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Oracle Integrated Lights Out Manager (ILOM ) 3.0 Supplement for the Sun Blade X6275 M2 Server Module |
About This Documentation (PDF and HTML)
Overview of the ILOM Supplement
Dual-Node Identification In CMM ILOM
Clearing Server and CMM Faults
Managing Power Usage and Monitoring Power Consumption
How to View Power Management Properties Using the Web Interface
Configuring the Server Power Restore Policy
How to Set the Server Power Restore Policy Using the ILOM Web Interface
How to Set the Server Power Restore Policy Using the ILOM CLI
Switching the Default Serial Port Output Between SP and Host Console
How to Switch Default Serial Port Output Using the ILOM Web Interface
How to Switch Default Serial Port Output Using the ILOM CLI
Determining Current Firmware Versions
How to Download Firmware Updates
Using ILOM to Update System BIOS and ILOM Firmware
Alternate Methods for Updating the System BIOS and ILOM Firmware
Resetting the Service Processor After an Update
Clearing CMOS Settings After an Update (Optional)
Using the edit Command and Configuring the Preboot Menu For Remote Access
Resetting the Root Password to the Factory Default
Restoring ILOM Access to the Serial Console
Recovering the SP Firmware Image
Indicators, Sensors, and Traps
$ ssh root@SPIPaddress
Password: password
Where:
SPIPaddress is the IP address of the server's service processor.
password is the password for the account. The default password for the root account is changeme. If you choose to use another user account, make sure it has admin privileges.
The ILOM CLI prompt appears (->).
-> show /SP/powermgmt
Example output for node 0 might look like:
-> show /SP/powermgmt /SP/powermgmt Targets: budget powerconf Properties: actual_power = 56 permitted_power = 190 allocated_power = 190 available_power = 380 threshold1 = 0 threshold2 = 0 Commands: cd set show
Where:
actual_power displays the current system input power (in watts) consumption.
permitted_power displays the maximum power consumption (in watts) expected for the system.
available_power displays the input power capacity (in watts) that is available to system components. The CMM uses the available_power number listed in node 0 to determine how much power to allocate to the entire blade.
Note - When logged into node 0, the available_power listed is actually the combined available power for the entire blade (node 0 plus node 1). To calculate the available power for node 0, subtract the available_power number listed when logged into node 1 from the total available_power number listed for node 0.
-> show /SYS/VPS
Example output might look like:
-> show /SYS/VPS /SYS/VPS Targets: history Properties: type = Power Unit ipmi_name = VPS class = Threshold Sensor value = 69.400 Watts upper_nonrecov_threshold = N/A upper_critical_threshold = N/A upper_noncritical_threshold = N/A lower_noncritical_threshold = N/A lower_critical_threshold = N/A lower_nonrecov_threshold = N/A alarm_status = cleared Commands: cd show
The value of /SYS/VPS is equivalent to the value of /SYS/powermgmt actual_power.
See Also