HP Integrity iLO 2 Operations Guide
Table Of Contents
- HP Integrity iLO 2 Operations Guide
- Contents
- About This Document
- 1 Introduction to iLO 2
- Features
- Standard Features
- Always-On Capability
- Virtual Front Panel
- Multiple Access Methods
- Security
- User Access Control
- Multiple Users
- IPMI over LAN
- System Management Homepage
- Firmware Upgrades
- Internal Subsystem Information
- DHCP and DNS Support
- Group Actions
- Group Actions Using HP SIM
- SNMP
- SMASH
- SM CLP
- Mirrored Console
- Remote Power Control
- Power Regulation
- Event Logging
- Advanced Features
- Standard Features
- Obtaining and Activating iLO 2 Advanced Pack Licensing
- Supported Systems and Required Components and Cables
- Integrity iLO 2 Supported Browsers and Client Operating Systems
- Security
- Features
- 2 Ports and LEDs
- 3 Getting Connected to iLO 2
- 4 Logging In to iLO 2
- 5 Adding Advanced Features
- Lights-Out Advanced KVM Card for sx2000 Servers
- Lights-Out Advanced KVM card Requirements
- Configuring the Lights-Out Advanced KVM Card
- Lights-Out Advanced KVM Card IRC Feature
- Lights-Out Advanced KVM Card vMedia Feature
- Installing the Lights-Out Advanced KVM Card in a Server
- Lights-Out Advanced KVM Card Quick Setup Steps
- Using Lights-Out Advanced KVM Features
- Mid Range PCI Backplane Power Behavior
- Troubleshooting the Lights-Out Advanced KVM Card
- Core I/O Card Configurations
- Supported PCI-X Slots
- Upgrading the Lights-Out Advanced KVM Card Firmware
- Lights-Out Advanced KVM Card for sx2000 Servers
- 6 Accessing the Host (Operating System) Console
- 7 Configuring DHCP, DNS, LDAP, and Schema-Free LDAP
- 8 Using iLO 2
- Text User Interface
- MP Command Interfaces
- MP Main Menu
- MP Main Menu Commands
- CO (Console): Leave the MP Main Menu and enter console mode
- VFP (Virtual Front Panel): Simulate the display panel
- CM (Command Mode): Enter command mode
- SMCLP (Server Management Command Line Protocol): Switch to the SMASH SMCLP
- CL (Console Log): View the history of the console output
- SL (Show Logs): View events in the log history
- HE (Help): Display help for the menu or command in the MP Main Menu
- X (Exit): Exit iLO 2
- MP Main Menu Commands
- Command Menu
- Command Line Interface Scripting
- Command Menu Commands and Standard Command Line Scripting Syntax
- BP: Reset BMC passwords
- BLADE: Display BLADE parameters
- CA: Configure asynchronous local serial port
- DATE: Display date
- DC (Default Configuration): Reset all parameters to default configurations
- DF: Display FRU information
- DI: Disconnect LAN, WEB, SSH, or Console
- DNS: DNS settings
- FW: Upgrade the MP firmware
- HE: Display help for menu or command in command menu interface
- ID: System information settings
- IT: Inactivity timeout settings
- LC: LAN configuration usage
- LDAP: LDAP directory settings
- LM: License management
- LOC: Locator UID LED configuration
- LS: LAN status
- PC: Power control access
- PM: Power regulator mode
- PR: Power restore policy configuration
- PS: Power status
- RB: Reset BMC
- RS: Reset system through the RST signal
- SA: Set access LAN/WEB/SSH/IPMI over LAN ports
- SNMP: Configure SNMP parameters
- SO: Security option help
- SS: System Status
- SYSREV: Firmware revisions
- TC: System reset through INIT or TOC signal
- TE: Send a message to other mirroring terminals
- UC: User Configuration (users, passwords, and so on)
- WHO: Display a list of iLO 2 connected users
- XD: iLO 2 Diagnostics or reset
- Web GUI
- System Status
- Remote Serial Console
- Integrated Remote Console
- Virtual Media
- Power Management
- Administration
- BL c-Class
- Help
- SMASH Server Management Command Line Protocol
- SM CLP Features and Functionality Overview
- Accessing the SM CLP Interface
- Using the SM CLP Interface
- SM CLP Syntax
- System1 Target
- System Reset Power Status and Power Control
- Map1 (iLO 2) Target
- Text Console Services
- Firmware Revision Display and Upgrade
- Remote Access Configuration
- Network Configuration
- User Accounts Configuration
- LDAP Configuration
- Text User Interface
- 9 Installing and Configuring Directory Services
- Directory Services
- Directory Services for Active Directory
- Directory Services for eDirectory
- Installing and Initializing Snap-In for eDirectory
- Example: Creating and Configuring Directory Objects for Use with iLO 2 Devices in eDirectory
- Directory Services Objects for eDirectory
- Setting Role Restrictions
- Setting Time Restrictions
- Setting Lights-Out Management Device Rights
- Installing Snap-Ins and Extending Schema for eDirectory on a Linux Platform
- Using the LDAP Command to Configure Directory Settings in iLO 2
- User Login Using Directory Services
- Certificate Services
- Directory-Enabled Remote Management
- Directory Services Schema (LDAP)
- Glossary
- Index
Figure 33 Power Regulator Page
NOTE: The BL c-Class tab is available only on HP Integrity server blades.
Table 42 lists the fields, buttons, and descriptions.
Table 42 Power Regulator Page Description
DescriptionFields and Buttons
Three are four modes in which the power regulator can operate. The power regulator
modes (Static Low, Static High and Dynamic) are independent of the operating system
Power Regulator Mode
and work for any operating system. The OS Control Mode requires Microsoft Windows
Server 2003 SP1 or later or Red Hat Linux 4 Update 2 or later.
Sets the processors to the appropriate power level based on the utilization of each CPU
core during the last 1/8 second. The CPU is set to the power saving processor power
Enable Dynamic Power
Savings Mode
state if the CPU is operating at a utilization level that can be completed at the slower
CPU frequency. The CPU is set to the maximum performance processor power state if
the CPU is operating at a utilization level that requires the fastest CPU frequency.
Sets the processor to the lowest supported processor state and forces the CPUs to stay
in that lowest state. This mode saves the maximum amount of resources, but it might
affect the system performance if processor utilization stays at or above 75% utilization.
Enable Static Low Power
Mode
Sets the processor to the highest supported processor state and forces the CPUs to stay
in that highest state. This mode ensures maximum performance, but it does not save any
Enable Static High
Performance Mode
resources. This mode can be used to create a baseline of power consumption data without
the power regulator.
Configures the server to enable the operating system to control the processor power
states. This is the necessary setting for OS power management. Moving from this state
Enable OS Control Mode
to any of the three previous states does not require a server reboot because Integrity iLO
2 power regulation works in cooperation with the OS. (This is different from ProLiant iLO
power regulation).
Submits the selected function.Submit
Cancels the action.Cancel
126 Using iLO 2