Power Systems for AIX I: LPAR Configuration and Planning

This course is appropriate for system administrators, technical support individuals, and IBM business partners who implement LPARs on IBM Power Systems.

• Describe important concepts that are associated with managing POWER processor-based systems, such as logical partitioning, dynamic partitioning, virtual devices, virtual processors, virtual consoles, virtual local area network (VLAN), and shared processors
• Describe the features of the PowerVM editions
• Describe the functions provided by the HMC
• Configure and manage the HMC, including users and permissions, software, start and shutdown, remote access features, network configuration, security features, HMC backup and restore options, and the HMC reload procedure
• Describe the rules that are associated with allocating resources, including dedicated processors, processing units for Micro-Partitioning, memory, physical and virtual I/O for AIX and Linux partitions
• Configure and manage LPARs by using the HMC graphical user interface (GUI) and HMC commands
• Power on and power off the Power Systems server
• Use the HMC to back up and restore partition data
• Perform dynamic LPAR operations (DLPAR)

This introductory course does not require any logical partitioning experience.

General TCP/IP knowledge is strongly recommended.

Day 1

• Welcome
• Unit 1: Introduction to partitioning
• Exercise 1: Introduction to partitioning
• Unit 2: Hardware system overview
• Exercise 2: System hardware components
• Unit 3: Hardware Management Console

Day 2

• Unit 3: Hardware Management Console (continued)
• Exercise 3: Exploring the HMC V8 interface
• Unit 4: Hardware Management Console maintenance
• Exercise 4: HMC and managed system maintenance
• Unit 5: System power management
• Exercise 5: System power management
• Unit 6: Planning and configuring logical partitions

Day 3

• Unit 6: Planning and configuring logical partitions (continued)
• Exercise 6: Configuring logical partitions
• Unit 7: Partition operations
• Exercise 7: Partition operations
• Unit 8: Dynamic LPAR operations
• Exercise 8: Dynamic LPAR operations