HP ProLiant DL320e Gen8 Server - Manual (Page 50)

NOTE: Not all of the options in this table are adjustable on all servers. However, even if you do
not have the option of adjusting some of these settings, they will default to the values shown here.
Intelligent Provisioning Quick Configs settings (AMD-based servers)
RBSU power management
options Maximum performance Minimum power usage Balanced power and
performance
Maximum Performance Minimum Power Usage Balanced Power and
Performance
HP Power Profile
HP Static High Performance
Mode
HP Static Low Power Mode HP Dynamic Power Savings
Mode
HP Power Regulator
Disabled Enabled Enabled Minimum Processor Idle
Power Core C6 State
Disabled Enabled Disabled Minimum Processor Idle
Power Core C1e State
Auto Auto Auto Maximum memory Bus
Frequency
Channel Interleaving No Interleaving Channel Interleaving Memory Interleaving
Auto Force PCIe Generation 1 Auto PCI Express Generation 2.0
Support
HT Full Performance Mode HT Power Saving Mode HT Full Performance Mode HyperTransport Frequency
Fast Slow Fast Dynamic Power Savings
Mode Response
Optimized for Performance Optimized for Power Optimized for Performance DIMM Voltage Preference
Intelligent Provisioning Quick Configs settings (Intel-based servers)
RBSU power management
options Maximum performance Minimum power usage Balanced power and
performance
Maximum Performance Minimum Power Usage Balanced Power and
Performance
HP Power Profile
HP Static High Performance
Mode
HP Static Low Power Mode HP Dynamic Power Savings
Mode
HP Power Regulator
Disabled Enabled Enabled Intel QPI Link Power
Management
No C-states C6 State C6 State Minimum Processor Idle
Power Core State
No Package State Package C6 (retention) State Package C6 (retention) State Minimum Processor Idle
Power Package State
Maximum Performance Power Savings Mode Balanced Performance Energy/Performance Bias
Auto Auto Auto Maximum Memory Bus
Frequency
Enabled Disabled Enabled Channel Interleaving
Maximum Supported PCIe Generation 1 Maximum Supported Maximum PCI Express
Speed
Optimized for Performance Optimized for Power Optimized for Performance DIMM Voltage Preference
50 Using Intelligent Provisioning