Physical Infrastructure Requirements
VMware
| Intermediate
- 20 videos | 1h 27m 22s
- Includes Assessment
- Earns a Badge
VMware NSX is flexible with regard to the underlying network fabric. Lets look at the requirements for running VMware NSX over different physical network environments, and the benefits it provides.
WHAT YOU WILL LEARN
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Describe common physical network topologies, including layer 2 fabric, multi-tier, and leaf-spine
Describe trends in physical networks
Describe the purpose of a leaf node and a spine node in leaf-spine architecture
Identify virtual network topologies, including enterprise, service provider multi-tenant, and multi-tenant scalable
Describe the benefits of a multi-instance tcp/ip stack
Describe the challenges of a layer 2 fabric topology
Describe the challenges of a multi-tier topology
Describe the challenges of a leaf-spine topology
Differentiate between physical and virtual qos implementation
Differentiate between single and multiple vsphere distributed switch (vds) distributed logical router implementations -
Differentiate between nsx edge high availability and scale-out nsx edge high availability implementations
Differentiate between collapsed and separate vsphere cluster topologies
Differentiate between layer 3 and converged cluster infrastructures
Identify vmware nsx management and edge cluster requirements
Describe minimum and optimal physical infrastructure requirements for a vmware nsx implementation
Describe how different traffic types are handled in a physical infrastructure
Determine use cases for available virtual architectures
Differentiate between virtual and physical switch connection methods
Describe vmkernel networking recommendations
Describe challenges of physical networks and requirements for vmware nsx
IN THIS COURSE
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6m 11sUpon completion of this video, you will be able to describe common physical network topologies, including layer 2 fabric, multi-tier, and leaf-spine. FREE ACCESS
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2m 34sAfter completing this video, you will be able to describe trends in physical networks. FREE ACCESS
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3. Spine and Leaf Nodes2m 42sUpon completion of this video, you will be able to describe the purpose of a leaf node and a spine node in a leaf-spine architecture. FREE ACCESS
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4. Virtual Network Topologies3m 58sIn this video, you will learn how to identify virtual network topologies, including enterprise, service provider multi-tenant, and multi-tenant scalable. FREE ACCESS
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5. Multi-instance TCP/IP Stack4m 37sUpon completion of this video, you will be able to describe the benefits of a multi-instance TCP/IP stack. FREE ACCESS
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6. L2 Fabric Topology Challenges2m 53sUpon completion of this video, you will be able to describe the challenges of a layer 2 fabric topology. FREE ACCESS
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7. Multi-tier Topology Challenges3m 46sAfter completing this video, you will be able to describe the challenges of a multi-tier topology. FREE ACCESS
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8. Leaf and Spine Topology Challenges3m 33sUpon completion of this video, you will be able to describe the challenges of a leaf-spine topology. FREE ACCESS
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9. Physical and Virtual QoS Implementations3m 17sFind out how to differentiate between physical and virtual QoS implementations. FREE ACCESS
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10. Single and Multiple vDS Distributed Logical Router5m 27sIn this video, you will learn the difference between single and multiple vSphere Distributed Switch (vDS) Distributed Logical Router implementations. FREE ACCESS
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11. NSX Edge HA and Scale-out NSX Edge HA5m 51sIn this video, you will learn how to differentiate between NSX Edge High Availability and Scale-out NSX Edge High Availability implementations. FREE ACCESS
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12. Collapsed and Separated vSphere Cluster Topologies4m 25sIn this video, find out how to differentiate between collapsed and separate vSphere cluster topologies. FREE ACCESS
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13. Layer 3 and Converged Cluster Infrastructures2m 26sIn this video, you will learn the difference between layer 3 and converged cluster infrastructures. FREE ACCESS
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14. Management and Edge Cluster Requirements3m 25sIn this video, you will identify the requirements for a VMware NSX management and edge cluster. FREE ACCESS
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15. Minimal and Optimal Physical Infrastructure4m 56sUpon completion of this video, you will be able to describe minimum and optimal physical infrastructure requirements for a VMware NSX implementation. FREE ACCESS
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16. Physical Infrastructure Traffic Type Handling5m 39sAfter completing this video, you will be able to describe how different traffic types are handled in a physical network. FREE ACCESS
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17. Virtual Architecture Use Cases6m 16sIn this video, find out how to determine the use cases for available virtual architectures. FREE ACCESS
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18. Virtual to Physical Switch Connection7m 39sDuring this video, you will learn how to differentiate between virtual and physical switch connection methods. FREE ACCESS
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19. VMkernel Networking Recommendations3m 29sUpon completion of this video, you will be able to describe VMkernel networking recommendations. FREE ACCESS
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20. Exercise: NSX on Physical Networks4m 20sAfter completing this video, you will be able to describe the challenges of physical networks and the requirements for VMware NSX. FREE ACCESS
EARN A DIGITAL BADGE WHEN YOU COMPLETE THIS COURSE
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