7.0
8c0e3cb77b9b4f8f9bb8e1dcb4a03c51
Templates/Server hardware
f86d55fd6f0344969cf7cbd6348af1a9
NT Pantera-26 G3 Redfish
NT Pantera-26 G3 (Redfish)
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
Templates/Server hardware
-
2dc26dd60d4a4c989540c592f6389af1
_RAW: Service root
HTTP_AGENT
redfish.root.raw
{$POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1
Application
_RAW data
-
7712c134d03f42cc896d0fb2952d192c
_RAW: System
HTTP_AGENT
redfish.system.raw
{$AUTH_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}
Application
_RAW data
-
4f3d43c7ef9341ba9605ad4ba0127339
_RAW: Chassis
HTTP_AGENT
redfish.chassis.raw
{$AUTH_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Chassis/{$CHASSIS_ID}
Application
_RAW data
-
d3df7ce57dab4a14b6b18f17d0372d2d
_RAW: Manager
HTTP_AGENT
redfish.manager.raw
{$AUTH_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Managers/{$MANAGER_ID}
Application
_RAW data
-
86d3722035954868a74d48f17d1ed8bf
_RAW: Sensors collection
HTTP_AGENT
redfish.sensors.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Chassis/{$CHASSIS_ID}/Sensors
Application
_RAW data
-
f8d1acfb20f54e96bc038fc02097530d
_RAW: Memory collection
HTTP_AGENT
redfish.memory.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}/Memory
Application
_RAW data
-
c732fa71fc374f8888d1263d42f956c5
_RAW: Processor collection
HTTP_AGENT
redfish.processors.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}/Processors
Application
_RAW data
-
c6cc41572a544c048f666e3ca4254ef8
_RAW: Storage collection
HTTP_AGENT
redfish.storage.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}/Storage
Application
_RAW data
-
82f8f6b1c2484e0a8d4102258d55bdc6
_RAW: PCIe device collection
HTTP_AGENT
redfish.pcie.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}/PCIeDevices
Application
_RAW data
-
1f9024aaf06349e08b10ef06e4d35b32
_RAW: Baseboard thermal
HTTP_AGENT
redfish.baseboard.thermal.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Chassis/{$CHASSIS_ID}/Thermal
Application
_RAW data
-
da8773e0d3b74f7f839fc896f990714d
_RAW: Baseboard power
HTTP_AGENT
redfish.baseboard.power.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Chassis/{$CHASSIS_ID}/Power
Application
_RAW data
-
5874f22196454f8ca8ddc71c8cb413a0
_RAW: Fan thermal
HTTP_AGENT
redfish.fan.thermal.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Chassis/{$FAN_CHASSIS_ID}/Thermal
Application
_RAW data
-
f1f7074890fb492ba7128aaee95ca1fc
_RAW: Event log
HTTP_AGENT
redfish.eventlog.raw
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}/redfish/v1/Systems/{$SYSTEM_ID}/LogServices/EventLog/Entries
Application
_RAW data
-
f1e33769a5054c6f8a6d9f5cc7d7ce10
Event log entries count
DEPENDENT
eventlog.entries.count
30d
UNSIGNED
JSONPATH
$.Members
JAVASCRIPT
return JSON.parse(value).length;
DISCARD_VALUE
redfish.eventlog.raw
Application
Events
-
fd9890e7de6548d1b14eb1726bf04e97
Last event message
DEPENDENT
eventlog.last.message
7d
TEXT
JSONPATH
$.Members[0].Message
DISCARD_VALUE
redfish.eventlog.raw
Application
Events
-
83d08b0cf22c424a8f58e9275dd8c499
Last event severity
DEPENDENT
eventlog.last.severity
7d
CHAR
JSONPATH
$.Members[0].Severity
DISCARD_VALUE
redfish.eventlog.raw
Application
Events
-
4da8856984694d93a0fd919bd88df2b4
Redfish version
DEPENDENT
redfish.version
90d
