–Specifies the reboot type. The type can be one of the following:
RACADM Subcommand Details
37
Table 23. Details of diagnostics (continued)
pwrcycle–Power cycle Graceful –Graceful reboot without forced shutdown
Forced–Graceful reboot with forced shutdown -s –Specifies the
start time for the scheduled job in yyyymmddhhmmss format. The default value
TIME_NOW starts the job immediately. -e –Specifies the expiry
time for the scheduled job in yyyymmddhhmmss format. The default value TIME_NA
does not apply the waiting time. NOTE: For the diagnostic report run
operation, the time difference between the -s and -e options must be more than
five minutes.
Output Examples
Provides the Job ID for the diagnostic operation. To initiate the remote
diagnostic operation:
racadm diagnostics run -m 1 -r forced -s 20121215101010 -e TIME_NA To export a
remote diagnostics report to CIFS share:
racadm diagnostics export -f diagnostics -l //192.168.0/cifs -u administrator
-p xxx
To export a remote diagnostics report to NFS share:
racadm diagnostics export -f diagnostics -l 192.168.0:/nfs -u administrator -p
xxx
To export a remote diagnostics report to the HTTP share:
racadm diagnostics export -f diags.txt -u httpuser -p httppwd -l
http://test.com
To export a remote diagnostics report to the HTTPS share:
racadm diagnostics export -f diags.txt -u httpsuser -p httpspwd -l
https://test.com
To export a remote diagnostics report to a local share:
racadm diagnostics export -f diags.txt
driverpack
Table 24. Details of driverpack
Description
Installs the driver pack for the operating system.
Synopsis
To get information about the available driver packs
racadm driverpack getinfo
To attach the driver pack that matches the operating system
Racadm driverpack attach -i -t
To detach the driver pack
Racadm driverpack detach
Input
-i–index of the operating system
-t–exposed time duration in seconds. It is an optional parameter and the default value is 64800 seconds.
38
RACADM Subcommand Details
Table 24. Details of driverpack (continued)
Output
racadm driverpack getinfo– Racadm driverpack attach–Job Id details
Racadm driverpack detach–detach successful
racadm driverpack getinfo–
Racadm driverpack attach–Job Id details
Racadm driverpack detach–detach successful
Example
To attach the driver pack with operating system index and exposed time racadm
driverpack attach -i [-t ] To check the job status
racadm jobqueue view -i JID_000000000000
To detach the operating system racadm driverpack detach
NOTE: In the local RACADM interface, if a driver pack is attached, some of the
export operation commands may not work as expected. Ensure that the driver
pack is detached before using commands like serialcapture export, hwinventory,
swinventory, hwinventory export, and inlettemphistory export.
eventfilters
Table 25. Details of eventfilters
Description
Displays the list of event filter settings. To use this subcommand with the
set and test option, you must have the Administrator privilege.
Synopsis
racadm eventfilters
racadm eventfilters get -c
racadm eventfilters set -c -a -n
racadm eventfilters set -c -a -r
racadm eventfilters test -i
NOTE: The general format of an alert category:
idrac.alert.category.[subcategory].[severity] where category is mandatory, but
subcategory and severity are optional. A severity cannot precede a
subcategory. Valid Category values are: All System Storage
RACADM Subcommand Details
39
Table 25. Details of eventfilters (continued)
Updates Audit Config Worknotes
Definitions of the values are:
System Health–System Health category represents all the alerts that are
related to hardware within the system chassis. Examples include temperature
errors, voltage errors, and device errors.
Storage Health–Storage Health category represents alerts that are related to
the storage subsystem. Examples include, controller errors, physical disk
errors, and virtual disk errors.
Updates–Update category represents alerts that are generated when
firmware/drivers are upgraded or downgraded.
NOTE: This does not represent firmware inventory.
Audit–Audit category represents the audit log. Examples include, user
login/logout information, password authentication failures, session info, and
power states.
Configuration–Configuration category represents alerts that are related to
hardware, firmware, and software configuration changes. Examples include, PCIe
card added/removed, RAID configuration changed, iDRAC license changed.
Work notes–Work notes represents an entry in the Lifecycle log. You can add a
work note to the Lifecycle Log to record comments for your reference. You can
enter comments such as scheduled downtime or changes that are made by
administrators who work in different shifts for the later reference.
NOTE: idrac.all.all is not a valid sub category.
Valid Severity values are:
Critical Warning Info
Valid examples of alert queries are:
idrac.alert.all idrac.alert.audit idrac.alert.audit.lic
idrac.alert.audit.warning idrac.alert.audit.lic.critical
This command does not support setting the proxy parameters if the share
location (-l) is HTTP/HTTPS. For more information, see Proxy parameter
section.
Input
get–Displays the list of eventfilter settings set–Configures the actions and
notifications for a given eventfilter configuration -i–Message ID for which
the simulation is needed -c–Alert category of the specific event filter -a–The
action that must be invoked when the event occurs. Valid values are none,
powercycle,
power off, or systemreset
-n–The notification is sent when the event occurs. Valid values are all, snmp, ipmi, ws-events, redfish-events, oslog, email, remotesyslog, or none. You can append multiple notifications that are separated by a comma. You cannot enter the values all or none with other notifications. If incorrect notification is specified along with other valid notifications, the valid and invalid notification set is failed.
-r–Event generation interval. This option is applicable only to the temperature statistics subcategory tmps. You can use this option as a stand-alone or with -n and -a.
NOTE: If both event generation interval and notifications are configured and
there is an error while configuring the notifications, the event generation
interval is not set. The valid values are 0365. 0 disables the event
generation.
