VMware NSX-T Data Center: Troubleshooting and Operations [V3.2]

Course Overview

The advanced knowledge, skills, and tools needed to become proficient in managing and troubleshooting the VMware NSX-TTM Data Center environment are provided throughout this five-day hands-on training course. You will learn about several networking and security architectural routines in this course, as well as about a number of operational and troubleshooting tools that can be used to manage and fix issues in an NSX-T Data Center setup.

Additionally, you will recognise, examine, and methodically resolve a variety of technical issues that are presented to you.

 

Prerequisites

You should be familiar with or have a grasp of these technologies.

  • Thorough familiarity with TCP/IP services and protocols.
  • Expertise and practical experience in computer security and networking, such as:
    • Technologies for switching and routing (L2-L3).
    • Services for delivering networks and applications (L4-L7).
    • Firewalls (L4-L7).
    • vSphere® environments from VMware.

Audience Profile

  • Network and security experts who work with enterprise networks; 
  • seasoned system administrators and network administrators.

Learning Objectives

You should be able to complete the following goals by the end of the course:

  • To find and fix issues with the NSX-T Data Center environment, use the native tools offered by the NSX-T Data Center.
  • To find and fix issues with the NSX-T Data Center environment, use VMware vRealize® Log InsightTM and VMware vRealize® Network InsightTM.
  • Describe the NSX-T Data Center infrastructure's parts and how they communicate.
  • Recognize, investigate, and resolve issues with the management, control, and data planes in the NSX-T Data Center.
  • Recognize, examine, and resolve issues with the NSX-T Data Center's infrastructure preparation.
  • Locate, evaluate, and fix issues with logical switching and logical routing in the NSX-T data centre.
  • Locate, evaluate, and fix issues with logical switching and logical routing in the NSX-T data centre.
  • Recognize, examine, and resolve issues with network security using the NSX-T Data Center Distributed and Gateway firewalls.
  • Identify, examine, and resolve issues with the VMware NSX® Advanced Load BalancerTM and VPN.
  • Recognize the parts and packet flows that make up the NSX-T Data Center datapath, and solve associated issues.