CHAR
JSONPATH
$.RedfishVersion
redfish.root.raw
Application
System
-
bc62df4f06fc4b1f84046f41386af95a
System model
DEPENDENT
system.model
90d
CHAR
MODEL
JSONPATH
$.Model
redfish.system.raw
Application
System
-
a014cab7adf9496f88a257dbf53b4ff3
System serial number
DEPENDENT
system.serial
90d
CHAR
SERIALNO_A
JSONPATH
$.SerialNumber
redfish.system.raw
Application
System
-
dd0cf56bbcb8490bb852fc0b69ef4c48
BIOS version
DEPENDENT
system.bios.version
90d
CHAR
SOFTWARE
JSONPATH
$.BiosVersion
redfish.system.raw
Application
System
-
73559139b87546629af8b8c2e6365316
System power state
DEPENDENT
system.power.state
30d
CHAR
JSONPATH
$.PowerState
redfish.system.raw
Application
System
-
e0e14bfd89ec4ec39af9d65b3f7d4a24
System health
DEPENDENT
system.status.health
30d
CHAR
JSONPATH
$.Status.Health
redfish.system.raw
Application
System
91dc64f584af47ed9812ff688da36f87
find(/NT\ Pantera-26\ G3\ Redfish/system.status.health,,"regexp","^OK$")=0
System health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
-
fc70930679c9465781f15eef0d6f6b84
Total memory
DEPENDENT
system.memory.total
30d
FLOAT
GiB
JSONPATH
$.MemorySummary.TotalSystemMemoryGiB
redfish.system.raw
Application
System
-
19642101db3244a195f60ac734e1f5a3
Processor count
DEPENDENT
system.processor.count
30d
UNSIGNED
JSONPATH
$.ProcessorSummary.Count
redfish.system.raw
Application
System
-
6a1760a447844a22af403822b535ce4f
Chassis name
DEPENDENT
chassis.name
90d
CHAR
CHASSIS
JSONPATH
$.Name
redfish.chassis.raw
Application
Chassis
-
c0b2293f0e1941d7b445a2fbeb56af28
Chassis health
DEPENDENT
chassis.status.health
30d
CHAR
JSONPATH
$.Status.Health
redfish.chassis.raw
Application
Chassis
b80e6db877bf4c66b40717ed11486352
find(/NT\ Pantera-26\ G3\ Redfish/chassis.status.health,,"regexp","^OK$")=0
Chassis health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
-
f9d61b1a637d48d5a767b32ba8997449
BMC firmware version
DEPENDENT
bmc.firmware.version
90d
CHAR
JSONPATH
$.FirmwareVersion
redfish.manager.raw
Application
BMC
-
873178c908b6494b95dad3a4ca4dddad
BMC date and time
DEPENDENT
bmc.datetime
30d
CHAR
JSONPATH
$.DateTime
redfish.manager.raw
Application
BMC
-
eb0142abf88549cfbf70765aa8ce065d
BMC health
DEPENDENT
bmc.status.health
30d
CHAR
JSONPATH
$.Status.Health
redfish.manager.raw
Application
BMC
0b696887dfe84f5f8f113c887af37d91
find(/NT\ Pantera-26\ G3\ Redfish/bmc.status.health,,"regexp","^OK$")=0
BMC health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
eaeeea0bd80f4b3db59ddd8cadc35583
Redfish sensors
DEPENDENT
sensors.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
23f1623852724267bfdf236fd1723318
_RAW: Sensor {#SENSOR_ID}
HTTP_AGENT
sensor.raw[{#SENSOR_ID}]
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}{#SENSOR_URI}
Application
_RAW data
c5df1762981a4f4ca9f260a13c713ef2
Sensor {#SENSOR_ID} reading
DEPENDENT
sensor.reading[{#SENSOR_ID}]
30d
FLOAT
JSONPATH
$.Reading
DISCARD_VALUE
MATCHES_REGEX
^-?[0-9]+(\.[0-9]+)?$
DISCARD_VALUE
sensor.raw[{#SENSOR_ID}]
Application
Sensors
0d61dff6f60349f58f2d535c4c7fb44b
Sensor {#SENSOR_ID} units
DEPENDENT
sensor.units[{#SENSOR_ID}]
30d
CHAR
JSONPATH
$.ReadingUnits
DISCARD_VALUE
sensor.raw[{#SENSOR_ID}]
Application
Sensors
47eb8bd013624d85a87a2f4c15e98e9b
Sensor {#SENSOR_ID} health
DEPENDENT
sensor.health[{#SENSOR_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