40
RACADM Subcommand Details
Table 25. Details of eventfilters (continued)
Example
Display all available event filter configurations.
racadm eventfilters get -c idrac.alert.all
Display eventfilter configurations for a specific category. For example, audit
racadm eventfilters get -c idrac.alert.audit
Display eventfilter configurations for a specific subcategory. For example,
licensing under the audit category
racadm eventfilters get -c idrac.alert.audit.lic Display eventfilter
configurations for a specific severity. For example, warning under the audit
category
racadm eventfilters get -c idrac.alert.audit.warning
Display eventfilter configurations for a specific severity and subcategory.
For example, a severity of warning in the subcategory licensing under audit
category
racadm eventfilters get -c idrac.alert.audit.lic.warning Clear all available
alert settings.
racadm eventfilters set -c idrac.alert.all -a none -n none
Configure using severity as a parameter. For example, all informational events
in storage category are assigned power off as action, and email and SNMP as
notifications.
racadm eventfilters set -c idrac.alert.storage.info -a poweroff -n email,snmp
Configure using subcategory as a parameter. For example, all configurations
under the licensing subcategory in the audit category are assigned power off
as action and all notifications are enabled.
racadm eventfilters set -c idrac.alert.audit.lic -a poweroff -n all
Configure using subcategory and severity as parameters. For example, all
information events under the licensing subcategory in the audit category are
assigned power off as action and all notifications are disabled:
racadm eventfilters set -c idrac.alert.audit.lic.info -a poweroff -n none
Configure the event generation interval for temperature statistics.
racadm eventfilters set -c idrac.alert.system.tmps.warning -r 10 Configure the
event generation interval and notifications for temperature statistics.
racadm eventfilters set -c idrac.alert.system.tmps -r 5 -a none -n snmp Send a
test alert for the fan event.
racadm eventfilters test -i FAN0001 To configure the proxy parameter.
racadm set lifecyclecontroller.lcattributes.UserProxyUsername admin1 To remove
the proxy parameter.
racadm set lifecyclecontroller.lcattributes.UserProxyUsername To view the list
of proxy attributes.
racadm get lifecycleController.lcAttributes
RACADM Subcommand Details
41
exposeisminstallertohost
Table 26. Details of exposeisminstallertohost
Description
Exposes the ISM installer to host OS
Synopsis
racadm exposeisminstallertohost
Input
Not Applicable
Example
Not Applicable
fcstatistics
Table 27. Details of fcstatistics
Description
Displays a list of FCs (FQDDs), managed server for which statistics is
available.
Synopsis
racadm fcstatistics
Input Example
— Specify the FQDD of the target FC device. racadm fcstatistics
frontpanelerror
Table 28. Details of frontpanelerror
Description
Enables or disables the live-feed of the errors currently being displayed on
the LCD screen. For error acknowledge use hide, and error assert use show.
Synopsis
racadm frontpanelerror show
racadm frontpanelerror hide
Input Example
show — to view the errors currently being displayed on the LCD screen. hide —
to hide the errors currently being displayed on the LCD screen.
racadm frontpanelerror show Front Panel Error–Show Enabled.
racadm frontpanelerror hide Front Panel Error–Hide Enabled.
fwupdate
Table 29. Details of fwupdate
Description
Allows you to update the firmware. You can:
Check the firmware update process status. Update iDRAC firmware from FTP or
TFTP server by providing an IP address and optional path. Update iDRAC
firmware from the local file system using Local and Remote RACADM.
42
RACADM Subcommand Details
Table 29. Details of fwupdate (continued)
Roll back to the standby firmware. To use this subcommand, you must have
Configure iDRAC permission.
NOTE: This command is only for iDRAC firmware update. For any other firmware
update like BIOS or DUPs, use Update subcommand.
NOTE: If the iSM is exposed on the host server, you may see the Firmware
update operation is already in progress error.
Synopsis
racadm fwupdate -s
racadm fwupdate -g -u -a [-d [–clearcfg]
racadm -r -u -p fwupdate -f
-d where path
is the location on the ftp server where firmimgFIT.d9 is stored.
racadm fwupdate -r
Input
Output Example
racadm fwupdate -p -u [-d ] NOTE: When attempting to run firmware update
task, if the firmware image path length is greater than 256 characters, remote
RACADM client exits with the error message “ERROR: Specified path is too
long”.
–u–The update option performs a checksum of the firmware update file and
starts the update process. This option may be used along with the –g or –p
options. At the end of the update, iDRAC performs a soft reset.
–s–This option returns the status of the update process. -a–The -a option
specifies TFTP server IP address that is used for firmware image. This option
must
be used with the -g option. –clearcfg–The -clearcfg option removes the
previous iDRAC configuration after firmware
update. -g–The get option instructs the firmware to get the firmware update
file from the TFTP server.
Specify the -a -u, and –d options. In the absence of the –a option, the
defaults are read from properties in the group cfgRemoteHosts, using
properties cfgRhostsFwUpdateIpAddr and cfgRhostsFwUpdatePath. -p–The -p, or
put, option is used to update the firmware file from the managed system to
iDRAC. The -u option must be used with the -p option. Default: Designated TFTP
default directory on that host for the file if -g option is absent. If -g is
used, it defaults to a directory configured on the TFTP server.
NOTE: The -p option is supported on local and remote RACADM and is not
supported with the serial/ssh console and on the Linux operating systems.
NOTE: The -p option is applicable for both remote and local RACADM proxy
commands. However, this option is not supported for local RACADM running on
Linux operating systems.
