F5 Load Balancer provides the knowledge and practical skills needed to configure, deploy, and manage F5 BIG-IP solutions for application delivery, traffic management, and high availability.
Duration 4 Days – 28 hrs.
Overview
The F5 Load Balancer Training Course is a comprehensive hands-on program designed for network engineers, system administrators, infrastructure specialists, and IT professionals responsible for deploying, managing, and optimizing application delivery services using F5 BIG-IP Local Traffic Manager (LTM).
Participants will gain practical knowledge of F5 BIG-IP architecture, traffic management, virtual servers, pools, nodes, health monitors, SSL offloading, persistence methods, high availability, and load balancing algorithms. The course also covers application optimization, security fundamentals, troubleshooting techniques, monitoring, and best practices for enterprise deployment.
Through extensive laboratory exercises and real-world scenarios, participants will learn how to deploy highly available, scalable, secure, and high-performing application delivery solutions within enterprise environments.
Objectives
- Understand F5 BIG-IP architecture and system components.
- Explain Application Delivery Controller (ADC) concepts.
- Install and perform the initial configuration of F5 BIG-IP LTM.
- Configure Virtual Servers, Nodes, Pools, and Pool Members.
- Configure and customize Health Monitors.
- Implement various load balancing methods.
- Configure persistence profiles for application sessions.
- Implement SSL Offloading and SSL Bridging.
- Configure Profiles for HTTP, TCP, and SSL optimization.
- Deploy High Availability (HA) using Device Service Clustering (DSC).
- Configure synchronization and failover.
- Monitor system performance and traffic statistics.
- Troubleshoot common F5 deployment issues.
- Apply security best practices using BIG-IP LTM.
- Optimize application performance and availability.
Target Audience
- Network Engineers
- Network Administrators
- Infrastructure Engineers
- Systems Administrators
- Cloud Infrastructure Engineers
- Data Center Engineers
- Security Engineers
- Technical Support Engineers
- DevOps Engineers
- IT Operations Personnel
- Solutions Architects
Prerequisites
- Basic TCP/IP networking knowledge
- Understanding of OSI Model
- Basic routing and switching concepts
- Experience with Windows or Linux administration
- Familiarity with web applications (HTTP/HTTPS)
- Basic knowledge of DNS
- Basic command-line experience
Recommended but not mandatory:
- CCNA-level networking knowledge
- Basic understanding of load balancing concepts
Course Outline
Day 1 – F5 BIG-IP Fundamentals
Module 1 – Introduction to Application Delivery
- Traditional Networking vs. Application Delivery
- Application Delivery Controller (ADC) Concepts
- F5 Product Portfolio Overview
- BIG-IP Architecture Overview
- BIG-IP Modules Overview
- Local Traffic Manager (LTM)
- Global Traffic Manager (GTM/DNS)
- Application Security Manager (ASM)
- Access Policy Manager (APM)
Module 2 – BIG-IP System Architecture
- TMOS Architecture
- BIG-IP Hardware and Virtual Editions
- Management Interfaces
- Licensing and Activation
- Initial System Setup
- Network Configuration
- System Configuration Best Practices
Module 3 – BIG-IP Administration
- GUI Administration
- Command Line Interface (CLI)
- User and Role Management
- Configuration Management
- UCS Backup and Restore
- Software Images and Updates
Hands-on Lab
- Initial BIG-IP Deployment
- License Activation
- Basic Administration
- Configure Management Access
Day 2 – Traffic Management and Load Balancing
Module 4 – Local Traffic Manager (LTM)
- Nodes
- Pool Members
- Pools
- Virtual Servers
- Profiles Overview
Module 5 – Load Balancing Configuration
- Round Robin
- Ratio
- Least Connections
- Dynamic Ratio
- Fastest
- Predictive
- Selecting the Appropriate Load Balancing Method
Module 6 – Health Monitoring and Persistence
Health Monitoring
- ICMP Monitor
- TCP Monitor
- HTTP Monitor
- HTTPS Monitor
- Custom Health Monitors
Persistence
- Source Address Persistence
- Cookie Persistence
- SSL Session ID Persistence
- Universal Persistence
- Persistence Best Practices
Hands-on Lab
- Configure Virtual Servers
- Configure Pools
- Configure Health Monitors
- Configure Persistence Profiles
- Validate Traffic Distribution
Day 3 – SSL, Traffic Optimization and High Availability
Module 7 – SSL Offloading and SSL Profiles
- SSL Fundamentals
- SSL Offloading
- SSL Bridging
- SSL Termination
- Digital Certificates
- Certificate Chains
- Client SSL Profiles
- Server SSL Profiles
Module 8 – Traffic Profiles and Optimization
- HTTP Profiles
- TCP Profiles
- Compression
- Caching
- OneConnect
- Performance Optimization Techniques
Module 9 – High Availability (HA)
- Device Trust
- Device Groups
- Configuration Synchronization (ConfigSync)
- Failover Configuration
- Floating IP Addresses
- Traffic Groups
- High Availability Best Practices
Hands-on Lab
- Configure SSL Offloading
- Configure SSL Profiles
- Configure HA Pair
- Configure ConfigSync
- Perform Failover Testing
Day 4 – Monitoring, Security and Troubleshooting
Module 10 – Monitoring and Reporting
- Statistics and Analytics
- Dashboards
- Logging
- SNMP
- Alerts and Notifications
- Reporting
- Performance Monitoring
Module 11 – Security Features
- Introduction to iRules
- Port Lockdown
- Self-IP Security
- Access Control
- Basic DDoS Mitigation
- Administrative Security
- Security Best Practices
Module 12 – Troubleshooting and Operational Best Practices
Troubleshooting
- Packet Capture (tcpdump)
- Log Analysis
- Common Deployment Issues
- Performance Bottlenecks
- Connectivity Troubleshooting
Operational Best Practices
- Enterprise Deployment Design
- Performance Tuning
- Backup Strategies
- Change Management
- Operational Maintenance
Module 13 – Final Capstone Hands-on Laboratory
Enterprise Deployment Scenario
- Deploy a complete BIG-IP environment
- Configure Virtual Servers
- Configure Pools and Pool Members
- Configure Health Monitors
- Implement Load Balancing Policies
- Configure SSL Offloading
- Configure Persistence Profiles
- Configure High Availability
- Perform Configuration Synchronization
- Execute Failover Testing
- Troubleshoot Production Issues
- Monitor System Performance
- Optimize Traffic Distribution
- Validate the complete enterprise deployment