sensor.raw[{#SENSOR_ID}]
Application
Sensors
d81fc0af1f6b4828a45d9d2f26fb2bb1
find(/NT\ Pantera-26\ G3\ Redfish/sensor.health[{#SENSOR_ID}],,"regexp","^OK$")=0
Sensor {#SENSOR_ID} health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
4590da39e1fb460390c580f7cc2c3f36
Sensor {#SENSOR_ID} state
DEPENDENT
sensor.state[{#SENSOR_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
sensor.raw[{#SENSOR_ID}]
Application
Sensors
redfish.sensors.raw
{#SENSOR_ID}
$.SensorId
{#SENSOR_URI}
$.["@odata.id"]
JSONPATH
$.Members
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
var uri = members[i]['@odata.id'] || '';
members[i].SensorId = uri.split('/').pop();
}
return JSON.stringify(members);
9f6dded0dbf34d4dbde4973051edaa68
Memory DIMMs
DEPENDENT
memory.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
1b3899099e524fa8ba8ded0d7d45dbe1
_RAW: DIMM {#DIMM_ID}
HTTP_AGENT
memory.raw[{#DIMM_ID}]
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}{#DIMM_URI}
Application
_RAW data
fd2f7caef4454973a7576898b2e7f396
DIMM {#DIMM_ID} locator
DEPENDENT
memory.locator[{#DIMM_ID}]
30d
CHAR
JSONPATH
$.Locator
DISCARD_VALUE
memory.raw[{#DIMM_ID}]
Application
Memory
d8332c9ebdb745debb0fd4e8068e2cdc
DIMM {#DIMM_ID} size
DEPENDENT
memory.capacity[{#DIMM_ID}]
30d
FLOAT
GiB
JSONPATH
$.CapacityMiB
DISCARD_VALUE
MULTIPLIER
0.0009765625
DISCARD_VALUE
memory.raw[{#DIMM_ID}]
Application
Memory
72f70e5ff67f4fd0a9f29d9a5a220090
DIMM {#DIMM_ID} speed
DEPENDENT
memory.speed[{#DIMM_ID}]
30d
FLOAT
GHz
JSONPATH
$.OperatingSpeedMhz
DISCARD_VALUE
MULTIPLIER
0.001
DISCARD_VALUE
memory.raw[{#DIMM_ID}]
Application
Memory
4c6e8369196a483bb5fac302a4a5fc78
DIMM {#DIMM_ID} health
DEPENDENT
memory.health[{#DIMM_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
memory.raw[{#DIMM_ID}]
Application
Memory
942f8fe7c6cb4676b059785829a30b2a
find(/NT\ Pantera-26\ G3\ Redfish/memory.health[{#DIMM_ID}],,"regexp","^OK$")=0
DIMM {#DIMM_ID} health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
c11f3aadf9f547ad911eab668e2fd580
DIMM {#DIMM_ID} state
DEPENDENT
memory.state[{#DIMM_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
memory.raw[{#DIMM_ID}]
Application
Memory
redfish.memory.raw
{#DIMM_ID}
$.DimmId
{#DIMM_URI}
$.["@odata.id"]
JSONPATH
$.Members
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
var uri = members[i]['@odata.id'] || '';
members[i].DimmId = uri.split('/').pop();
}
return JSON.stringify(members);
297e6f696b9c4bb894240b311c4633e8
Processors
DEPENDENT
processors.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
521f74fca8c640ce9f91dad1387dbf12
_RAW: CPU {#CPU_ID}
HTTP_AGENT
processor.raw[{#CPU_ID}]
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}{#CPU_URI}
Application
_RAW data
8ae8b3661840457d86056fd4c8c13eb7
CPU {#CPU_ID} model
DEPENDENT
processor.model[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Model
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
2171dc3391f1441cbf4a29f6c18d2212
CPU {#CPU_ID} socket
DEPENDENT
processor.socket[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Socket
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
11d6de60d174458da07a8f52127e41f9
CPU {#CPU_ID} manufacturer
DEPENDENT
processor.manufacturer[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Manufacturer