NOTE: The filename for firmware update file must be firmimgFIT.d9.
-r–The rollback option is used to roll back to the standby firmware.
Displays a message indicating the operation that is being performed.
Uploads a firmware image from the client and start firmware update:
racadm fwupdate -p -u -d /tmp/images
RACADM Subcommand Details
43
Table 29. Details of fwupdate (continued) Upload firmware image from FTP
server and start firmware update:
racadm fwupdate -f 192.168.0.10 test test -d firmimgFIT.d9 Upload firmware
image from TFTP server and start firmware update:
racadm fwupdate -g -u -a 192.168.0.100 -d /tmp/images Query the current status
of the firmware update process:
racadm fwupdate -s Rollback to the standby firmware:
racadm fwupdate -r Upload firmware image from TFTP server, start firmware
update. After firmware update is complete,
delete previous iDRAC configuration:
racadm fwupdate -g -u -a 192.168.0.100 -d /tmp/images –clearcfg NOTE: Firmware
update from local RACADM (using -p -u -d options) is not supported on Linux
operating system.
The following table describes the firmware update method that is supported for
each interface:
Table 30. Details of fwupdate methods
FW Update Method
iDRAC on Blade Servers
iDRAC on Rack and Tower Servers
Local RACADM
Yes
Yes
Local RACADM-TFTP
Yes
Yes
Local RACADM-FTP
Yes
Yes
Remote RACADM
Yes
Yes
Remote RACADM-TFTP
Yes
Yes
Remote RACADM-FTP
Yes
Yes
Firmware RACADM-TFTP
Yes
Yes
Firmware RACADM-FTP
Yes
Yes
gethostnetworkinterfaces
Table 31. Details of gethostnetworkinterfaces
Description
Displays host network interface details. NOTE: To run this subcommand, you
must have iDRAC Service Module installed on the server operating system.
Synopsis
racadm gethostnetworkinterfaces
racadm gethostnetworkinterfaces
44
RACADM Subcommand Details
Table 31. Details of gethostnetworkinterfaces (continued)
Examples
To display the details of all the network interfaces on the server.
racadm gethostnetworkinterfaces
Local Area Connection 12
Description
: iDRAC Virtual NIC USB Device #8
Status
: Up
Interface Type
: Ethernet
DHCP
: Enabled
DHCPServerV4
: 169.254.0.1
MAC Address
: 00-25-64-F9-7A-E7
IPv4 Address
: 169.254.0.2
Subnet Mask
: 255.255.255.0
IPv6 Address
: fe80::1cce:a0a7:f30e:54fc
Prefix Length
: 64
IPv6 DNSServer Address 0: fec0:0:0:ffff::1
IPv6 DNSServer Address 1: fec0:0:0:ffff::2
IPv6 DNSServer Address 2: fec0:0:0:ffff::3
To display the details of a particular NIC on the server.
racadm gethostnetworkinterfaces NIC.Integrated.1-1-1
Local Area Connection Description Status Interface Type DHCP DHCPServerV4 MAC
Address FQDD IPv4 Address Subnet Mask IPv6 Address Prefix Length IPv4 Gateway
Address IPv4 DNSServer Address IPv4 DNSServer Address
: Broadcom NetXtreme Gigabit Ethernet : Up : Ethernet : Enabled : 10.94.224.25
: 14-FE-B5-FF-B1-9C : NIC.Integrated.1-1-1 : 10.94.225.189 : 255.255.255.128 :
fe80::7c5f:a114:84d4:17f6 : 64 : 10.94.225.129 0: 10.116.2.250 1: 10.116.2.251
getled
Table 32. Details of getled
Description
Displays the LED settings on a module: blinking, not blinking, or unknown (for
empty slots). To run this subcommand, you must have the Login User privilege.
Synopsis
racadm getled
Input Output
Example
LED is blinking LED is not-blinking
racadm getled LED State : Blinking racadm getled LED State : Not-Blinking
RACADM Subcommand Details
45
getniccfg
Table 33. Details of getniccfg
Description
Displays the current and static NIC settings for iDRAC.
Synopsis
racadm getniccfg
Input Output
The getniccfg subcommand displays an appropriate error message if the
operation is not successful. Otherwise, the output is displayed in the
following format:
Table 34. Details of IPV4 settings
IPv4 settings:
NIC Enabled
=1
IPv4 Enabled
=1
DHCP Enabled
=0
IP Address
=10.94.227.207
Subnet Mask
=255.255.255.0
Gateway
=10.94.227.1
IPv6 settings:
IPv6 Enabled
=Enabled
DHCP6 Enabled
=Enabled
IP Address 1
=::
Gateway
=::
Link Local Address
=::
IP Address 2
=::
IP Address 3
=::
IP Address 4
=::
IP Address 5
=::
IP Address 6
=::
IP Address 7
=::
IP Address 8
=::
IP Address 9
=::
IP Address 10
=::
IP Address 11
=::
IP Address 12
=::
IP Address 13
=::
IP Address 14
=::
IP Address 15
=::
LOM Status:
NIC Selection
=dedicated
46
RACADM Subcommand Details
Table 33. Details of getniccfg
Table 34. Details of IPV4 settings (continued)
Link Detected
=Yes
Speed
=1Gb/s
Duplex Mode
=Full Duplex
Active NIC
=Dedicated
Static IPv4 settings:
Static IP Address
=10.94.227.207
Static Subnet Mask
=255.255.255.0
Static Gateway
=10.94.227.1
Static IPv6 settings:
Static IP Address 1
=::
Static Prefix Length
=64
Static Gateway
=::
Example
NOTE: IPv6 information is displayed only if IPv6 is enabled in iDRAC. NOTE:
IPv6 Address 1 field indicates static IP and IPv6 Address 2 field indicates
dynamic IP. NOTE: LOM Status is displayed only for iDRAC on Rack and Tower
servers and is not displayed for iDRAC Enterprise on Blade servers. Display
iDRAC network settings in server slot 1
racadm getniccfg
getraclog
Table 35. Details of getraclog
Description
The getraclog command displays RAC log entries.
