HP Integrated Lights-Out - Manual (Page 131)

Using iLO 2 131
Field Possible value Description
Beginning Address ###.###.###.### where
### ranges from 0 to 255
Beginning IP address for the device or
interconnect bays. Click the arrow next to the
Beginning Address field, and click Update
List to update the Device List or Interconnect
List.
Subnet Mask ###.###.###.### where
### ranges from 0 to 255 Subnet mask for the device or interconnect
bays
Gateway ###.###.###.### where
### ranges from 0 to 255 Gateway address for the device or
interconnect bays
Domain A character string, including
all alphanumeric characters
and the dash (-)
The domain name for the device or
interconnect bays
DNS Server 1 ###.###.###.### where
### ranges from 0 to 255 The IP address for the primary DNS server
DNS Server 2 ###.###.###.### where
### ranges from 0 to 255 The IP address for the secondary DNS server
DNS Server 3 ###.###.###.### where
### ranges from 0 to 255
The IP address for the tertiary DNS server
NTP Server 1 ###.###.###.### where
### ranges from 0 to 255 The IP address of the primary server used to
synchronize time and date using the NTP
protocol
NTP Server 2 ###.###.###.### where
### ranges from 0 to 255
The IP address of the secondary server used
to synchronize time and date using the NTP
protocol
Dynamic power capping for server blades
Dynamic power capping is an iLO 2 feature available for c-Class server blades and accessed through HP
Onboard Administrator. For more information on all the power setting options for c-Class server blades,
see the HP BladeSystem Onboard Administrator User Guide.
Dynamic power capping is only available if your system hardware platform, BIOS (ROM), and power
micro-controller firmware version support this feature. If your system is capable of performing dynamic
power capping, iLO 2 automatically functions in Dynamic Power capping mode.
In Onboard Administrator, there are two Dynamic Power capping options:
• Dynamic Power
If enabled, Dynamic Power automatically places unused power supplies in standby mode to increase
enclosure power supply efficiency, thereby minimizing enclosure power consumption during lower
power demand. Increased power demands automatically return standby power supplies to full
performance. If Dynamic Power is:
o Enabled (default setting)—Some power supplies can be automatically placed on standby to
increase overall enclosure power subsystem efficiency.
o Disabled—All power supplies share the load. The power subsystem efficiency varies based on
load.
• Enclosure Dynamic Power Cap