Simple changes to your hardware settings can drastically improve Hyper-V performance. Find out what you need to change to optimize your Hyper-V environment.
Setting up provisioning in a small business can be a challenge, to both set the correct provision, and not over or under provision, and to get the financial investment right. We have a set of points to help your SMB out, check it out here:
It’s not difficult to find all sorts of lists and discussions of best practices for Hyper-V, however best practices lists are a bit tougher to find for failover clustering. What I’m going to do in this article is focus in on the overlapping portion of the Hyper-V/Failover Cluster Venn diagram, resulting in my 19 best practices for a Hyper-V Cluster.
One of the things I commonly lament over is the poor state of the management tools available for Hyper-V (from Microsoft; I’m pointedly not talking about third party solutions). One issue I see a lot of is that there isn’t a quick way, when looking at the Hyper-V-specific tools, to know how much free memory a host has. People then have to resort to other tools like Task Manager to determine this. These methods are usually effective, but imperfect. Sometimes, you are unable to match up what those tools display against what happens in Hyper-V.
When you install Hyper-V or a copy of Windows Server for the express purpose of running the Hyper-V role, its default configuration for the page file (also called a swap file) is generally wasteful, although not harmful. Page files for individual virtual machines are tuned in the same fashion as normal physical machines, but there are a couple of things to think about that are unique to VMs.