Synopsis
racadm getraclog [-i]
racadm getraclog [-s ] [-c ]
Input Output
racadm getraclog [-c ] [-s ] NOTE: If options are not
provided, the entire log is displayed.
-c — Specifies the number of records to display. NOTE: On Local RACADM, the number of logs are restricted to 100 by default.
-s — Specifies the starting record used for the display. NOTE: When Enhanced Chassis Logging and Events feature is enabled, then -i and –more options are not displayed.
SeqNumber = 286 Message ID = USR0005 Category = Audit
RACADM Subcommand Details
47
Table 35. Details of getraclog (continued)
AgentID = RACLOG Severity = Information Timestamp = 2017-05-15 06:25:27
Message = Login failed from processdisco06a: 192.168.0 Message Arg 1 =
processdisco06a Message Arg 2 = 10.92.68.245 FQDD = iDRAC.Embedded.1
Example
Display the recent 2 records for RAC log
racadm getraclog -c 2 SeqNumber = 4102 Message ID = LIC201 Category = Audit
AgentID = DE Severity = Warning Timestamp = 2017-05-15 06:30:20 Message =
License yPMRJGuEf7z5HG8LO7gh assigned to device iDRAC expires in 4 days.
Message Arg 1 = yPMRJGuEf7z5HG8LO7ghMessage Arg 2 = iDRACMessage Arg 3 = 4
———————————————————————————SeqNumber = 4101 Message ID = USR0032 Category =
Audit AgentID = RACLOG Severity = Information Timestamp = 2017-05-15 06:25:27
Message = The session for root from 192.168.0 using RACADM is logged off.
Message Arg 1 = root Message Arg 2 = 10.94.98.92 Message Arg 3 = RACADM FQDD =
iDRAC.Embedded.1 ————————————————————————————
getractime
Table 36. Details of getractime
Description
Displays the current iDRAC time.
Synopsis
racadm getractime [-d]
Input
-d — Displays the time in the format, YYYYMMDDhhmmss.
Output
The current iDRAC time is displayed.
Example
racadm getractime Mon May 13 17:17:12 2013
racadm getractime -d 20141126114423
getremoteservicesstatus
Table 37. Details of getremoteservicesstatus
Description
Displays the status of a system.
48
RACADM Subcommand Details
Table 37. Details of getremoteservicesstatus (continued)
Synopsis Input
racadm getremoteservicesstatus racadm getremoteservicesstatus
Possible values for the host system status
Powered Off In POST Out of POST Collecting System Inventory Automated Task
Execution Lifecycle Controller Unified Server Configurator Server has halted
at F1/F2 error prompt because of a POST error Server has halted at F1/F2/F11
prompt because there are no bootable devices available Server has entered F2
setup menu Server has entered F11 Boot Manager menu
Possible values for the for Lifecycle controller(LC) status
Ready Not Initialized Reloading data Disabled In Recovery In Use
Possible values for the real time status
Ready Not ready Not Applicable
NOTE: The real time status is displayed as Not Applicable if there are no real
time capable controllers present on the system.
Possible values for the overall status
Ready Not ready
Possible values for the Telemetry status
Ready Not ready
Example
racadm getremoteservicesstatus
getsel
Table 38. Details of getsel
Description
Displays all system event log (SEL) entries in iDRAC.
Synopsis
racadm getsel [-i] racadm getsel [-s ][-c ] NOTE: If no
arguments are specified, the entire log is displayed.
Input
–i — Displays the number of entries in the SEL. -s — Displays the starting
record number. -c — Specifies the number of records to display. –more —
Displays a screen.
RACADM Subcommand Details
49
Table 38. Details of getsel (continued)
Example
NOTE: Press Q to exit from the screen. -A — Does not display headers or
labels. -o — Displays each record on a single line.. -E — Displays RAW SEL
data along with the other data. -R — Displays only the RAW SEL data for each
record
Display entire log.
racadm getsel Display number of records in log.
racadm getsel -i
getsensorinfo
Table 39. Details of getsensorinfo
Description
Displays the status for system sensors. NOTE: For the Dell PowerEdge FX2
chassis with the FM120x4 server, the power-related information is not
displayed.
Synopsis
racadm getsensorinfo
racadm getsensorinfo -c
Input
-c–Compact output format.
NOTE: Chassis Controller is supported only on PowerEdge FX2, and GPU sensors
are displayed only on PowerEdge C4140 servers.
Example
racadm getsensorinfo Sensor Type : POWER
NOTE: For current information of supported properties and their values, see
the iDRAC Online Help.
