Book Image

System Center 2016 Virtual Machine Manager Cookbook - Third Edition

By : Roman Levchenko, EDVALDO ALESSANDRO CARDOSO
Book Image

System Center 2016 Virtual Machine Manager Cookbook - Third Edition

By: Roman Levchenko, EDVALDO ALESSANDRO CARDOSO

Overview of this book

Virtual Machine Manager (VMM) 2016 is part of the System Center suite to configure and manage datacenters and offers a unified management experience on-premises and Azure cloud. This book will be your best companion for day-to-day virtualization needs within your organization, as it takes you through a series of recipes to simplify and plan a highly scalable and available virtual infrastructure. You will learn the deployment tips, techniques, and solutions designed to show users how to improve VMM 2016 in a real-world scenario. The chapters are divided in a way that will allow you to implement the VMM 2016 and additional solutions required to effectively manage and monitor your fabrics and clouds. We will cover the most important new features in VMM 2016 across networking, storage, and compute, including brand new Guarded Fabric, Shielded VMs and Storage Spaces Direct. The recipes in the book provide step-by-step instructions giving you the simplest way to dive into VMM fabric concepts, private cloud, and integration with external solutions such as VMware, Operations Manager, and the Windows Azure Pack. By the end of this book, you will be armed with the knowledge you require to start designing and implementing virtual infrastructures in VMM 2016.
Table of Contents (16 chapters)
Title Page
Packt Upsell
Contributors
Preface
Index

Deploying a hyper-converged cluster with S2D and Hyper-V


In this recipe, we will discuss how to create clusters in VMM 2016. This is best illustrated through a real-world example that I will refer to.

Suppose, you have four identical servers with local-attached storage—two SSDs and four HDDs on each server, and two other dedicated HDD disks are used for system partitions. How can you make a shared storage from all of this? The right answer is S2D. S2D can group up local disks to one storage pool available for each cluster node. It requires internal disks or direct-attached storage enclosures and does automatic storage caching and tiering configuration depending on the types of drives present in your systems. Fault tolerance and storage efficiency for virtual volumes in a pool are achieved through the different resiliency types such as parity, mirror or mixed. S2D can be considered in two deployment models: hyper-converged and converged.

As we already discussed in Chapter 1, VMM 2016 Architecture...