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
6652ff2ee48c4f37a48598a7d91b414b
CPU {#CPU_ID} version
DEPENDENT
processor.version[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Version
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
9d1c0ea1e348431f9b9a4d28a89bbf45
CPU {#CPU_ID} architecture
DEPENDENT
processor.architecture[{#CPU_ID}]
30d
CHAR
JSONPATH
$.ProcessorArchitecture
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
df1ac07b84144641874a4988ea6fe3bb
CPU {#CPU_ID} instruction set
DEPENDENT
processor.instruction.set[{#CPU_ID}]
30d
CHAR
JSONPATH
$.InstructionSet
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
79fd60dfa8d84861afb536f1a179fe76
CPU {#CPU_ID} max speed
DEPENDENT
processor.max.speed[{#CPU_ID}]
30d
FLOAT
GHz
JSONPATH
$.MaxSpeedMHz
DISCARD_VALUE
MULTIPLIER
0.001
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
a1325d063c8849ecb1494681a840ee67
CPU {#CPU_ID} current frequency
DEPENDENT
processor.current.frequency[{#CPU_ID}]
30d
FLOAT
GHz
JSONPATH
$.Oem.Public.FrequencyMHz
DISCARD_VALUE
MULTIPLIER
0.001
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
337a5fa4f5c2485fad6e04de589c4251
CPU {#CPU_ID} voltage
DEPENDENT
processor.voltage[{#CPU_ID}]
30d
FLOAT
V
JSONPATH
$.ProcessorVoltage
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
697d022b747f4687826e0dc1f09e4295
CPU {#CPU_ID} L1 cache
DEPENDENT
processor.cache.l1[{#CPU_ID}]
30d
UNSIGNED
KiB
JSONPATH
$.Oem.Public.L1CacheKiB
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
12b8a99665704b24b6642ad80821214c
CPU {#CPU_ID} L2 cache
DEPENDENT
processor.cache.l2[{#CPU_ID}]
30d
UNSIGNED
KiB
JSONPATH
$.Oem.Public.L2CacheKiB
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
25583348a19342d6a26c8788cf3bcf4c
CPU {#CPU_ID} L3 cache
DEPENDENT
processor.cache.l3[{#CPU_ID}]
30d
FLOAT
MiB
JSONPATH
$.Oem.Public.L3CacheKiB
DISCARD_VALUE
MULTIPLIER
0.0009765625
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
209f7b1b546240c09bcf91f9cb9b9137
CPU {#CPU_ID} cores
DEPENDENT
processor.cores[{#CPU_ID}]
30d
UNSIGNED
JSONPATH
$.TotalCores
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
c71603e0477b44cd86ca6c12ab8f0aa2
CPU {#CPU_ID} threads
DEPENDENT
processor.threads[{#CPU_ID}]
30d
UNSIGNED
JSONPATH
$.TotalThreads
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
f8d9e9bfa562491eb2bd8bb47a2756dc
CPU {#CPU_ID} health
DEPENDENT
processor.health[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
aa038d4f94b84758b6b1d33245652f42
find(/NT\ Pantera-26\ G3\ Redfish/processor.health[{#CPU_ID}],,"regexp","^OK$")=0
CPU {#CPU_ID} health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
4e50ef4b77074c739883a52f04da83d0
CPU {#CPU_ID} state
DEPENDENT
processor.state[{#CPU_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
processor.raw[{#CPU_ID}]
Application
CPU
redfish.processors.raw
{#CPU_ID}
$.CpuId
{#CPU_URI}
$.["@odata.id"]
JSONPATH
$.Members
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
var uri = members[i]['@odata.id'] || '';
members[i].CpuId = uri.split('/').pop();
}
return JSON.stringify(members);
46dbd7ae0fe24ee8b0351b0e84f88cc0
RAID controllers
DEPENDENT
storage.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
2e21ae34c46746f588d4d357dc166035
_RAW: RAID controller {#STORAGE_ID}
HTTP_AGENT