Table 40. racadm getsensorinfo Sensor Type : POWER
PS1 Status
Present
AC
PS2 Status
AC-Lost
AC
Watts Watts
Sensor Type : TEMPERATURE
Table 41. Sensor Type : TEMPERATURE
System
Ok
Board Inlet
Temp
20 C
System
Ok
Board
19 C
-7 C 0 C
47 C 75 C
[R/W] 3 C [Y] 0 C [N]
[R/W] 42C [Y] 70 C [N]
50
RACADM Subcommand Details
Table 41. Sensor Type : TEMPERATURE (continued)
Exhaust Temp
CPU1 Temp
Ok
59 C
3 C
97 C
8 C [N]
92 C [N]
Sensor Type : FAN
Table 42. Sensor Type : FAN
System Board Ok Fan1 RPM
System Board Ok Fan2 RPM
System Board Ok Fan3 RPM
System Board Ok Fan4 RPM
System Board Ok Fan5 RPM
System Board Ok Fan6 RPM
5880 RPM 6000 RPM 5880 RPM 5880 RPM 5640 RPM 5880 RPM
600 RPM 600 RPM 600 RPM 600 RPM 600 RPM 600 RPM
NA NA NA NA NA NA
<PWM %> 21% 0% 0% 0% 144% 152%
Sensor Type : VOLTAGE
Table 43. Sensor Type : VOLTAGE
CPU1 VCORE PG
Ok
System Board 3.3V Ok PG
System Board 5V Ok AUX PG
CPU1 M23 VPP PG Ok
System Board
Ok
1.05V PG
CPU1 M23 VDDQ PG Ok
CPU1 M23 VTT PG Ok
System Board 5V Ok SWITCH PG
System Board
Ok
VCCIO PG
System Board 2.5V Ok AUX PG
PS1 Voltage 1
Ok
PS1 Voltage 2
Ok
CPU1 M01 VDDQ PG Ok
Good Good
Good
Good Good
Good Good Good
Good
Good
-28.00V 0.00V Good
NA NA
NA
NA NA
NA NA NA
NA
NA
NA NA NA
NA NA
NA
NA NA
NA NA NA
NA
NA
NA NA NA
RACADM Subcommand Details
51
Table 43. Sensor Type : VOLTAGE (continued)
System Board NDC Ok
Good
NA
NA
PG
CPU1 M01 VPP PG Ok
Good
NA
NA
System Board 1.5V Ok
Good
NA
NA
PG
System Board PS2 Ok
Good
NA
NA
PG Fail
System Board PS1 Ok
Good
NA
NA
PG Fail
System Board 1.5V Ok
Good
NA
NA
AUX PG
CPU1 M01 VTT PG Ok
Good
NA
NA
PS1 Voltage 1
Ok
240 V
NA
NA
System Board DIMM Ok
Good
NA
NA
PG
Sensor Type : CURRENT
Table 44. Sensor Type : CURRENT
PS1 Current Ok 1
0.4 Amps
System
Ok
Board Pwr
Consumption
56 Watts
NA NA
[R/W] [R/W]
NA
0 Amps [N] 0 Amps [N]
1386 Watts
0 Watts [N] 1260 Watts [N]
Sensor Type : PROCESSOR
Table 45. Sensor Type : PROCESSOR
CPU1 Status
Ok
CPU2 Status
N/A
Presence Detected NA
Absent
NA
NA NA
Sensor Type : MEMORY
Table 46. Sensor Type : MEMORY
DIMM A1
N/A
DIMM A2
N/A
DIMM A3
Ok
DIMM A4
N/A
DIMM A5
N/A
DIMM A6
N/A
DIMM A7
N/A
Presence Detected NA
Absent
NA
Absent
NA
Absent
NA
Absent
NA
Absent
NA
Absent
NA
NA NA NA NA NA NA NA
52
RACADM Subcommand Details
Table 46. Sensor Type : MEMORY (continued)
DIMM A8
N/A
Absent
DIMM A9
N/A
Absent
DIMM A10
N/A
Absent
DIMM A11
N/A
Absent
DIMM A12
N/A
Absent
DIMM B1
N/A
Absent
DIMM B2
N/A
Absent
DIMM B3
N/A
Absent
DIMM B4
N/A
Absent
DIMM B5
N/A
Absent
DIMM B6
N/A
Absent
DIMM B7
N/A
Absent
DIMM B8
N/A
Absent
DIMM B9
N/A
Absent
DIMM B10
N/A
Absent
DIMM B11
N/A
Absent
DIMM B12
N/A
Absent
Sensor Type : Chassis Controller
Table 47. Sensor Type : Chassis Controller
Chassis Controller
OK
Sensor Type : BATTERY
Table 48. Sensor Type : BATTERY
System Board CMOS Ok Battery
PERC1 ROMB
Ok
Battery
PERC2 ROMB
Ok
Battery
Present Unknown Unknown
Sensor Type : PERFORMANCE
Table 49. Sensor Type : PERFORMANCE
System Board
Ok
Power Optimized
Not Degraded
Sensor Type : INTRUSION
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
NA
OK
NA NA NA
NA NA NA
NA
NA
RACADM Subcommand Details
53
Table 50. Sensor Type : INTRUSION
System Board Intrusion
Closed
Power ON
Sensor Type : REDUNDANCY
Table 51. Sensor Type : REDUNDANCY
System Board Fan Redundancy Full Redundant
System Board PS Redundancy
Disabled
Fan PSU
Sensor Type : SYSTEM PERFORMANCE
Table 52. Sensor Type : SYSTEM PERFORMANCE
System
Non-
0%
0%
Board CPU
Critical
Usage
System
Non-
0%
0%
Board IO
Critical
Usage
System
Non-
0%
0%
Board MEM
Critical
Usage
System
Non-
0%
0%
Board SYS
Critical
Usage
100% 100% 100% 100%
Table 53. Sensor Type : GPU Power
Video.Slot.1
4.3MW
Video.Slot.3
4.3MW
Video.Slot.5
4.3MW
Video.Slot.4
4.3MW
Video.Slot.8
4.3MW
Enabled Enabled Enabled Enabled Enabled
Table 54. Sensor Type : GPU Temperature
<SecondaryGPUTe mp>
Video.Slot.1
29C
255C
255C
Video.Slot.3
56C
255C
255C
Video.Slot.5
57C
255C
255C
Video.Slot.4
32C
255C
255C
Video.Slot.8
30C
255C
255C
[R/W] [R/W]
0% [N]
99% [Y]
0% [N]
99% [Y]
0% [N]
99% [Y]
0% [N]
99% [Y]
Disabled Disabled Disabled Disabled Disabled
255C 255C 255C 255C 255C
54
RACADM Subcommand Details
Table 55. Sensor Type : GPU Thermal
Video.Sl 255C ot.1
<MinGPU wnTemp>
255C
255C
Video.Sl 255C ot.3
255C
255C
Video.Sl 255C ot.5
255C
255C
Video.Sl 255C ot.4
255C
255C
Video.Sl 255C ot.8
255C
255C
<MaxMemory <MaxGPUOpe <ThermalAlert <PowerBrake
OperatingTem ratingTemp> Status>
Status>
p>
255C
255C
Disabled
Disabled
255C
255C
Disabled
Disabled
255C
255C
Disabled
Disabled
255C
255C
Disabled
Disabled
255C
255C
Disabled
