Clear and Simple NSX-T 2.4 (VCP-NV 2020)

Clear and Simple NSX-T 2.4 (VCP-NV 2020), available at $44.99, has an average rating of 4.65, with 68 lectures, based on 135 reviews, and has 782 subscribers.

You will learn about Describe basic network concepts such as ARP, MTU, Spanning Tree, Routing, and Switching. Describe the features of the NSX-T Service Router, such as NAT, VPN, and Load Balancing. Understand key concepts related to VMware NSX Switching, Routing, and Security. Understand vSphere networking components and terminology, including Standard and Distributed Virtual Switches, VMNICs, vNIC, and VM Port Groups. This course is ideal for individuals who are This network virtualization course is meant for system administrators and network engineers who need to understand how VMware NSX-T works. or Anyone planning to take the VCP Network Virtualization exam (2V0-41.20) It is particularly useful for This network virtualization course is meant for system administrators and network engineers who need to understand how VMware NSX-T works. or Anyone planning to take the VCP Network Virtualization exam (2V0-41.20).

Enroll now: Clear and Simple NSX-T 2.4 (VCP-NV 2020)

Summary

Title: Clear and Simple NSX-T 2.4 (VCP-NV 2020)

Price: $44.99

Average Rating: 4.65

Number of Lectures: 68

Number of Published Lectures: 68

Number of Curriculum Items: 68

Number of Published Curriculum Objects: 68

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Describe basic network concepts such as ARP, MTU, Spanning Tree, Routing, and Switching.

Describe the features of the NSX-T Service Router, such as NAT, VPN, and Load Balancing.

Understand key concepts related to VMware NSX Switching, Routing, and Security.

Understand vSphere networking components and terminology, including Standard and Distributed Virtual Switches, VMNICs, vNIC, and VM Port Groups.

Who Should Attend

This network virtualization course is meant for system administrators and network engineers who need to understand how VMware NSX-T works.

Anyone planning to take the VCP Network Virtualization exam (2V0-41.20)

Target Audiences

This network virtualization course is meant for system administrators and network engineers who need to understand how VMware NSX-T works.

Anyone planning to take the VCP Network Virtualization exam (2V0-41.20)

Are you looking for NSX-T Training? Do you want to learn from an experienced trainer who makes complex concepts simple and easy to understand?

I am a VMware Certified Instructor who has taught thousands of hours of live training directly for VMware. Most lectures in this course are 5 – 15 minutes long. A few deeper topics are slightly longer. This course gives you a complete understanding of NSX-T concepts. So join me in becoming an NSX Guru today!

VMware NSX is the most disruptive network technology in recent memory. Demand for employees who understand NSX will continue to grow as the product reaches maturity. This course is designed to help you understand all of the concepts behind NSX-T 2.4. We’ll start at the very beginning, and learn basic networking. If you are a vSphere Administrator with a limited networking background this will be very helpful.

NSX-T 2.4 will be covered in a few different sections. First we’ll learn the basics about NSX-T 2.4 objects, and differentiate the Management, Control, and Data Planes. From there we’ll dig deep into switching and routing functions within NSX-T 2.4. We’ll also cover security, and how NSX can provide microsegmentation.

This course will also help you prepare for the VMware VCP-NV exam. The new VCP-NV 2020 Certification can be achieved by passing the NSX-T 2.4 exam that this course is based on. In order to take the VCP-NV exam you will need to complete some course requirements from VMware as well. Be sure to check those out as you prepare to get certified.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Connect with Me!

Lecture 3: About the Demos and Labs

Chapter 2: Networking Fundamentals

Lecture 1: About This Section

Lecture 2: The OSI Model

Lecture 3: Ethernet Basics

Lecture 4: MTU (Maximum Transmission Unit)

Lecture 5: Layer 2 Broadcast Traffic

Lecture 6: Spanning Tree Protocol (STP)

Lecture 7: IP Network Basics

Lecture 8: ARP – Address Resolution Protocol

Chapter 3: vSphere 6.7 Virtual Networking

Lecture 1: About This Section

Lecture 2: Virtual Networking Basics

Lecture 3: vSphere Standard Switches

Lecture 4: vSphere Distributed Switches

Chapter 4: NSX-T Management and Control Plane

Lecture 1: NSX-T vs. NSX-V

Lecture 2: NSX-T Management, Control, and Data Planes

Lecture 3: NSX Manager Architecture

Lecture 4: NSX Controller Concepts

Lecture 5: NSX Controller Plane Sharding

Chapter 5: Preparing Transport Nodes for NSX-T

Lecture 1: NSX-T Data Plane

Lecture 2: GENEVE and TEPs

Lecture 3: Transport Zones

Lecture 4: VLAN Transport Zone

Lecture 5: Demo – Configure Hosts for NSX-T

Lecture 6: Demo – NSX-T VMkernel Ports

Lecture 7: Uplinks and Teaming

Lecture 8: Demo – TEPs and NIC Teaming

Chapter 6: Logical Switching

Lecture 1: NSX-T Logical Switching

Lecture 2: Demo – Create Layer-2 Segments

Lecture 3: Demo – Configure Segment Profiles

Lecture 4: NSX Controller Tables

Lecture 5: Demo – NSX Controller Tables

Lecture 6: BUM Traffic Replication

Lecture 7: Demo – Configure BUM Traffic Replication Mode

Chapter 7: NSX-T 2.4 Routing

Lecture 1: Introduction to NSX-T Distributed Routing

Lecture 2: NSX-T Single Tier Routing Architecture

Lecture 3: NSX-T Multi-Tier Routing Architecture

Lecture 4: Demo – Configure East West Routing

Lecture 5: Demo – Configure North South Routing

Lecture 6: Demo – Using the CLI to View Routes

Lecture 7: Service Router Active/Active Availability

Lecture 8: Service Router Active/Standby Availability

Lecture 9: Demo – High Availability Deep Dive

Lecture 10: NSX-T Edge Node

Lecture 11: NSX-T Routing Protocols

Chapter 8: NSX-T Edge Services

Lecture 1: Layer 2 Bridging

Lecture 2: Network Address Translation (NAT)

Lecture 3: Demo – Configuring Network Address Translation (NAT)

Lecture 4: Demo – Reflexive NAT

Lecture 5: DHCP

Lecture 6: Demo: Configure DHCP for NSX-T 2.4

Lecture 7: NSX-T Load Balancing

Lecture 8: Demo: NSX-T Load Balancing

Lecture 9: IPSEC VPN

Lecture 10: Demo: IPSEC VPN

Lecture 11: NSX-T Layer 2 VPN

Chapter 9: NSX-T Security

Lecture 1: Understanding NSX-T Firewalls

Lecture 2: Demo: Configure the NSX-T Distributed Firewall

Lecture 3: Demo: NSX-T Firewall Rules for a Three-Tier Application

Lecture 4: Demo: Configure the NSX-T Edge Firewall

Lecture 5: Network Introspection Services

Lecture 6: Endpoint Protection

Chapter 10: NSX-T Installation

Lecture 1: About this Section

Lecture 2: Installing NSX Manager

Lecture 3: Demo: Installing NSX Manager

Lecture 4: Demo: Add a Compute Manager

Lecture 5: Bonus Video

Instructors

Rick Crisci
Making Cloud, Dev, and Virtualization easy to understand

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1 stars: 0 votes

2 stars: 3 votes

3 stars: 5 votes

4 stars: 42 votes

5 stars: 85 votes

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