storage.raw[{#STORAGE_ID}]
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}{#STORAGE_URI}
Application
_RAW data
d5ff0eb99cb84e89b9fe487ec76922f8
RAID controller {#STORAGE_ID} model
DEPENDENT
storage.model[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.StorageControllers[0].Model
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
26b2a0d8a87c4e70a2981fd6a0a0b457
RAID controller {#STORAGE_ID} firmware
DEPENDENT
storage.firmware[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.StorageControllers[0].FirmwareVersion
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
f80946702b634a24ae9a274929a8cf7d
RAID controller {#STORAGE_ID} serial
DEPENDENT
storage.serial[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.StorageControllers[0].SerialNumber
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
b16d1a02909d411e93dd3dc6ae5df55e
RAID controller {#STORAGE_ID} temperature
DEPENDENT
storage.temperature[{#STORAGE_ID}]
30d
FLOAT
C
JSONPATH
$.StorageControllers[0].Temperature
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
f48910cd34ea4f2b917267a32cfe399d
RAID controller {#STORAGE_ID} BBU state
DEPENDENT
storage.bbu.state[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.StorageControllers[0].BBUState
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
6b816b9a2587406f92bf6a4503940a2d
find(/NT\ Pantera-26\ G3\ Redfish/storage.bbu.state[{#STORAGE_ID}],,"regexp","^Optimal$|^OK$")=0
RAID controller {#STORAGE_ID} BBU state is {ITEM.LASTVALUE}
Current state is {ITEM.LASTVALUE}
WARNING
621e78304f0e483d80739f0231af4fe4
RAID controller {#STORAGE_ID} physical drives
DEPENDENT
storage.physical.drives[{#STORAGE_ID}]
30d
UNSIGNED
JSONPATH
$.StorageControllers[0].PhysicalDriveCount
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
b5c8555d2d574025a11bcc45749cab84
RAID controller {#STORAGE_ID} virtual drives
DEPENDENT
storage.virtual.drives[{#STORAGE_ID}]
30d
UNSIGNED
JSONPATH
$.StorageControllers[0].VirtualDriveCount
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
9a858763eb7f42f0b7dbd34a5d4b2d94
RAID controller {#STORAGE_ID} health
DEPENDENT
storage.health[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
323c02e0e7b640e79b49a96e5bb4686b
find(/NT\ Pantera-26\ G3\ Redfish/storage.health[{#STORAGE_ID}],,"regexp","^OK$")=0
RAID controller {#STORAGE_ID} health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
c0d3bceaf15b4ec3964249a2fd33c5b6
RAID controller {#STORAGE_ID} state
DEPENDENT
storage.state[{#STORAGE_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
storage.raw[{#STORAGE_ID}]
Application
Storage
redfish.storage.raw
{#STORAGE_ID}
$.StorageId
{#STORAGE_URI}
$.["@odata.id"]
JSONPATH
$.Members
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
var uri = members[i]['@odata.id'] || '';
members[i].StorageId = uri.split('/').pop();
}
return JSON.stringify(members);
e62b2e53be8340b79214a39059a504e1
PCIe devices
DEPENDENT
pcie.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
4de58a8fe134414f9f2fb8e7de246829
_RAW: PCIe device {#PCIE_ID}
HTTP_AGENT
pcie.raw[{#PCIE_ID}]
{$DETAIL_POLLING_INTERVAL}
{$RAW_HISTORY_PERIOD}
TEXT
BASIC
{$API.USER}
{$API.PASSWORD}
30s
{$PROTOCOL}://{$HOST_IP}{#PCIE_URI}
Application
_RAW data
6d740ec8f13d42aa91de0206b5769f86
PCIe device {#PCIE_ID} manufacturer
