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IBM

z/OS: TCP/IP High Availability Solutions for z/OS

Course Code: NW754 (Also known as: NW754GB)      Days: 4
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Audience

System programmers, network designers, network technicians,

System analysts, and IT architects responsible for high availability solutions regarding OS/390 and TCP/IP.

Skills Gained

After completing this course, you should be able to:

  • Describe the features that support: high availability, load balancing, and backup routing scenarios for OS/390 IP Services.
  • Evaluate the TCP/IP high-availability options in a single system environment.
  • Describe the use of obeyfile and selected parameters for IP high availability.
  • Construct the statements to delete and redefine devices and ports.
  • Describe the use of TN3270 options for IP high availability.
  • Describe the use of OSA Express for IP high availability.
  • Describe the use of OSA Express versus OSA-2 and Cisco CIP for high availability.
  • Describe the use of OMPRoute for IP high availability.
  • Describe the use of VIPA for IP high availability.
  • Describe the use of Policy Agent for IP high availability.
  • Describe OS/390 UNIX System Services features that support IP high availability.
  • Evaluate the TCP/IP high availability options in an LPARsystem environment.
  • Describe the use of System Symbolics in IP configuration files.
  • Construct the statements in IP configuration files using System Symbolics.
  • Describe the use of connection optimization with DNS for IP high availability.
  • Describe the use of stack-managed Dynamic VIPA for IP high availability.
  • Describe the use of application-specific Dynamic VIPA for IP high availability.
  • Describe the use of XCF dynamics for IP high availability.
  • Describe the use of Sysplex Distributor for IP high availability.
  • Construct the statements to define a simple Sysplex Distributor system.
  • Evaluate the TCP/IP high availability options in a Sysplex system environment.
  • Describe selected application considerations for IP high availability.
  • Describe the use of WebSphere Edge Server for IP high availability.
  • Describe the use of HiperSockets for IP high availability.
  • Describe z/Series Linux considerations for IP high availability.

Prerequisites

A basic understanding of TCP/IP Architecture, knowledge of OS/390 TCP/IP basic configuration, and knowledge of OS/390 systems.

  • NW48 - TCP/IP Architecture
  • CB69 - TCP/IP Implementation for OS/390


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