A step-by-step guide to using SAN-less failover clustering software to support SQL Server’s Always On Failover Clustering in the public cloud Topics Spotlight: New Thinking about Cloud Computing ...

I have an application which we intend to deploy to a multinode, active/active SQL cluster. This application has two types of databases - one is an operational store, of which there can be N of ...

This example demonstrates how to use SprinBoot to call a active/active SQL Server cluster. It demonstrates the use of Gloo Mesh to accommodate failover / failback of the SQL Server JDBC connection.

This means that from a SQL Server instance point of view, only one node can be active while the other node is passively waiting for a failure at which point it becomes active. No downtime (okay ...

This example demonstrates how to use SprinBoot to call a active/active SQL Server cluster. It demonstrates the use of Gloo Mesh to accommodate failover / failback of the SQL Server JDBC connection.

We're looking at replacing our 2-node active-active SQL Server cluster. At the same time, we're actually replacing our SAN, so both the boxes and the disk storage will all be completely new. We'll ...

The clock is ticking on Microsoft’s Extended Support for SQL Server 2008/R2, unless you migrate to the Azure cloud. Here’s how ...

Always On Failover Cluster Instances (FCIs) is a feature that has been standard since SQL Server 7 running on what was then called Microsoft Cluster Server available on Windows NT 4.0. FCIs afford two ...