DEPENDENT
pcie.manufacturer[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Manufacturer
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
7b640cafb1ab4169adf5d404ffca36dc
PCIe device {#PCIE_ID} model
DEPENDENT
pcie.model[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Model
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
ccfe20e376d441d683a07ec72d706407
PCIe device {#PCIE_ID} card model
DEPENDENT
pcie.card.model[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.CardModel
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
1514605f71ee43bca240c9049cb966ec
PCIe device {#PCIE_ID} locator
DEPENDENT
pcie.locator[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Oem.Public.DeviceLocator
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
cb0713a67c5e4527916cf38655fa1a71
PCIe device {#PCIE_ID} link width
DEPENDENT
pcie.link.width[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Oem.Public.LinkWidth
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
fd44e4b7ffca4ea1944f77120b291147
PCIe device {#PCIE_ID} type
DEPENDENT
pcie.type[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Oem.Public.PCIeType
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
8982dc342e7b4570a61cba4ee2801792
PCIe device {#PCIE_ID} BDF
DEPENDENT
pcie.bdf[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Oem.Public.RootBDF
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
a29839c0ae7c4f8ebf5917247ddc4ac1
PCIe device {#PCIE_ID} health
DEPENDENT
pcie.health[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
fc4d1638bf734a449d81c9e99d823979
find(/NT\ Pantera-26\ G3\ Redfish/pcie.health[{#PCIE_ID}],,"regexp","^OK$")=0
PCIe device {#PCIE_ID} health status is {ITEM.LASTVALUE}
Current status is {ITEM.LASTVALUE}
WARNING
24c42a34bb6c4da189205ad8b197d5f7
PCIe device {#PCIE_ID} state
DEPENDENT
pcie.state[{#PCIE_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
pcie.raw[{#PCIE_ID}]
Application
PCIe
redfish.pcie.raw
{#PCIE_ID}
$.PcieId
{#PCIE_URI}
$.["@odata.id"]
JSONPATH
$.Members
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
var uri = members[i]['@odata.id'] || '';
members[i].PcieId = uri.split('/').pop();
}
return JSON.stringify(members);
24bc2508cc124fb290d08d43a5ad747c
Fan removal events
DEPENDENT
events.fan.removal.discovery
0
DELETE_IMMEDIATELY
cf3af578ab5c425bbf9816715d159d31
{#MESSAGE}
CALCULATED
event.fan.removal[{#ID}]
30s
7d
TEXT
{#DATE}
48193d55aecb49b1ba14bf399feb8a65
nodata(/NT\ Pantera-26\ G3\ Redfish/event.fan.removal[{#ID}],6h)=0
Fan removed: {#MESSAGE}
HIGH
YES
redfish.eventlog.raw
{#DATE}
$.Created
{#ID}
$.Id
{#MESSAGE}
$.Message
{#RESOLVED}
$.Resolved
{#RESOLVED}
false
A
JSONPATH
$.Members
JAVASCRIPT
var val_new = JSON.parse(value);
var val_new1 = [];
for (var i = 0; i < val_new.length; i++) {
var message = (val_new[i].Message || '').toLowerCase();
if (val_new[i].MessageId == "OpenBMC.0.1.FanRemoved" ||
(val_new[i].MessageId == "ResourceEvent.1.0.ResourceRemoved" && message.indexOf('fan') !== -1)) {
val_new1.push(val_new[i]);
}
}
return JSON.stringify(val_new1);
5c8fffd8f9b0419a8738f550f1553355
PSU events
DEPENDENT
events.psu.discovery
0
DELETE_IMMEDIATELY
94d07f27f5c04fe09633757abda166a1
{#MESSAGE}
CALCULATED
event.psu[{#ID}]
30s
7d
TEXT
{#DATE}
e864a28f9165478cbc1113de6626fd8f
