Book Image

Implementing Azure Solutions - Second Edition

By : Florian Klaffenbach, Markus Klein, Sebastian Hoppe, Oliver Michalski, Jan-Henrik Damaschke
Book Image

Implementing Azure Solutions - Second Edition

By: Florian Klaffenbach, Markus Klein, Sebastian Hoppe, Oliver Michalski, Jan-Henrik Damaschke

Overview of this book

<p>Microsoft Azure offers numerous solutions that can shape the future of any business. However, the major challenge that architects and administrators face lies in implementing these solutions. </p><p>Implementing Azure Solutions helps you overcome this challenge by enabling you to implement Azure Solutions effectively. The book begins by guiding you in choosing the backend structure for your solutions. You will then work with the Azure toolkit and learn how to use Azure Managed Apps to share your solutions with the Azure service catalog. The book then focuses on various implementation techniques and best practices such as implementing Azure Cloud Services by configuring, deploying, and managing cloud services. As you progress through the chapters, you’ll learn how to work with Azure-managed Kubernetes and Azure Container Services. </p><p>By the end of the book, you will be able to build robust cloud solutions on Azure.</p>
Table of Contents (14 chapters)

Azure VM types

As soon as you start working with VMs, you will notice that Microsoft offers lots of different VMs and is still expanding its offerings. The reason why Microsoft offers so many VM types is easy to explain. Microsoft needs to support different kinds of workloads. VMs are always the basement for every Microsoft service offered out of Azure or other Microsoft Cloud Services. VMs are also the core component for virtual appliances in Azure such as Hadoop, Microsoft Dynamics NAV, third-party network appliances, or open source appliances.

Microsoft currently offers the following types of VMs:

  • Basic A-series: For testing and development.
  • Standard A-series: All-round VMs for various workloads.
  • Compute intense A-series: Designed for high performance computing.
  • D and DS-series: For enterprise applications and applications with a higher demand for compute power and temporary disk performance.
  • F and FS-series: Optimized for network operation. They support workloads...