Course

Configuring BIG-IP LTM: Local Traffic Manager

Course details


Cost Training Units Course number Points Time Modules
$825.00 15 F5-TRG-BIG-LTM-CFG-3-SDT 0 26 hours 32 minutes 61

Total Progress

0%

Course description

The Configuring BIG-IP LTM: Local Traffic Manager course greatly expands on the concepts presented in the Administering BIG-IP course by diving into local traffic management concepts in far more detail. The bundle is divided into four major curricula covering everything from intelligent load balancing to monitoring application health to modifying traffic behavior and payload manipulation to basic network and application security, imparting the skills necessary to effectively configure and administer a BIG-IP Local Traffic Manager (LTM) system in support of application delivery. In addition to self-paced, video-based content, extensive hands-on labs are offered throughout each curriculum, giving you an opportunity to practice your new-found skills. 

Audience: The topics presented in this bundle are designed for NetOps and DevOps personnel who want to become more adept at leveraging BIG-IP LTM features to deliver applications in a reliable, secure, and optimized way. Prospective students should have a basic understanding of BIG-IP local traffic concepts, including virtual servers, pools, health monitors, and profiles. Familiarity with web application delivery, the TCP and HTTP protocols, and TLS/SSL are also suggested.

Course Objectives: By the end of this course, you will be able to:

  • Back up the BIG-IP system configuration for safekeeping
  • Configure virtual servers, pools, monitors, profiles, and persistence objects
  • Test and verify application delivery through the BIG-IP system using local traffic statistics
  • Configure priority group activation on a load balancing pool to allow servers to be activated only as needed to process traffic
  • Compare and contrast member-based and node-based dynamic load balancing methods
  • Configure connection limits to place a threshold on traffic volume to particular pool members and nodes
  • Differentiate between cookie, SSL, SIP, universal, and destination address affinity persistence, and describe use cases for each
  • Describe the three Match Across Services persistence options and use cases for each
  • Configure health monitors to appropriately monitor application delivery through a BIG-IP system
  • Configure different types of virtual services to support different types of traffic processing through a BIG-IP system
  • Configure different types of SNATs to support routing of traffic through a BIG-IP system
  • Configure VLAN tagging and trunking
  • Restrict administrative and application traffic through the BIG-IP system using packet filters, port lockdown, and virtual server settings
  • Configure SNMP alerts and traps in support of remote monitoring of the BIG-IP system
  • Use iRules and local traffic policies appropriately to customize application delivery through the BIG-IP system
  • Configure the BIG-IP to detect and mitigate some common attacks at the network and application layers using LTM features such as SYN check, eviction policies, iRules and Local Traffic Policies

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