nodata(/NT\ Pantera-26\ G3\ Redfish/event.psu[{#ID}],6h)=0
Power supply event: {#MESSAGE}
AVERAGE
YES
redfish.eventlog.raw
{#DATE}
$.Created
{#ID}
$.Id
{#MESSAGE}
$.Message
{#RESOLVED}
$.Resolved
{#RESOLVED}
false
A
JSONPATH
$.Members
JAVASCRIPT
var val_new = JSON.parse(value);
var val_new1 = [];
for (var i = 0; i < val_new.length; i++) {
var message = (val_new[i].Message || '').toLowerCase();
if (val_new[i].MessageId == "OpenBMC.0.1.PowerSupplyPowerLost" ||
val_new[i].MessageId == "Power.1.0.PowerSupplyFailed" ||
(message.indexOf('power supply') !== -1 && (message.indexOf('lost') !== -1 || message.indexOf('failed') !== -1))) {
val_new1.push(val_new[i]);
}
}
return JSON.stringify(val_new1);
d2b3c13cb44f44998c6c747ed40f2f31
Fans
DEPENDENT
fans.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
5a3cce7196ef4a39831f1316da89f248
_RAW: Fan {#FAN_ID}
DEPENDENT
fan.raw[{#FAN_ID}]
{$RAW_HISTORY_PERIOD}
TEXT
JAVASCRIPT
var data = JSON.parse(value).Fans || [];
for (var i = 0; i < data.length; i++) {
var id = data[i].MemberId || data[i].Name || '';
if (id === '{#FAN_ID}') {
return JSON.stringify(data[i]);
}
}
return null;
DISCARD_VALUE
redfish.fan.thermal.raw
Application
_RAW data
51fc71372dfa48f8bcbce078b83ca640
Fan {#FAN_ID} speed
DEPENDENT
fan.reading[{#FAN_ID}]
30d
FLOAT
RPM
JSONPATH
$.Reading
DISCARD_VALUE
fan.raw[{#FAN_ID}]
Application
Fans
f58f5414f0404b0ab222fe127c66977c
last(/NT\ Pantera-26\ G3\ Redfish/fan.reading[{#FAN_ID}])<={#FAN_CRIT}
Fan {#FAN_ID} speed low: <= {#FAN_CRIT} RPM
WARNING
9833d23f7e2d4b1aadfd52eb2f73e073
Fan {#FAN_ID} health
DEPENDENT
fan.health[{#FAN_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
fan.raw[{#FAN_ID}]
Application
Fans
bf7be4cce76a472ead6d174476f230f4
Fan {#FAN_ID} state
DEPENDENT
fan.state[{#FAN_ID}]
30d
CHAR
JSONPATH
$.Status.State
DISCARD_VALUE
fan.raw[{#FAN_ID}]
Application
Fans
redfish.fan.thermal.raw
{#FAN_ID}
$.FanId
{#FAN_CRIT}
$.LowerThresholdCritical
JSONPATH
$.Fans
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
members[i].FanId = members[i].MemberId || members[i].Name || ('Fan' + i);
}
return JSON.stringify(members);
7f20b1f2e8d94ccf9b5bc174e0f5d0cc
Temperatures
DEPENDENT
temperatures.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
dd0ce73fe36e4842bd0308ad06e2848f
_RAW: Temperature {#TEMP_ID}
DEPENDENT
temperature.raw[{#TEMP_ID}]
{$RAW_HISTORY_PERIOD}
TEXT
JAVASCRIPT
var data = JSON.parse(value).Temperatures || [];
for (var i = 0; i < data.length; i++) {
var id = data[i].MemberId || data[i].Name || '';
if (id === '{#TEMP_ID}') {
return JSON.stringify(data[i]);
}
}
return null;
DISCARD_VALUE
redfish.baseboard.thermal.raw
Application
_RAW data
f0f4f3377dca4e49be1f96ab7d1bb2ad
Temperature {#TEMP_ID}
DEPENDENT
temperature.reading[{#TEMP_ID}]
30d
FLOAT
C
JSONPATH
$.ReadingCelsius
DISCARD_VALUE
temperature.raw[{#TEMP_ID}]
Application
Temperatures
395b4f0480bb4b4e8ef3f83f6786e80f
last(/NT\ Pantera-26\ G3\ Redfish/temperature.reading[{#TEMP_ID}])>={#TEMP_WARN} and last(/NT\ Pantera-26\ G3\ Redfish/temperature.reading[{#TEMP_ID}])<{#TEMP_CRIT}
Temperature {#TEMP_ID} high: >= {#TEMP_WARN} C
WARNING
b309be7b5973448eb30f22a8384c97a6
last(/NT\ Pantera-26\ G3\ Redfish/temperature.reading[{#TEMP_ID}])>={#TEMP_CRIT}
Temperature {#TEMP_ID} critical: >= {#TEMP_CRIT} C
HIGH
f1d0ebee540b44cc844e70a7cdfbdd7a
