEMP_STP",
659            "NegativeHysteresis": 1,
660            "Output": [
661                10.0,
662                23.0,
663                25.0,
664                27.0,
665                29.0,
666                31.0,
667                70.0
668            ],
669            "PositiveHysteresis": 1,
670            "Reading": [
671                84.0,
672                85.0,
673                87.0,
674                89.0,
675                91.0,
676                93.0,
677                95.0
678            ],
679            "Type": "Stepwise",
680            "Zones": [
681                "Left"
682            ]
683        },
684        {
685            "Class": "temp",
686            "Inputs": [
687                "DTS_CPU1"
688            ],
689            "Name": "DTS_CPU1_Stepwise",
690            "NegativeHysteresis": 0,
691            "Output": [
692                14.0,
693                16.0,
694                19.0,
695                22.0,
696                70.0
697            ],
698            "PositiveHysteresis": 0,
699            "Reading": [
700                73.0,
701                75.0,
702                77.0,
703                79.0,
704                91.0
705            ],
706            "Type": "Stepwise",
707            "Zones": [
708                "Left"
709            ]
710        },
711        {
712            "Class": "temp",
713            "Inputs": [
714                "DTS_CPU2"
715            ],
716            "Name": "DTS_CPU2_Stepwise",
717            "NegativeHysteresis": 0,
718            "Output": [
719                14.0,
720                16.0,
721                19.0,
722                22.0,
723                70.0
724            ],
725            "PositiveHysteresis": 0,
726            "Reading": [
727                73.0,
728                75.0,
729                77.0,
730                79.0,
731                91.0
732            ],
733            "Type": "Stepwise",
734            "Zones": [
735                "Left"
736            ]
737        },
738        {
739            "Class": "temp",
740            "Inputs": [
741                "DIMM_A1_CPU1"
742            ],
743            "Name": "DIMM_A1_CPU1",
744            "NegativeHysteresis": 0,
745            "Output": [
746                10.0,
747                20.0,
748                30.0,
749                50.0,
750                70.0
751            ],
752            "PositiveHysteresis": 0,
753            "Reading": [
754                65.0,
755                70.0,
756                75.0,
757                79.0,
758                81.0
759            ],
760            "Type": "Stepwise",
761            "Zones": [
762                "Left"
763            ]
764        },
765        {
766            "Class": "temp",
767            "Inputs": [
768                "DIMM_A1_CPU2"
769            ],
770            "Name": "DIMM_A1_CPU2",
771            "NegativeHysteresis": 0,
772            "Output": [
773                10.0,
774                20.0,
775                30.0,
776                50.0,
777                70.0
778            ],
779            "PositiveHysteresis": 0,
780            "Reading": [
781                65.0,
782                70.0,
783                75.0,
784                79.0,
785                81.0
786            ],
787            "Type": "Stepwise",
788            "Zones": [
789                "Left"
790            ]
791        },
792        {
793            "Class": "temp",
794            "Inputs": [
795                "DIMM_C1_CPU1"
796            ],
797            "Name": "DIMM_C1_CPU1",
798            "NegativeHysteresis": 0,
799            "Output": [
800                10.0,
801                20.0,
802                30.0,
803                50.0,
804                70.0
805            ],
806            "PositiveHysteresis": 0,
807            "Reading": [
808                65.0,
809                70.0,
810                75.0,
811                79.0,
812                81.0
813            ],
814            "Type": "Stepwise",
815            "Zones": [
816                "Left"
817            ]
818        },
819        {
820            "Class": "temp",
821            "Inputs": [
822                "DIMM_C1_CPU2"
823            ],
824            "Name": "DIMM_C1_CPU2",
825            "NegativeHysteresis": 0,
826            "Output": [
827                10.0,
828                20.0,
829                30.0,
830                50.0,
831                70.0
832            ],
833            "PositiveHysteresis": 0,
834            "Reading": [
835                65.0,
836                70.0,
837                75.0,
838                79.0,
839                81.0
840            ],
841            "Type": "Stepwise",
842            "Zones": [
843                "Left"
844            ]
845        },
846        {
847            "Address": "0x4e",
848            "Bus": 6,
849            "Name": "MB_INLET_TEMP",
850            "Name1": "MB_INLET_REMOTE_TEMP",
851            "Thresholds": [
852                {
853                    "Direction": "greater than",
854                    "Name": "upper critical",
855                    "Severity": 1,
856                    "Value": 40
857                }
858            ],
859            "Type": "TMP421"
860        },
861        {
862            "Address": "0x4f",
863            "Bus": 6,
864            "Name": "MB_OUTLET_TEMP",
865            "Name1": "MB_OUTLET_REMOTE_TEMP",
866            "Thresholds": [
867                {
868                    "Direction": "greater than",
869                    "Name": "upper critical",
870                    "Severity": 1,
871                    "Value": 90
872                }
873            ],
874            "Type": "TMP421"
875        },
876        {
877            "Address": "0x1f",
878            "Bus": 8,
879            "Name": "MEZZ_SENSOR_REMOTE_TEMP",
880            "Name1": "MEZZ_SENSOR_TEMP",
881            "Thresholds": [
882                {
883                    "Direction": "greater than",
884                    "Name": "upper critical",
885                    "Severity": 1,
886                    "Value": 95
887                }
888            ],
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890        },
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901                }
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908            "Name": "MB_C2_AVA_FTEMP",
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929                }
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943                }
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971                }
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995                }
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998        },
999        {
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1003            "DtsCritOffset": -2.0,
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1199                },
1200                {
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1309                },
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1323                },
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1379                },
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1409                },
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1416                },
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1422                    "Value": 1.15
1423                },
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1430                },
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1465                },
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1472                }
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1493                },
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1500                },
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1507                },
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1514                },
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1520                    "Value": 95
1521                }
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1530                "pout1",
1531                "vout1",
1532                "temp1"
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1542                },
1543                {
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1549                },
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1556                },
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1563                },
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1570                }
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1574    ],
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1576    "Probe": "xyz.openbmc_project.FruDevice({'PRODUCT_PRODUCT_NAME': '.*Tioga Pass.*'})",
1577    "Type": "Board",
1578    "xyz.openbmc_project.Inventory.Decorator.Asset": {
1579        "Manufacturer": "$PRODUCT_MANUFACTURER",
1580        "Model": "$PRODUCT_PRODUCT_NAME",
1581        "PartNumber": "$PRODUCT_PART_NUMBER",
1582        "SerialNumber": "$PRODUCT_SERIAL_NUMBER"
1583    }
1584}
1585