Disabled
Table 56. Sensor Type : MAX DIMM TEMPERATURE
Sensor Name
Reading
Max DIMM Temperature
24.000
getssninfo
Table 57. Details of getssninfo
Description
Displays a list of users that are connected to iDRAC. The following
information is displayed: Session ID Username IP address (if applicable)
Session type Login date and time in MM/DD/YYYY HH:MM:SS format
NOTE: Based on the Session ID (SSNID) or the user name (User), the iDRAC
administrator can close the respective sessions or all the sessions using the
closessn subcommand. For more information, see closessn.
Synopsis
racadm getssninfo [-u ] [-A]
Input
-u — displays only sessions associated with a specific user. -A — does not display headers or labels.
Example racadm getssninfo
Table 58. racadm getssninfo
SSNID
Type
58999
SSH
User root
IP Address 192.168.0.10
Display the details of sessions without header racadm getssninfo -A
“43584” “SSH” “root” “192.168.0.10” “04/07/2016 12:00:34”
Login Date/Time 04/07/2016 12:00:34
RACADM Subcommand Details
55
getsvctag
Table 59. Details of getsvctag
Description
Displays the service tag of the host system.
Synopsis
racadm getsvctag
Output Example
Any system tag as applicable. Display the service tag of the host system.
racadm getsvctag
getsysinfo
Table 60. Details of getsysinfo
Description
Displays information related to iDRAC, managed system, and watchdog
configuration.
NOTE: The hostname and OS Name fields in the getsysinfo output display
accurate information only if the OpenManage Server Administrator (OMSA) is
installed on the managed system. If OMSA is not installed these fields may be
blank or inaccurate. An exception to this are the VMware and Windows operating
system names, which are displayed even if OMSA is not installed on the managed
system.
Synopsis Input
racadm getsysinfo [-d] [-A] [-c] [-4] [-6] –4–Displays IPv4 settings
–6–Displays IPv6 settings –c–Displays common settings –d–Displays iDRAC
information –A–Eliminates the printing of headers or labels
Output
RAC Information: RAC Date/Time
Firmware Version Firmware Build Last Firmware Update Hardware Version MAC
Address SVC Tag
Common settings: Register DNS RAC Name DNS RAC Name Current DNS Domain Domain
Name from DHCP
IPv4 settings: Enabled Current IP Address Current IP Gateway Current IP
Netmask DHCP Enabled Current DNS Server 1 Current DNS Server 2 DNS Servers
from DHCP
= Tue Aug 2 14:22:36 2022
= 6.00.30.00 = 20 = 06/28/2022 11:47:02 = 0.01 = 90:8d:6e:fa:f6:4e = 7894561
= 0 = idrac-7894561 = = Disabled
= 1 = 100.101.21.94 = 100.101.21.1 = 255.255.255.0 = 1 = 100.101.0.5 =
10.8.8.8 = Enabled
56
RACADM Subcommand Details
IPv6 settings:
Enabled
= 1
Current IP Address 1
= 2607:f2b1:f088:21::1e3/128
Current IP Gateway
= fe80::de11:bdc:21:1
Autoconfig
= 1
Link Local IP Address = fe80::607c:4042:56e2:871b/128
Current IP Address 2
= 2607:f2b1:f088:21:3e9d:c9a7:2afe:8f65/128KN
Current IP Address 3
= ::
Current IP Address 4
= ::
Current IP Address 5
= ::
Current IP Address 6
= ::
Current IP Address 7
= ::
Current IP Address 8
= ::
Current IP Address 9
= ::
Current IP Address 10 = ::
Current IP Address 11 = ::
Current IP Address 12 = ::
Current IP Address 13 = ::
Current IP Address 14 = ::
Current IP Address 15 = ::
DNS Servers from DHCPv6 = Disabled
Current DNS Server 1
= ::
Current DNS Server 2
= ::
System Information: System Model System Revision System BIOS Version Service
Tag Express Svc Code Host Name OS Name OS Version Power Status Fresh Air
Capable RollupStatus
= PowerEdge XR4510c = I = 0.3.8 = 7894561 = 15736515625 = WIN-JG3S2H0KE9V = =
= ON = No = Error
Watchdog Information:
Recovery Action
= None
Present countdown value = seconds
Initial countdown value = seconds
Chassis Information:
Chassis Service Tag
=
Chassis Manager Version = 0.17.0.0.0.0
System Thermal Information: EstimatedSystemAirflow = NA
EstimatedExhaustTemperature = NA
Embedded NIC MAC Addresses:
NIC.Embedded.1-1-1
Ethernet
NIC.Embedded.2-1-1
Ethernet
NIC.Embedded.3-1-1
Ethernet
NIC.Embedded.4-1-1
Ethernet
= 00:00:00:00:01:00 = 00:00:00:00:01:01 = 00:00:00:00:01:02 =
00:00:00:00:01:03
Example Display system information
racadm getsysinfo -c Display iDRAC information
racadm getsysinfo -d Display IPv4 details without header
racadm getsysinfo -A
“RAC IPv4 Information:” “1”
RACADM Subcommand Details
57
“10.94.195.33” “10.94.195.1” “255.255.255.0” “1” “10.94.192.67” “0.0.0.0” “1”
Display svctag information
racadm -r 10.94.95.96 getsysinfo -d
gettracelog
Table 61. Details of gettracelog
Description
Lists all the trace login entries of iDRAC.