Content Outline

  • Course logistics and introduction
  • Course goals
  • Describe and verify the native troubleshooting tools for the NSX-T Data Center environment (dashboards, Traceflow, live traffic analysis, port mirroring).
  • Set up log collectors, IPFIX, and Syslog for the NSX-T Data Center environment.
  • Connect vRealize Log Insight and vRealize Network Insight to the NSX-T Data Center.
  • Verify and examine the API configuration methods for the NSX-T Data Center environment.
  • Describe the architecture, parts, and communication routes of the NSX Management cluster.
  • Describe the processes used to set up the NSX Management cluster.
  • Verify and address issues with the NSX Management cluster setup.
  • Describe the architecture, parts, and communication channels of the data plane.
  • Describe and resolve problems with VMware ESXiTM transport node preparation.
  • Describe and address KVM transport node preparation problems.
  • Describe and resolve the transport node preparation issue with VMware NSX® EdgeTM.e
  • Describe the logical switching architecture.
  • Enumerate the components and procedures used in logical switching configuration.
  • Describe N-VDS and VDS's role in transport nodes.
  • Outline the migration process from N-VDS to VDS.
  • Examine the architectural and operational procedures used to attach workloads to segments.
  • Recognize and fix typical logical switching problems.
  • Examine the logical routing and NSX Edge nodes' architectures.
  • Describe the processes involved in setting up Tier-0 and Tier-1 gateways.
  • Describe the high availability modes and verify the location of logical routers.
  • Recognize and resolve typical logical routing problems using BGP and OSPF.
  • Examine the Distributed Firewall's architecture.
  • Describe the procedures used to configure the Distributed Firewall.
  • Examine the Gateway Firewall's architecture.
  • Describe the procedures required in setting up the Gateway Firewall.
  • Recognize and resolve common distributed firewall and gateway firewall problems.
  • Examine the architecture and parts of the NSX Advanced Load Balancer.
  • Recognize and fix typical NSX Advanced Load Balancer problems.
  • A review of the architecture and parts of L2 VPNs and IPsec.
  • Recognize and fix typical IPsec and L2 VPN problems.
  • Check and confirm the packet's route on the NSX datapath (East-West and South-North).
  • Locate and carry out packet captures at various datapath nodes.
  • To get configurations used in the NSX datapath, use the NSX CLI and native hypervisor commands.
  • Course logistics and introduction
  • Course goals andobjectives
  • Describe and verify the native troubleshooting tools for the NSX-T Data Center environment (dashboards, Traceflow, live traffic analysis, port mirroring).
  • Set up log collectors, IPFIX, and Syslog for the NSX-T Data Center environment.
  • Connect vRealize Log Insight and vRealize Network Insight to the NSX-T Data Center.
  • Verify and examine the API configuration methods for the NSX-T Data Center environment.
  • Describe the architecture, parts, and communication routes of the NSX Management cluster.
  • Describe the processes used to set up the NSX Management cluster.
  • Verify and address issues with the NSX Management cluster setup.
  • Describe the architecture, parts, and communication channels of the data plane.
  • Describe and resolve problems with VMware ESXiTM transport node preparation.
  • Describe and address KVM transport node preparation problems.
  • Describe and resolve the transport node preparation issue with VMware NSX® EdgeTM.
  • Describe the logical switching architecture.
  • Enumerate the components and procedures used in logical switching configuration.
  • Describe N-VDS and VDS's role in transport nodes.
  • Outline the migration process from N-VDS to VDS.
  • Examine the architectural and operational procedures used to attach workloads to segments.
  • Recognize and fix typical logical switching problems.
  • Examine the logical routing and NSX Edge nodes' architectures.
  • Describe the processes involved in setting up Tier-0 and Tier-1 gateways.
  • Describe the high availability modes and verify the location of logical routers.
  • Recognize and resolve typical logical routing problems using BGP and OSPF.
  • Examine the Distributed Firewall's architecture.
  • Describe the procedures used to configure the Distributed Firewall.
  • Examine the Gateway Firewall's architecture.
  • Describe the procedures required in setting up the Gateway Firewall.
  • Recognize and resolve common distributed firewall and gateway firewall problems.
  • Examine the architecture and parts of the NSX Advanced Load Balancer.
  • Recognize and fix typical NSX Advanced Load Balancer problems.
  • A review of the architecture and parts of L2 VPNs and IPsec.
  • Recognize and fix typical IPsec and L2 VPN problems.
  • Check and confirm the packet's route on the NSX datapath (East-West and South-North).
  • Locate and carry out packet captures at various datapath nodes.
  • To get configurations used in the NSX datapath, use the NSX CLI and native hypervisor commands.

FAQs

A: Radiant Techlearning is headquartered in the Electronic city & technology hub of Northern India, Noida, surrounded by several large multinational, medium & small Software companies. We have offices located all across the country and partners across the globe.

 

A: For participants' hands-on practise, Radiant Techlearning includes a data centre with a virtual training environment. With the use of a remote desktop connection, participants can effortlessly access these laboratories over the cloud. You may learn from anywhere and in any time zone with radiant virtual laboratories.

 

A: The learners will be enthralled as we engage them in the natural world and Oriented industry projects during the training program. These projects will improve your skills and knowledge and give you a better experience. These real-time projects will help you a lot in your future tasks and assignments.

 

A: To know about the fees details, you can email us at training@radianttechlearning.com with your requirement in detail containing the below information

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A: 

  • Experienced system administrators and network administrators
  • Network and security professionals who work with enterprise networks

A: This course has a duration of 5 days.

 

A: No. These training programs are helping to improve your skills & knowledge of the technology, which would allow you to land your dream job by learning them.

Our training program will maximize your ability and chances of getting a successful job. You have to select a position according to your convenience. Your performance in the training program and interview is crucial for getting a good job.

 

A: Yes, your employer can pay your fees.

 

A: The learners will be enthralled as we engage them in the natural world and Oriented industry projects during the training program. These projects will improve your skills and knowledge and give you a better experience. These real-time projects will help you a lot in your future tasks and assignments.

 

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