VMWARE NSX SD-WAN Velocloud Basics NSX-T

VMWARE NSX SD-WAN Velocloud Basics & NSX-T, available at $59.99, has an average rating of 4.15, with 74 lectures, based on 127 reviews, and has 739 subscribers.

You will learn about Will Come to know how software define Wide Area Network Works , What are the key components of SDWAN , how it operates and managed Via Controllers This course is ideal for individuals who are Anyone Who Wants to know about Software Define Network functionality , but better suited to network engineers, Solution Architect and Managers. It is particularly useful for Anyone Who Wants to know about Software Define Network functionality , but better suited to network engineers, Solution Architect and Managers.

Enroll now: VMWARE NSX SD-WAN Velocloud Basics & NSX-T

Summary

Title: VMWARE NSX SD-WAN Velocloud Basics & NSX-T

Price: $59.99

Average Rating: 4.15

Number of Lectures: 74

Number of Published Lectures: 74

Number of Curriculum Items: 74

Number of Published Curriculum Objects: 74

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Will Come to know how software define Wide Area Network Works , What are the key components of SDWAN , how it operates and managed Via Controllers

Who Should Attend

Anyone Who Wants to know about Software Define Network functionality , but better suited to network engineers, Solution Architect and Managers.

Target Audiences

Anyone Who Wants to know about Software Define Network functionality , but better suited to network engineers, Solution Architect and Managers.

What is SD-WAN ? 
Software-Defined WAN (SD-WAN) is an overlay architecture that overcomes the biggest drawbacks of traditional 
WAN. SD-WAN builds a secure, unified connectivity over any transport (MPLS, Broadband, LTE, VSAT etc.)
and provides simplified operations with centralized management, policy control and application visibility 
across the enterprise.

Significance of Velocloud : 

From Last 2 Years in the Gartner Magic Quadrant .

One of the Most Deployed SD-WAN in Global 1000 Companies .
With SD-WAN built on the Viptela Fabric, enterprises can provide secure connectivity everywhere, deploy
new services and applications faster, and drastically simplify operational complexity in the WAN.

Topics covered : 

!

Section 01 NSX SDWAN Velocloud Introduction & Features

01 NSX SDWAN Velocloud Introduction

02 What is Velocloud

03 Market Players & Gartner report

04 Velocloud SDWAN benefits

05 Velocloud Architecture

06 Velocloud Edge Devices

07 Velcloud Features

08 Velo_500 UI

09 Velocloud Orchestrator Dashboard

Section 02 Velocloud vs Viptela Feature Comparison & Edge Installation

10 Velocloud vs Viptela Compare 01

11 Velocloud vs Viptela Compare 02

12 Velocloud Network Topologies

13 Velocloud Key Concepts

14 Velcloud vEdge Installation

15 Velcloud vEdge Basic Diagnostics

Section 03 Velocloud Profile Configuration

16 Velocloud Edge Profile

17 Cloud VPN

18 Rest of the Configurations Part01 Auth Netflow DNS

19 Rest of the Configurations Part02 Multicast

20 Rest of the Configurations Part03 vlan ntp snmp options

Section 04 Velocloud  Business Policy & Firewall Rules with Edge Override

21 Configure Profile Business Policy

22 Dynamic multi-path Optimization

23 Link Steering Options

24 Firewall Rules

25 Velocloud Edge Template & Override

Section 05 Velocloud Routing Protocols : OSPF | BGP | OFC(Overlay Flow Contro)

26 Velocloud OSPF

27 Velocloud BGP

28 Overlay Flow Control : OFC

Part 02 NSX – T 

VMware NSX-T& Data Center (formerly NSX-T) provides an agile software-defined infrastructure to build cloud-native application environments.

NSX-T Data Center is focused on providing networking, security, automation, and operational simplicity for emerging application frameworks and architectures that have heterogeneous endpoint environments and technology stacks. NSX-T Data Center supports cloud-native applications, bare metal workloads, multi-hypervisor environments, public clouds, and multiple clouds.

NSX-T Data Center is designed for management, operation, and consumption by development organizations. NSX-T Data Center allows IT and development teams to select the technologies best suited for their applications.

+++ First 3 Section belonging to basics of VMWARE Virtualization with vSphere 6.7

+++ Then we have full fledged NSX-T 2.4 Topics in Detail .

VMware NSX-T

VMware NSX-T 3.0 is the latest generation of VMware’s network virtualization product series. NSX-T is the successor to the NSX-V product. NSX-T supports third-party Hypervisors and next generation overlay encapsulation protocols such as Generic Network Virtualization Encapsulation (Geneve). NSX-T acts as a network Hypervisor that allows software abstraction of various network services that include logical switch (segments), logical routers (Tier-0 or Tier-1 Gateway), logical firewalls, logical load balancers, and logical VPNs.

NSX Manager—Integrated management component of NSX-T, provides the functionality of controller, manager, and policy. It is installed as a virtual appliance in the vCenter server environment.

ESXi (Transport Node)—Servers and edge nodes that have NSX-T prepared in the NSX-T data center.

N-VDS—NSX-managed Virtual Distributed Switch (N-VDS), derived from VMware vSphere Distributed Switch (VDS), de-couples the data plane from the compute manager (vCenter). It is a software abstraction layer present between servers and physical network for network connectivity. It can be created on both host and edge transport nodes and can co-exist with VMware Standard Switch (VSS) and VDS.

