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Course
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Microsoft Azure Network Engineer: Design and Implement Routing
As an Azure network engineer, you need to control routing paths to ensure availability, security, and performance. This course teaches you how to implement IP routing in Azure virtual networks.
What you'll learn
As your Azure virtual network grows in complexity, so does your need to control IP routing paths. In this course, Microsoft Azure Network Engineer: Design and Implement Routing, you'll gain the ability to control inbound and outbound traffic between your on-premises networking and your Azure virtual network hub-and-spoke architecture. First, you'll learn how to implement user-defined routes in Azure. Next, you'll discover how to leverage the Azure load balancer family, including Load Balancer, Application Gateway, Front Door, and Traffic Manager. Finally, you'll learn how to design and implement Azure Virtual Network NAT. When you're finished with this course, you'll have the skills and knowledge of Azure routing needed to optimize network traffic in your Microsoft Azure hybrid cloud infrastructure.
Table of contents
- Overview | 2m 13s
- Azure System Routes | 2m 3s
- Hub-and-Spoke VNet Architecture | 2m 27s
- Route Tables | 1m 37s
- How Azure Selects Routes | 2m 32s
- Azure Route Server | 4m 35s
- Demo - Configure UDRs in Azure | 8m 58s
- Forced Tunneling | 5m 36s
- Troubleshooting Azure Routing Issues | 1m 21s
- Demo - Verifying Azure Routing Paths | 4m 33s
- Summary | 1m 8s
- Overview | 53s
- Azure Load Balancer Basics | 2m 29s
- Azure Load Balancer SKUs and Tiers | 2m 10s
- Azure Global Load Balancer | 1m 46s
- Azure Load Balancer Configuration | 3m 4s
- Inbound and Outbound NAT Rules | 3m 4s
- Demo - Deploy Azure Load Balancer (Portal) | 12m 57s
- Demo - Deploy Azure Load Balancer (Template) | 8m 9s
- Summary | 1m 17s
About the author
Timothy Warner is a Microsoft Most Valuable Professional (MVP) in Cloud and Datacenter Management who is based in Nashville, TN.
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