AN31: Power Systems for AIX – Virtualization II: Advanced PowerVM and Performance
DURATION: 4,5 days
SCHEDULED DATES: TBD – Contact Us for more Information
You will learn how to implement advanced IBM PowerVM features, such as Active Memory Sharing, Active Memory Expansion, shared dedicated processors, and multiple shared processor pools.
Additionally, you will learn skills to implement, measure, analyze, and tune PowerVM virtualization features for optimal performance on IBM Power Systems servers. This course focuses on the features that relate to the performance of IBM POWER processor-based systems, AIX, and the special monitoring, configuring, and tuning needs of logical partitions (LPARs). This course does not cover application monitoring and tuning.
You will also learn AIX performance analysis and tuning tools that help an administrator take advantage of shared processors and other virtualization features of the IBM Power Systems servers.
Hands-on lab exercises reinforce each lecture and give the students practical experience.
Learning Journeys or Training Paths that reference this course:
IBM Power systems for AIX virtualization
This course is for anyone responsible for the system administrative duties implementing and managing virtualization features on a System p server. The audience for this training includes the following:
AIX technical support individuals
Describe the effect of the IBM PowerVM virtualization features on performance and monitoring, such as:
Simultaneous multithreading (SMT), shared processors, virtual processors, multiple shared processor pools (MSPP), shared dedicated capacity, Active Memory Sharing (AMS), Active Memory Expansion (AME)
Interpret the outputs of AIX performance monitoring and tuning tools used to view the impact of features such as SMT, shared processors, additional shared processor pool activations, and device virtualization
Configure and monitor Active Memory Expansion
Configure the Suspend and Resume and Active Memory Sharing features
Implement the deduplication feature of Active Memory Sharing