Segments—Formerly known as logical switch in NSX-V, similar to VLANs, reproduces switching functionality in NSX-T environment to provide network connections between attached VMs.

NSX Edge—Provides gateway and security services to the virtual network. It enables east-west traffic between the VMs on the same host in different subnets without accessing the physical network. It also enables north-south traffic for VMs to access the public networks.

Service Router—Instantiated on the NSX Edge node and provides gateway functionality and services such as NAT, load balancing, and so on.

Distributed Router—Runs as a kernel module and is embedded in all transport nodes to provide basic routing capabilities such as east-west routing and local routing inside hypervisor.

NSX Tier-1 Gateway—Provides east-west connectivity.

NSX Tier-0 Gateway—Provides north-south connectivity. It supports static routing, BGP dynamic routing, and equal-cost multi-path (ECMP) routing. It is required for traffic flow between logical and physical networks.

Course Curriculum

Chapter 1: NSX SDWAN Velocloud Introduction & Features

Lecture 1: Introduction

Lecture 2: What is Velocloud

Lecture 3: Market Players & Gartner report

Lecture 4: Velocloud SDWAN benefits

Lecture 5: Velocloud Architecture

Lecture 6: Velocloud Edge Devices

Lecture 7: Velcloud Features

Lecture 8: Velo_500 UI

Lecture 9: Velocloud Orchestrator Dashboard

Chapter 2: Velocloud vs Viptela Feature Comparison & Edge Installation

Lecture 1: Velocloud vs Viptela Compare 01

Lecture 2: Velocloud & Viptela Feature Comparision

Lecture 3: Velocloud Network Topologies

Lecture 4: Velocloud Key Concepts

Lecture 5: Velcloud vEdge Installation

Lecture 6: Velcloud vEdge Basic Diagnostics

Chapter 3: Velocloud Profile Configuration

Lecture 1: Velocloud Edge Profile

Lecture 2: Cloud VPN

Lecture 3: Rest of the Configurations Part01 Auth Netflow DNS

Lecture 4: Rest of the Configurations Part02 Multicast

Lecture 5: Rest of the Configurations Part03 vlan ntp snmp options

Chapter 4: Velocloud Business Policy & Firewall Rules with Edge Override

Lecture 1: Configure Profile Business Policy

Lecture 2: Dynamic multi-path Optimization

Lecture 3: Link Steering Options

Lecture 4: Firewale Rules

Lecture 5: Velocloud Edge Template & Override

Lecture 6: Velocloud OSPF

Lecture 7: Velocloud BGP

Lecture 8: Velocloud Overlay Flow Control

Chapter 5: NSX-T 2.4

Lecture 1: What is NSX-T

Lecture 2: NSX-T Architecture Components

Lecture 3: NSX-T Consumption Model

Lecture 4: Summary what we have studied so far …

Lecture 5: Lets Understand the Topology

Lecture 6: Components of NSX-T

Lecture 7: NSX-T Dashboard

Lecture 8: NSX-T Fabric Nodes

Lecture 9: NSX-T Logical Switching 01

Lecture 10: NSX-T Logical Switching Uplink Profile Lab 02

Lecture 11: NSX-T Logical Switching Network IO Control 03

Lecture 12: NSX-T Logical Switching Flood Traffic Part 04

Lecture 13: Tables Maintained by NSX T Control Plane

Lecture 14: Geneve Overlay Encapsulation

Lecture 15: Create new logical switch and assign to VM Lab

Lecture 16: NSX T Logical Routing Distributed Router DR

Lecture 17: NSX T Service Rotuer SR

Lecture 18: North to South Packet flow with Service Router SR

Lecture 19: Two Tier Routing

Lecture 20: Logical Routing Lab 01

Lecture 21: Logical Routing Lab 02

Lecture 22: Verify N S Traffic Lab

Lecture 23: Fully Distributed 2 Tier Routing

Lecture 24: Edge Node Routing Capabilities

Lecture 25: NSX T Services & High Availibility

Lecture 26: High Availibility Lab

Lecture 27: NSX T Edge Node

Lecture 28: Multi TEP Support for vEdge

Lecture 29: VM Edge Node & VM Cluster

Lecture 30: NAT Services

Lecture 31: NAT Configuration Lab

Lecture 32: NAT Verification

Lecture 33: DHCP Service

Lecture 34: DHCP verification

Lecture 35: NSX T Security Introduction

Lecture 36: NSX T Firewall Rule Lab

Lecture 37: NSX T Data Plane ESXi vs KVM Hosts DFW Part 01

Lecture 38: NSX T Data Plane ESXi vs KVM Hosts DFW Part 02

Lecture 39: NSX T DFW Policy Lookup and Packet Flow

Lecture 40: NSX T Security Policy Plan, Design and Implement

Lecture 41: NSX T Groups & DFW Rule

Lecture 42: Advanced Settings Following settings are under advanced settings options

Lecture 43: DFW Rule Creation & Testing

Lecture 44: NSX T Load Balancer

Lecture 45: NSX T Load Balancer Configuration

Lecture 46: NSX T Load Balancer Verification

Instructors

Giga networkers
Co-Founder CCIE as a Service {CaaS]

Rating Distribution

1 stars: 6 votes

2 stars: 3 votes

3 stars: 28 votes

4 stars: 52 votes

5 stars: 38 votes

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