Get a fast start to using AlwaysOn, the SQL Server solution to high-availability and disaster recovery. Read this short, 150-page book that is adapted from Peter Carter’s Pro SQL Server Administration to gain a solid and accurate understanding of how to implement systems requiring consistent and continuous uptime.
Begin with an introduction to high-availability and disaster recovery concepts such as Recovery Point Objectives (RPOs), Recovery Time Objectives (RTO), availability levels, and the cost of downtime. Then move into detailed coverage of implementing and configuring the AlwaysOn feature set in order to meet the business objectives set by your organization.
SQL Server AlwaysOn Revealed offers real-world advice on how to build and configure the most appropriate topology to meet the high-availability and disaster recovery requirements you are faced with. Content includes strong coverage on implementing clusters, on building AlwaysOn failover clustered instances, and on configuring AlwaysOn Availability Groups. This is a practical and hand-on book to get you started quickly in using one of the most talked-about SQL Server feature sets.
Teaches you to build HA and DR solutions using the AlwaysOn feature set
Provides real-world advice on configuration and performance considerations
Demonstrates administrative techniques for the AlwaysOn feature set
What You Will Learn
Understand high availability and disaster recovery concepts and terminology.
Understand the technologies available, to implement HA and DR.
Build and configure a Windows Cluster.
Build and configure an AlwaysOn failover clustered instance.
Implement AlwaysOn Availability Groups and appropriately configure them.
Administer AlwaysOn technologies post implementation.
Who This Book Is For
SQL Server AlwaysOn Revealed is for database administrators interested in growing their knowledge and skills in Microsoft SQL Server’s high-availability and disaster recovery feature set.
Edition: 1st Edition
ISBN: 1484223969
Posted on: 12/9/2016
Format: Pdf
Page Count: 212 Pages
Author: Peter A. Carter,: --------------------
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