End-to-End High Availability Solution for System z from a Linux Perspective
An IBM Redbooks publication
Published 30 October 2014
IBM Form #: SG24-8233-00
Authors: Lydia Parziale, Guillaume Lasmayous, Manoj S Pattabhiraman, Karen Reed, Jing Xin Zhang
As Linux on System z becomes more prevalent and mainstream in the industry, the need for it to deliver higher levels of availability is increasing.
This IBM Redbooks publication starts with an explanation of high availability (HA) fundamentals such as HA concepts and terminology. It continues with a discussion of why a business needs to consider an HA solution and then explains how to determine your business single points of failure.
We outline the components of a high availability solution and describe these components. Then we provide some architectural scenarios and demonstrate how to plan and decide an implementation of an end-to-end HA solution, from Linux on System z database scenarios to z/OS, and include storage, network, z/VM, Linux, and middleware.
This implementation includes the IBM Tivoli System Automation for Multiplatforms (TSA MP), which monitors and automates applications distributed across Linux, AIX®, and z/OS® operating systems, as well as a GDPS based solution. It includes the planning for an end-to-end scenario, considering Linux on System z, z/VM, and z/OS operating environments, and the middleware used.
The TSA MP implements HA for infrastructure, network, operating systems, and applications across multiple platforms and is compared to a Linux HA implementation based on open source Linux-HA, which is Linux only.
Related Blog Posts
Table of contents
Chapter 1. High availability fundamentals
Chapter 2. Business and IT availability
Chapter 3. Components of high availability
Chapter 4. Architectural scenarios
Chapter 5. Practical applications
Chapter 6. Summary
Appendix A. Common TSA commands
Appendix B. Hints and tips during cluster setup
Others who read this publication also read
Follow IBM Redbooks
Follow IBM Redbooks