Book Image

Building Hybrid Clouds with Azure Stack

Book Image

Building Hybrid Clouds with Azure Stack

Overview of this book

Azure Stack is all about creating fewer gaps between on-premise and public cloud application deployment. Azure Stack is the logical progression of Microsoft Cloud Services to create a true hybrid cloud-ready application. This book provides an introduction to Azure Stack and the cloud-first approach. Starting with an introduction to the architecture of Azure Stack, the book will help you plan and deploy your Azure Stack. Next, you will learn about the network and storage options in Azure Stack and you'll create your own private cloud solution. Finally, you will understand how to integrate public cloud using the third-party resource provider. After reading the book, you will have a good understanding of the end-to-end process of designing, offering, and supporting cloud solutions for enterprises or service providers.
Table of Contents (19 chapters)
Title Page
Credits
About the Authors
About the Reviewer
www.PacktPub.com
Customer Feedback
Preface

Windows Server 2016 Storage Spaces Direct


Azure Stack does not work with existing storage systems (based on iSCSI, fibre channel, or anything else). As of today, storage is cheap and there is no real need any more for expensive Storage Area Networks (SAN).

This is the main statement that was the basis for developing Windows Server 2012 Storage Spaces and scaling out file server technology. But as you all may know, this technology is great, but in the first releases, it was not as reliable and performant as everybody promised. With Windows Server 2016, this changed completely as Microsoft decided to go with a different technology design: each Storage Spaces Direct member will have its own direct attached storage and S2D technology makes sure that the data is saved in a highly available multi-node environment. This provides a chance to fulfill the following statements:

  • It is simple to configure
  • It provides great performance with up to 4k random IOPS per server
  • It provides fault tolerance with...