Synopsis
racadm gettracelog [-i]
racadm gettracelog [-s ] [-c ]
Input Output Example
–i — Displays the number of entries in iDRAC trace log. -c — Specifies the
number of records to display. -s — Specifies the starting record to display.
The default output display shows the record number, timestamp, source and
description. The timestamp begins at midnight, January 1 and increases until
the system starts. After the system starts, the system’s timestamp is used.
Display entire log
racadm gettracelog
Display number of records in log
racadm gettracelog -i
Total Records: 228
getversion
Table 62. Details of getversion
Description
Displays the current software version, model and generation information, and
whether the target device can be updated.
Synopsis
racadm getversion racadm getversion [-b | -c | –i] racadm getversion [-f
]
Input
-c — Displays the server’s current CPLD version. -b — Displays the server’s current BIOS version. -i — Displays the server’s current IDSDM version. -f — Filters the components and must be one of the following values:
bios: BIOS idrac: iDRAC lc: Lifecycle Controller
58
RACADM Subcommand Details
Table 62. Details of getversion (continued) idsdm: SD card
racadm getversion -c Table 63. Details of racadm getversion -c
server-1 server-2 server-4 server-5 server-7 server-9
1.0.5 1.0.3 1.0.0 1.0.3 1.0.6 1.0.5
racadm getversion Bios Version = 2.0.18 iDRAC Version = 2.00.00.00 Lifecycle
Controller Version = 2.00.00.00
racadm getversion -b
Table 64. Details of racadm getversion -b
server-1 server-2 server-4 server-5 server-7 server-9
1.6.0 6.3.0 7.0.0 6.3.0 1.7.1 1.7.1
PowerEdgeM520 PowerEdgeM610x PowerEdgeM710HD PowerEdgeM710
PowerEdgeM620 PowerEdgeM520
PowerEdgeM520 PowerEdgeM610x PowerEdgeM710HD PowerEdgeM710
PowerEdgeM620 PowerEdgeM520
RACADM Subcommand Details
59
Table 65. Details switch-1 switch-2 switch-3 switch-4 switch-5
switch-6
MXL 10/40GbE
M8024-k 10GbE SW
Dell PowerConnect M8024
Dell PowerConnect M8024
Dell PowerConnect M6348
Dell PowerConnect M6220
X01
A00 X00 X00 X02 A01
9-2(0-296) 5.0.1.3
groupmanager
Table 66. Details of groupmanager
Description
Allows you to:
Delete the group from the group manager. Remove the iDRAC from group by itself
by using admin privileges. Join the group using administrator privileges.
NOTE: This subcommand is supported only on iDRAC9.
Synopsis
To delete the group from the group manager.
groupmanager delete g To remove the iDRAC from group by itself by
using administrator privileges.
groupmanager removeself g To join the group using administrator
privileges.
groupmanager joingroup -g -uid -pcode < grouppasscode>
Input Example
-g– Specifies the name of the iDRAC member group -uid — Specifies the group user id -pcode– Specifies the group passcode
To delete the group from the groupmanager:
racadm groupmanager delete g
60
RACADM Subcommand Details
Table 66. Details of groupmanager (continued) To remove the iDRAC from the
group by itself:
racadm groupmanager removeself g To join server to the local
iDRAC group:
racadm groupmanager joingroup -g -uid -pcode <12345>
httpsbootcert
Table 67. Details of httpsbootcert
Description
Allows you to manage BIOS https Boot Certificate Management operations.
Synopsis
To import the bios https Boot Certificate from a remote share or local system
racadm httpsbootcert help import
To export the bios https boot Certificate to a remote share or local system
racadm httpsbootcert help export
To delete the bios https boot certificate racadm httpsbootcert help delete
Input Example
-i–Index of the boot device 1 to 4 -f–Filename of the bios https Boot Device Certificate -l–Network share location <CIFS/NFS/HTTP/HTTPS share> -u–Username for the remote share -p–Password for the remote share
NOTE: The supported file formats are .cer,.der,.crt,.pem and .txt.
NOTE: This command supports both IPV4 and IPV6 formats. IPV6 is applicable for
CIFS and NFS type remote shares.
