Pre 2017 - Implementing Virtual Networks for Azure Infrastructure (70-533)
This course covers every single topic from the "Implement Virtual Networks" objective domain from Microsoft Exam 70-533, Implementing Microsoft Azure Infrastructure Solutions.
What you'll learn
Moving from a physical network infrastructure to Microsoft Azure's software-defined networking (SDN) takes some getting used to. In this course, Implementing Virtual Networks for Azure Infrastructure (70-533), you'll be shown topics from the "Implement Virtual Networks" objective domain from Microsoft Exam 70-533, Implementing Microsoft Azure Solutions. First, you'll gain your "sea legs" by learning to configure a virtual network as well as, configuring azure load balancers and subnets. Next, you'll design and implement both hybrid and multi-site networks. Throughout this course, you'll pick up valuable, real-world Azure administration skills that you can apply immediately to your work. At the end of this course, you'll be much better prepared to pass the "Implement Virtual Networks" objective domain from Microsoft Exam 70-533, Implementing Microsoft Azure Solutions.
Table of contents
- Overview 2m
- Azure Virtual Network Benefits 3m
- The ASM Virtual Network Model 4m
- Azure Virtual Network Facts 2m
- Demo: Create a Virtual Network (ASM Portal) 4m
- Demo: Add a Subnet By Editing the Network Configuration 6m
- Demo: Deploy a Virtual Network (ARM Template) 4m
- Demo: Deploy a VM into a Virtual Network 5m
- Demo: Deploy a Cloud Service into a Virtual Network 6m
- IP Addresses in Azure Service Management 2m
- Demo: Configure IaaS VM IP Addresses 4m
- For Further Learning 1m
- Book Reference 1m
- Summary 1m
- Overview 2m
- Planning Azure Virtual Networks 3m
- Azure Virtual Network Limits 2m
- Consider Multiple Subnets If... 2m
- Demo: Deploy a Subnet in ARM 6m
- Demo: Associate a VM with a Subnet in ARM 4m
- Azure External Load Balancer 2m
- Azure Internal Load Balancer 1m
- Demo: Modify VM Subnet Assignments 5m
- Demo: Deploy a Load-Balanced Endpoint 5m
- Demo: Deploy an Internal Load Balancer 4m
- For Further Learning 1m
- Book Reference 1m
- Summary 2m
- Overview 2m
- VPN Conceptual Overview 5m
- Azure VPN Types 4m
- Azure VPN Gateways 3m
- Demo: Research Azure-compatible VPN Gateways 5m
- Azure Site-to-Site VPN 4m
- Azure Point-to-Site VPN 2m
- Demo: Prepare the Local Network for Azure VPN 5m
- Demo: Add a Local Network to Azure 5m
- Demo: Deploy an Azure VPN Gateway 4m
- Demo: Test our New Azure Site-to-Site VPN 1m
- Demo: Create an Azure Point-to-Site VPN 7m
- For Further Learning 1m
- Book Reference 0m
- Summary 1m
- Overview 3m
- Peering 1m
- Microsoft Datacenters 4m
- Azure Datacenter Locations 3m
- Azure Vnet-to-Vnet VPNs 2m
- Demo: Prepare Our Virtual Networks 3m
- Demo: Build a Vnet-to-Vnet VPN 3m
- Demo: Completing and Testing the Configuration 3m
- ExpressRoute Use Case 1m
- ExpressRoute Services 2m
- ExpressRoute Connectivity Options 3m
- ExpressRoute Pricing 2m
- Demo: Investigate ExpressRoute 4m
- Demo: Deploy an Azure VPN with an ARM Template 7m
- For Further Learning 0m
- Book Reference 1m
- Summary 2m
About the author
Timothy Warner is a Microsoft Most Valuable Professional (MVP) in Cloud and Datacenter Management who is based in Nashville, TN. His professional specialties include Microsoft Azure, cross-platform PowerShell, and all things Windows Server-related. You can reach Tim via Twitter (@TechTrainerTim), LinkedIn or his blog, AzureDepot.com.