Hands On With EC2 and Microsoft Windows Server

Get Some Free Hands-on with EC2 and Server 2012

This video provides some very good information on how to work with Amazon’s Elastic Compute Cloud (EC2) service.  It does have a good bit of Amazon propaganda at the beginning, but there is value for those who are unfamiliar with the platform.  You’ll learn about much of the EC2 functionality provided for Windows based products.  There are three videos in the series.  The first gives you an overview of the EC2 service.  The second provides a demo of provisioning a Windows Server using the EC2 platform.  Then the final video offers the viewer the opportunity to get some hands-on with EC2 by deploying a  Windows Server within Amazon Web Services (AWS).  The series is really not for beginners, but with some research a novice techie could perform the hands-on lab.  The video in this post is the second in the series.  To gain access to the lab, you’ll need to check the Amazon events site to see when the next training will be held.

Click here to access the Hands-on-Lab: Windows on AWS  New Tab training.

You’ll be able to register for the next scheduled hands-on with EC2 lab from this page.  If you have any question feel free to contact us!

Microsoft Azure – New Development with Red Hat

Microsoft, Red Hat and Azure

Microsoft and Red Hat have entered into an agreement in the cloud space.  Red Hat will now be an option for Linux customers in the Azure platform.  It looks like the war is on hold for now.

 

 

 

 

Microsoft just buried the hatchet with another huge and bitter rival, Red Hat

Microsoft and Red Hat struck up a major new partnership on Wednesday. They’re giving Red Hat’s Linux operating system a starring role on Microsoft’s cloud computing service, Azure. Linux is a free and open source competitor to Windows offered by a number of players, with Red Hat being the biggest.

Windows Server 2012 R2 Failover Clustering

Considering Failover Clustering For Your Environment

I recently had the opportunity to assist with the deployment of SQL Server 2012 in a failover cluster on vSphere 5.5.  I have to admit, the vSphere tasks had not changed since I deployed a file service cluster on Server 2008 R2 last year.  You’ll be happy to know that the VMware setup document was straight forward and easy to follow.  This experience reminded me of the article I wrote back in Sept of last year (Clusters for Service Consolidation).  In the article, I proposed the use of Microsoft Cluster Services (MSCS) as method of consolidating services in the datacenter.  A cluster could have multiple roles configured.  This could open the door to a more available datacenter at an infrastructure level.  However, the one thing I did want to expose here, is that there is a definite improvement in the failover cluster service in Server 2012 R2.  The storage/quorum issues experienced with 2008 R2 failover clustering are not an issue with 2012 R2.  This is significant, since the 2008 R2 cluster experienced loss of quorum due to storage problems, while the 2012 R2 cluster on the same storage didn’t skip a beat.  I was very impressed with the new performance and would recommend seriously considering MSCS as a major player in your datacenter.  Before you start your project though, I recommend taking the time to read the documentation before you make the first click.  I know how hard that can be sometimes, but you’ll be glad you did.  Below are a few more resources to learn more about the new features and prepare for your deployment.

 What’s New in Failover Clustering in Windows Server

Microsoft Clustering with VMware vSphere Design Guide

Migration Paths for Migrating to a Failover Cluster Running Windows Server 2012 R2

Deploy highly scalable tenant network infrastructure for hosting providers

Microsoft Infrastructure as a Service Compute Foundations

Clusters for Service Consolidation

Using Microsoft Cluster Services to Consolidate Your Infrastructure

As I mentioned in a previous post, Failover Clustering Overview | Windows Server 2008 R2, the idea of using Microsoft Cluster Services (MSCS) to host multiple services seemed quite viable as HA solution.  For many companies that use Microsoft server products as the foundation of their infrastructure, there could be great benefit in consolidating their services into clusters.  The benefits could include ease of upgrade and patching using the rolling upgrade method, as well as ability to scale the solution as the business grows.  Services such as DHCP, Exchange, SQL Server, and File Services could be consolidated into one or multiple clusters.  Architected with disaster recovery in mind, services could be failed over to a cluster in another site.  That could help to knock out two problems with one solution.  To give you an idea of what I am talking about, please review this TechNet article – How A Cluster Server Works.  The article is a little dated but the information is so good that I had to add it to the mix.  Please let me know what you think, and if you have any questions.  I would be happy to share my thoughts.

How A Cluster Server Works

Failover Clustering Overview | Windows Server 2008 R2

Late last year, I began working on a migration project to move a single Windows Sever file service to a two node failover cluster using Windows Server 2008 R2. The configuration was implemented in a VMware vShpere 4.1 tenant datacenter.  I was not able to use Windows Server 2012 because vSphere 4.1 doesn’t support it.  It has been a few months since the completion of the project, and I have had some time to reflect on the outcome.

The project was very successful. VMware provides a cluster setup document that was not overly complicated to follow. I was even able to integrate our existing Tivoli Storage Manager backup client into the solution with great ease. Now that the project is complete, I am envisioning how clusters might be scaled to simplify the management of an entire environment. Consider using Microsoft Cluster Services (MSCS) to power all of your higher level services, such as DHCP, File and Print, SQL Server, Exchange Server, DFS and other cluster aware applications. Could it be possible to setup say a ten node cluster to support all of your important business and LAN services?  Of course, if you needed more servers, adding additional ones would not be impossible.

In the coming weeks I would like to investigate this possibility.   First to determine if it’s feasible, and second, is it practical. It’s an exciting opportunity from my perspective, and I hope some of you might think so as well.

Failover Clustering Overview

What’s New in Failover Clusters in Windows Server 2008 R2

Microsoft Cluster Service (MSCS) support on ESXi/ESX (1004617)