Software Defined Networking with VMware NSX

Installation and Setup 5 lectures 43:58 The Course Overview This video gives an overview of the entire course. NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

Installation and Setup 5 lectures 43:58 The Course Overview This video gives an overview of the entire course. NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

The Course Overview This video gives an overview of the entire course. The Course Overview This video gives an overview of the entire course. The Course Overview This video gives an overview of the entire course. The Course Overview This video gives an overview of the entire course. This video gives an overview of the entire course. This video gives an overview of the entire course. NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Component Overview While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

While a legacy network consists of a lot of physical components, a software-defined network operates primarily in the virtual world, which doesn’t mean NSX does not have management, control, and data plane as well as other components that we are going to introduce.

• Understand management, control, and data plane in an SDN world
• Check out the components NSX needs such as manager, controller, and installables
• See deployment, object storage, and communication between components

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

NSX Controller Deployment NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

NSX controllers are vital for the infrastructure. They store important data tables for VTEPs, MACs, and ARP information. Let’s get to know them better in this video.

• What to consider when rolling out an NSX controller
• Check out controller deployment and IP Pool configuration
• See the validation of a successful NSX controller cluster operation

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

ESXi Host Preparation The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

The goal of this video is to know kernel-operated functions such as VXLAN. Distributed Firewall and Distributed Logical Router require additional components.

• How to prepare the hosts for use with NSX
• Check out the configuration of the VXLAN VTEPs
• Understand the definition of a Transport Zone and Segment IDs

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

Logical Switch Creation NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

NSX networking is built around VXLANs which is represented by logical switches. Let’s get acquainted with them in this video.

• What are the prerequisites to creating a logical switch?
• Learn the steps done to create a logical switch with NSX and vSphere
• Connect virtual machines to a logical switch and learn how to test connectivity

Static and Dynamic Routing. 4 lectures 32:28 Dynamic Versus Static Routing NSX is often used to create a highly dynamic environment, which requires—in many cases—IP routing either static or dynamic. Let’s check that out in this video.

• Why do I need IP-based routing?
• What is the difference between static and dynamic routing?
• When to use dynamic routing over static routing?

Dynamic Routing OSPF Dynamic routing within the enterprise is often done via OSPF. NSX provides the ability to use NSX with DLR and ESG. Let’s see it in action.

• How does OSPF work?
• Area types and their actual use case
• Understand routing information interchange between routers and areas

Dynamic Routing BGP BGP is a common exterior routing protocol used to interconnect so-called autonomous systems over the Internet. It is also used by enterprises having uplinks to multiple carriers. We’ll take a deeper look at them in this video.

• How does BGP work?
• What are autonomous systems and how are they interconnected internally?
• Understand the connectivity between independent autonomous systems and the difference between iBGP and eBGP

Routing Architecture Routing in the virtual infrastructure can be challenging, as different types of traffic might be on the same host, whilst in different networks or...