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Keep shoppingF5 BigIP-LTM (Local Traffic Manager) & all Technical Labs
422 students
F5 BigIP-LTM (Local Traffic Manager) & all Technical Labs
Master F5 LTM. Deploy Sync-Failover HA clustering, manage priority groups, optimize OneConnect, and code custom iRules.
Created byMohammed E.
Last updated 7/2026
English
What you'll learn
- Provision and bootstrap F5 BIG-IP systems to initialize core Local Traffic Manager (LTM) modules and module features.
- Architect high-availability clusters by deploying stable Device Service Clustering (DSC) network frameworks from scratch.
- Master HA Config Sync mechanics to confidently replicate traffic management parameters across active-passive clusters.
- Execute Peer Discovery tasks utilizing built-in HA configuration utility diagnostics to link network endpoints.
- Build redundant active-passive topologies inside dedicated, hands-on high-availability deployment laboratory environments.
- Tune local server load balancing methodologies to distribute corporate data streams evenly across application pools.
- Implement Priority Group Activation parameters to establish automatic standby failover thresholds for backend hosts.
- Accelerate application traffic streams by creating, customizing, and linking functional OneConnect profiles to virtual endpoints.
- Write and deploy custom iRules using precise syntax rules to execute advanced Layer 7 traffic redirection and header modifications.
- Troubleshoot clustering and iRule syntax breaks inside simulation sandboxes to mirror real-world data center incidents.
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Course content
6 sections • 16 lectures • 2h 55m total length
Requirements
- Foundational Core Networking Literacy: A solid understanding of basic IP addressing, subnet boundaries, and the TCP/IP three-way handshake.
- Baseline Client-Server Awareness: Familiarity with how web browsers connect to backend hosts over HTTP and HTTPS ports.
- Access to a Virtualization Sandbox: A workstation running EVE-NG, GNS3, or VMware Workstation capable of hosting F5 evaluation images.
- No Prior F5 LTM Experience Needed: Every high-availability clustering and iRules tracking configuration is taught from the ground up!
Description
F5 BIG-IP LTM (Local Traffic Manager) & Technical Labs Masterclass
Welcome to the definitive, hands-on engineering guide to mastering F5 BIG-IP Local Traffic Manager (LTM). In corporate data center environments, managing application availability requires far more than basic load balancing. Network professionals must understand how to architect resilient failover clusters, optimize connection processing speeds, and dynamically manipulate application traffic profiles in real-time.
This course is explicitly structured as an intensive laboratory training center. Moving systematically across 5 core technical segments, you will progress from initial module feature options straight into advanced clustering deployments, traffic acceleration architectures, and custom programmatic scripting.
Detailed Curriculum & Technical Lab Blueprint
• Section 1: Introduction & Provisioning Foundations
Establishing your core operational baseline. Learning how to navigate system features, allocate appliance resources, and provision the Local Traffic Manager (LTM) module cleanly within the TMOS microkernel.
• Section 2: F5 Clustering & High-Availability (HA) Solutions
Architecting redundant infrastructure to eliminate single points of failure.
* HA Deployment & Configuration: Building active-passive topologies step-by-step.
* Config Sync in Details: Mastering device groups, sync-failover parameters, and manual vs. automatic data replication.
* Utility Peer Discovery: Troubleshooting inter-device trust and secure communication handshakes.
* Hands-On LAB 1 & LAB 2: Constructing and breaking a multi-node high-availability cluster live.
• Section 3: Pool Management, Load Balancing & Priority Groups
Controlling exactly how traffic is distributed down to backend application servers.
* Precision Load Balancing: Implementing static and dynamic traffic distribution metrics across server pools.
* Priority Group Activation: Configuring standby pool member thresholds to execute graceful automatic failover maneuvers when primary server nodes drop offline.
• Section 4: Traffic Acceleration Protocols & Technical Labs
Optimizing enterprise application performance and reducing backend connection overhead.
* OneConnect Profiles: Master the mechanics of connection pooling to reuse established server-side TCP streams.
* Acceleration Labs: Measuring and configuring throughput transformations on active Virtual Servers.
• Section 5: Programmable Traffic Control with iRules
Intercepting and manipulating application payloads on the fly.
* iRules Part 1 & Part 2: Mastering Tool Command Language (Tcl) logic, syntax rules, event triggers, and matching criteria.
* Dedicated iRules Lab: Writing and debugging live scripts to handle header injections, URI structural path masking, and intelligent URL redirection.
An Action-Oriented Sandbox Focus
This course skips the tedious slide presentations and focuses entirely on capabilities. By building out these technical labs alongside me using industry-standard virtualization emulators (EVE-NG, GNS3, or VMware), you will develop the concrete skills needed to maintain maximum application uptime, handle traffic spikes, and manage resilient enterprise infrastructure.
Equip yourself with elite application delivery skills. Join the class and master F5 BIG-IP LTM today!
Who this course is for:
- Network & Systems Engineers who want to master enterprise application delivery, load balancing, and high-availability operations.
- Students preparing for 301 a and b Exams
- F5 BIG-IP Administrators looking for a deep-dive laboratory manual to hone their practical GUI and CLI clustering capabilities.
- Infrastructure Architects responsible for designing redundant, OneConnect-optimized, and secure multi-node data planes.
- IT Professionals & Certification Candidates studying for local traffic management tracks who need hands-on configuration experience.