How are the newest mainframe processor architectures affecting your z/OS mainframe software costs? How can you execute all your transactions and jobs with fewer MSU’s and no performance hit? Join one of the leading MLC reduction experts in the country for a focus on processor cache optimization, also touching on some additional MLC reduction methods.

This session will:

  • Challenge some long held assumptions about CPU utilization and processor cache optimization
  • Cover metrics (such as RNI) and a real world case study that reduced peak MSU’s by more than 20%
  • Demonstrate how a modernization of your SMF/RMF interpretation helps achieve efficiency and performance objectives

Sign Up for our Newsletter

Subscribe to our monthly newsletter and receive great quality content in your inbox on:

  • performance tips and best practices from industry experts
  • tutorials and walkthroughs
  • latest industry news
  • valuable resources
  • upcoming events
  • and more
        
    

Complete the Form to Sign Up

        
    

Related Resources

Blog

Why Am I Still Seeing zIIP Eligible Work?

zIIP-eligible CPU consumption that overflows onto general purpose CPs (GCPs) – known as “zIIP crossover” - is a key focal point for software cost savings. However, despite your meticulous efforts, it is possible that zIIP crossover work is still consuming GCP cycles unnecessarily.

Read more
Blog

Top ‘IntelliMagic zAcademy’ Webinars of 2023

View the top rated mainframe performance webinars of 2023 covering insights on the z16, overcoming skills gap challenges, understanding z/OS configuration, and more!

Read more
Cheryl Watson's Tuning Letter

Making Sense of the Many I/O Count Fields in SMF | Cheryl Watson's Tuning Letter

In this reprint from Cheryl Watson’s Tuning Letter, Todd Havekost addresses a question about the different fields in SMF records having different values.

Read more

Go to Resources

Book a Demo or Connect With an Expert

Discuss your technical or sales-related questions with our mainframe experts today