Temperature {#TEMP_ID} health
DEPENDENT
temperature.health[{#TEMP_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
temperature.raw[{#TEMP_ID}]
Application
Temperatures
redfish.baseboard.thermal.raw
{#TEMP_ID}
$.TempId
{#TEMP_WARN}
$.UpperThresholdNonCritical
{#TEMP_CRIT}
$.UpperThresholdCritical
JSONPATH
$.Temperatures
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
members[i].TempId = members[i].MemberId || members[i].Name || ('Temp' + i);
}
return JSON.stringify(members);
0c53c04629a34d1787a0a1b3d27da35a
Voltages
DEPENDENT
voltages.discovery
{$KEEP_LOST_RESOURCES_PERIOD}
DISABLE_NEVER
5a0a31089ddb43d8a38cf640d4f80a7a
_RAW: Voltage {#VOLT_ID}
DEPENDENT
voltage.raw[{#VOLT_ID}]
{$RAW_HISTORY_PERIOD}
TEXT
JAVASCRIPT
var data = JSON.parse(value).Voltages || [];
for (var i = 0; i < data.length; i++) {
var id = data[i].MemberId || data[i].Name || '';
if (id === '{#VOLT_ID}') {
return JSON.stringify(data[i]);
}
}
return null;
DISCARD_VALUE
redfish.baseboard.power.raw
Application
_RAW data
ad5ec3a114de4fd1bbf03485f6a22498
Voltage {#VOLT_ID}
DEPENDENT
voltage.reading[{#VOLT_ID}]
30d
FLOAT
V
JSONPATH
$.ReadingVolts
DISCARD_VALUE
voltage.raw[{#VOLT_ID}]
Application
Voltages
088dc3cdd46f49309240862bf3656895
Voltage {#VOLT_ID} health
DEPENDENT
voltage.health[{#VOLT_ID}]
30d
CHAR
JSONPATH
$.Status.Health
DISCARD_VALUE
voltage.raw[{#VOLT_ID}]
Application
Voltages
redfish.baseboard.power.raw
{#VOLT_ID}
$.VoltId
JSONPATH
$.Voltages
JAVASCRIPT
var members = JSON.parse(value);
for (var i = 0; i < members.length; i++) {
members[i].VoltId = members[i].MemberId || members[i].Name || ('Volt' + i);
}
return JSON.stringify(members);
{$API.PASSWORD}
change_me
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$API.USER}
admin
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$AUTH_POLLING_INTERVAL}
3m
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$CHASSIS_ID}
Zvezda_Arctur_Baseboard
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$DETAIL_POLLING_INTERVAL}
3m
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$FAN_CHASSIS_ID}
chassis
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$HOST_IP}
10.30.90.109
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$KEEP_LOST_RESOURCES_PERIOD}
0d
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$RAW_HISTORY_PERIOD}
1d
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$MANAGER_ID}
bmc
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$POLLING_INTERVAL}
3m
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$PROTOCOL}
https
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.
{$SYSTEM_ID}
system
Template for NT Pantera-26 G3 hardware monitoring over the Redfish API.
Platform profile:
- Form factor: 2U
- Drive bays: 24 x LFF + 2 x SFF
- Storage enclosures: 2
- PCIe: 2 x PCIe x8 Low Profile, 3 x PCIe x16, 1 x OCP 3.0 x16
- Power supplies: 2
- Usage profile: universal server with dual drive enclosures and variable PCIe/OCP peripherals
This template is based on the merged Altair Z Redfish profile and is intended for the NT Pantera-26 G3 server model.
It combines inventory monitoring, EventLog monitoring, fan removal events, PSU events and threshold-based thermal/fan alerting.
Actual peripheral visibility depends on what the BMC publishes through Redfish.