Module 1: Course Introduction
- Introductions and logistics
- Review course objectives
Module 2: Basic Design Concepts
- Process and principles of design
- Understand the design process and frameworks
- Understand VVD and its importance
Module 3: NSX-T Data Center Architecture and Components
- NSX-T Data Center introduction and architecture
- NSX-T Management Cluster
- NSX-T use cases
Module 4: NSX-T Data Center Design Considerations
- Physical infrastructure design
- Virtual infrastructure design
- Collapsed management and Edge resources design
- Dedicated management and Edge resources design
- Bridge design considerations
Module 5: Logical Switching Design
- NSX-T logical switching
- Traffic flooding
Module 6: NSX-T Data Center Edge Design
- Edge VM design
- Edge BareMetal design
- Edge cluster design
Module 7: Logical Routing Design
- Logical router components
- Multi-tier routing
- IPv6 addressing and routing
- Multicompute workload domain design consideration
- High availability and router placement
Module 8: NSX-T Data Center Network Services
- NAT, Proxy ARP, DHCP, and metadata proxy
- Load balancer
- VPN
Module 9: NSX-T Data Center Security Design
- NSX-T Data Center distributed firewall
- NSX-T Data Center distributed firewall
- NSX-T Data Center gateway firewall
- Security policy methodology
Module 10: NSX-T Data Center Multisite Design
- Multisite capabilities
- Deployment for Multisite Lite
- Multisite Lite failover procedure
- Multisite Lite DR requirements
- HCX
- Integration with Cloud Provider
Module 11: NSX-T Data Center and Containers
- NSX-T Design with PKS and PAS introduction
- NSX-T Design with VCF and containers