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VMware Virtual Cloud Network - Core Technical Skills

Course Summary:

The Virtual Cloud Network: Core Technical Skills self-paced course targets candidates who are new to the industry or entry-level employees looking for opportunities to advance their knowledge, skills, and understanding of VMware NSX®, which is the VMware network virtualization platform. Through a series of targeted, self-paced modules, the student will learn how to perform standard and typically repeated tasks that are delegated by an administrator to an operator or junior administrator.

Course Duration: 2 Days


Course Content:

1 Software-Defined Data Center

  • Identify types of virtualization used in a software-defined data center
  • Recognize the components of an SDDC
  • Describe the relationship between vSphere, the SDDC, and cloud computing

2 VMware SDDC Solutions

  • Identify VMware solutions that integrate with vSphere in SDDC

3 VMware vSphere Components and Features

  • Identify the functions of the components in a vSphere environment
  • Describe the vSphere features and their benefits

4 Network Virtualization

  • Describe the importance of network virtualization for the IT industry
  • Describe network virtualization and its implementation
  • Identify the benefits of network virtualization

5 Virtual Switches Overview

  • Define virtual networking
  • Describe a virtual switch and its components
  • Explain how virtual switches connect VMs and VMware ESXi™ hosts to the network

6 vSphere Standard Switches

  • Identify characteristics of vSphere standard switches
  • View components and properties of a standard switch configuration

7 vSphere Distributed Switches

  • Describe the benefits of vSphere distributed switches
  • Compare distributed and standard switches
  • View a distributed switch configuration in the vSphere Client

8 Management, Control and Data Plane

  • Identify the different layers of networking planes
  • List the functions of each networking plane

9 Software Defined Networking

  • Describe the software-defined networking approach to control network traffic
  • Compare traditional networking to software-defined networking
  • Describe the software-defined networking architecture
  • Discuss the benefits of software-defined networking for today’s IT services and applications

10 Introduction to NSX-T Data Center

  • Describe the features and benefits of NSX-T Data Center
  • Describe the use cases for NSX-T Data Center

11 NSX-T Data Center Components

  • Identify the components in an NSX-T Data Center environment
  • Describe the function of each NSX-T Data Center component

12 NSX-T Data Center Architecture

  • Describe the NSX-T Data Center architecture
  • Use the NSX-T Data Center user interface to validate its components

13 Benefits of NSX-T Data Center Logical Switching

  • Describe the challenges of traditional data center switching
  • Describe the benefits of NSX-T Data Center logical switching

14 NSX Logical Switching Components

  • Describe the components and functions of the NSX-T Data Center segments
  • Identify the differences between the types of transport zones and segments

15 NSX Logical Switching

  • Describe the end-to-end logical switching communication in VMware NSX-T Data Center
  • Connect workloads to an existing segment and check connectivity

16 Benefits of NSX-T Data Center Logical Routing

  • Describe the challenges of traditional data center routing
  • Identify the benefits of NSX-T Data Center logical routing

17 NSX Routing Components

  • Describe the components and functions of NSX-T data Center logical routing
  • Identify the logical routing topologies that are available in NSX-T Data Center

18 NSX Logical Routing

  • Recognize the use cases for NSX logical routing
  • Connect segments to a Tier-1 gateway and verify connectivity between different segments
  • Connect a Tier-1 gateway to a Tier-0 gateway and verify external connectivity

19 Micro-segmentation

  • Describe micro-segmentation
  • Identify the use cases for micro-segmentation
  • List the benefits of micro-segmentation

20 Zero-Trust Security

  • Implement the Zero-Trust approach for security by using micro-segmentation

21 NSX Data Center Firewalls

  • Differentiate between gateway and distributed firewalls
  • Identify preconfigured firewall rules from the NSX UI
  • Validate preconfigured firewall rules from the NSX UI

22 NSX DHCP

  • Describe DHCP and its use cases
  • Implement DHCP in VMware NSX-T™ Data Center

23 NSX DNS

  • Describe DNS and its use cases
  • Implement DNS in VMware NSX-T™ Data Center

24 NSX NAT

  • Describe NAT and its use cases
  • Implement NAT in VMware NSX-T™ Data Center

25 NSX Load Balancing

  • Describe load balancing and its use cases
  • Implement load balancing in VMware NSX-T™ Data Center

26 NSX VPNs

  • Describe VPN technologies and their use cases
  • Implement VPN technologies in VMware NSX-T™ Data Center

27 Virtual Cloud Network

  • Explain the VMware Virtual Cloud framework
  • Describe the VMware Virtual Cloud product portfolio, its benefits and use cases