To import the boot device cert with index 1 from a remote CIFS share:
racadm httpsbootcert import -i 1 -f httpsboot_cert.txt -l //
10.94.161.103/share -u admin -p mypass
To import the boot device cert with index 2 from a remote NFS share:
racadm httpsbootcert import -i 2 -f httpsboot_cert.cer -l 192.168.2.14:/share
To import the boot device cert with index 2 from a remote HTTP share:
racadm httpsbootcert import -i 2 -f httpsboot_cert.der -l http://
192.168.10.24/share -u myuser -p mypass
To import the boot device cert with index 2 from a remote HTTPS share:
racadm httpsbootcert import -i 2 -f httpsboot_cert.pem -l https://
192.168.10.24/share -u myuser -p mypass
RACADM Subcommand Details
61
Table 67. Details of httpsbootcert (continued) To iImport the boot device cert
with index 3 from a local share using local racadm:
racadm httpsbootcert import -f httpsboot_cert.crt
To import the boot device cert with index 4 from a local share using remote
racadm:
racadm -r 10.94.161.119 -u root -p calvin httpsbootcert import -f
httpsboot_cert.txt
To export the boot device cert with index 1 to a remote CIFS share:
racadm httpsbootcert export -i 1 -f httpsboot_cert.txt -l //
10.94.161.103/share -u admin -p mypass To export the boot device cert with
index 2 to a remote NFS share:
racadm httpsbootcert export -i 2 -f httpsboot_cert.cer -l 192.168.2.14:/share
To export the boot device cert with index 2 to a remote HTTP share:
racadm httpsbootcert export -i 2 -f httpsboot_cert.der -l http://
192.168.10.24/share -u myuser -p mypass To export the boot device cert with
index 2 to a remote HTTPS share:
racadm httpsbootcert export -i 2 -f httpsboot_cert.crt -l https://
192.168.10.24/share -u myuser -p mypass To export the boot device cert with
index 3 to local share using local racadm:
racadm httpsbootcert export -f httpsboot_cert.pem To export the boot device
cert with index 4 to a local share using remote racadm:
racadm -r 10.94.161.119 -u root -p calvin httpsbootcert export -f
httpsboot_cert.txt NOTE: These commands do not support setting the proxy
parameters if the share location is HTTP/HTTPS. To perform the operation with
HTTP or HTTPS via a proxy, the proxy parameters must be first configured using
the lifecyclecontroller.lcattributes group. Once these proxy parameters are
configured, they become the part of default configuration. The proxy
attributes should be cleared to end use of the HTTP/HTTPS proxy. The valid
lifecyclecontroller.lcattributes HTTP/HTTPS proxy parameters are:
UserProxyUserName UserProxyPassword UserProxyServer UserProxyPort
UserProxyType To view the list of proxy attributes, use racadm get
lifecycleController.lcAttributes. To delete the boot device cert with index 1:
racadm httpsbootcert delete -i 1 To delete the boot device cert with index 2:
racadm httpsbootcert delete -i 2
62
RACADM Subcommand Details
hwinventory
Table 68. Details of hwinventory
Description
Allows you to display or export current internal hardware inventory or shipped
hardware inventory by device.
NOTE: iDRAC supports a maximum of 12 parallel sessions of hardware inventory.
Synopsis Input
racadm hwinventory racadm hwinventory networktransceiver racadm hwinventory
NIC|FC|Infiniband racadm hwinventory racadm hwinventory export -f
-u -p -l
— Specifies the FQDD of the target device. FQDD — NIC.Slot.12
NOTE: The hwinventory subcommand supports NIC, Infiniband and FC FQDDs only.
-f — Exported Hardware Inventory filename. -u — Username of the remote share to where the file must be exported. Specify user name in a
domain as domain/username -p — Password for the remote share to where the file
must be exported. -l — Network share location to where the Hardware Inventory
must be exported.
Examples
To get the hwinventory, run the following command:
racadm hwinventory ————————-HARDWARE INVENTORY————————
[InstanceID: AHCI.Embedded.1-1] Device Type = Controller AlarmState = Alarm
Not present AutoConfigBehavior = NotApplicable Bus = C8 CPUAffinity = Not
Applicable CacheSizeInMB = 0 MB CachecadeCapability = Cachecade Virtual Disk
not supported ConfigLockdownCapable = False ConfigLockdownState = Disabled
ConnectorCount = 0 CurrentControllerMode = NotSupported Device = 0
DeviceCardDataBusWidth = Unknown DeviceCardManufacturer = DELL
DeviceCardSlotLength = Unknown DeviceCardSlotType = Unknown DeviceDescription
= Embedded AHCI 1 DriverVersion = Not Applicable EncryptionCapability = None
EncryptionMode = None FQDD = AHCI.Embedded.1-1 Function = 0 InstanceID =
AHCI.Embedded.1-1 LastSystemInventoryTime = 2022-12-09T19:24:51 LastUpdateTime
= 2022-12-02T17:19:22 MaxAvailablePCILinkSpeed = Not Applicable
MaxPossiblePCILinkSpeed = Not Applicable PCIDeviceID = 7901 PCISubDeviceID =
AF6 PCISubVendorID = 1028 PCIVendorID = 1022 PatrolReadState = Unknown
PersistentHotspare = Not Applicable PrimaryStatus = Unknown
RACADM Subcommand Details
63
ProductName = FCH SATA Controller [AHCI mode] RealtimeCapability = Incapable
RollupStatus = Unknown SASAddress = Not Applicable SecurityStatus = Encryption
Not Capable SharedSlotAssignmentAllowed = Not Applicable SlicedVDCapability =
Sliced Virtual Disk creation not supported SupportControllerBootMode = Not
Supported SupportEnhancedAutoForeignImport = Not Supported
SupportRAID10UnevenSpans = Not supported SupportsLKMtoSEKMTransition = No
T10PICapability = Not suppo
Read User Manual Online (PDF format) >>
Download this manual >>