Space is limited
Reserve your Webinar seat now at:
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Webinar October 7th 2011

On October 7, 2011 at 10:00am PST, DomainGurus.com will be hosting an Introduction to Reselling Windows Servers using the tools provided through the iBizPanel. Speakers will be Mike Carpenter, VP of Business Development with CARI.net, Jon Williams, Senior Product Manager – Web Platform, and Jeff Barnes, Principal Architect Evangelist with the Developer and Platform Evangelism organization at Microsoft. Topics will include: “From zero to selling cloud services on your website in less than 10 minutes” and “Microsoft Windows Server 2008R2 SP1 versus the Penguin”. Every attendee will receive a 15 day free trial of a Cloud Server of their choosing, and DomainGurus will be raffling off a 30 day free trial of our Small Cloud Server to one lucky attendee, so sign up today!

Agenda

• Introductions
• CARI.net’s partner programs in a nutshell
• The iBizPanel’s N­-tier reselling system in 5 minutes
• Products, offers and purchases… Oh My!
• From zero to selling cloud services on your website in less than 10 minutes
• If Microsoft makes it for your server, then by george, you can resell it.
• So, what is this WebMatrix thingy?
• Microsoft Windows Server 2008R2 SP1 versus the Penguin
• So… I hear Windows Server is free right now!?
• So then why are CARI.net’s cloud servers so ^$@#$$ expensive?
• FREE 15-day trial

Space is limited
Reserve your Webinar seat now at:
https://www1.gotomeeting.com/register/885074401

To create a hosted service

1. Log into the Windows Azure Platform Management Portal.
2. On the ribbon, click New Hosted Service. This will open the Create a New Hosted Servicewindow.
3. On the Create a new Hosted Service window select a subscription to add the hosted service to from the Choose a Subscription dropdown.
4. In Enter a name for your service, type a name for this service. This will help you identify this particular service when you have deployed multiple services.
5. In Enter a URL for your service, type a subdomain name to create the URL at which your service will be available.
   
   Important
   This subdomain name must be unique among all the services, yours or anyone else’s, running on Windows Azure.
6. If you have created Affinity groups and you want to assign this service to a particular group, click the radio button next to the Affinity Group dropdown. Otherwise leave the default setting of No Affinity.
7. From Choose a region select the region
   
   TipAffinity groups and regions allow you to organize your hosted service and storage account within geographic region for optimal performance.
8. If you are not deploying a package to the service at this time, click Do not deploy, and then click OK.

If you are deploying a service at this time follow the procedure in the next section.

When you deploy a service you can choose to deploy to either the staging environment or the production environment. A service deployed to the staging environment is assigned a URL with the following format: {deploymentid}.cloudapp.net. A service deployed to the production environment is assigned a URL with the following format: {hostedservicename}.cloudapp.net. The staging environment is useful as a test bed for your service prior to going live with it. In addition, when you are ready to go live, it is faster to swap VIPS to move your service to the production environment than to deploy it directly there. For more information on swapping VIPs, see How to Swap a Service’s VIPs.
To deploy a service

1. Click either Deploy to production environment or Deploy to stage environment.
2. If you do not want the service to run once it is deployed, clear Start after successful deployment.
3. In Deployment name, type a name for this deployment.
4. In Package Location, click Browse, go to your application directory, and click the service package (cspkg) file.
5. In Configuration file, click Browse, and then click the ServiceConfiguration.cscfg file.
6. Click OK.

Virtualizing SQL Server, SharePoint, and Exchange with Confidence This report presents a summary of Microsoft-commissioned testing of the performance and scalability of Hyper-V R2 SP1 server virtualization technology. SharePoint 2010, Microsoft SQL Server 2008 R2, and Exchange 2010 workloads were tested with Microsoft Windows 2008 R2 SP1 to confirm that Hyper-V R2 SP1 can be used to virtualize tier-1 applications to lower total cost of ownership, increase scalability, and maintain performance.

Learn more at www.microsoft.com/virtualization

Hyper-V R2 SP1

Microsoft Hyper-V is a bare metal hypervisor that enables hosting of multiple virtual machines on the same physical server. Hyper-V R2 SP1, first released in September 2009, includes a number of enhancements that improve the performance and scalability of virtualized application workloads:

• Storage-specific Enhancements to processor utilization, IO performance, iSCSI connection

performance, multi-path performance, fault tolerance, configuration error recovery, and overall storage solution manageability.

• Dynamic Memory to allow the virtualization server to pool and dynamically add or remove memory based on virtual machine usage, allowing for higher consolidation ratios.

• Live Migration and Clustered Shared Volumes to enhance the serviceability and mobility of virtualized application workloads.

• Increased Scale-out and Scale-up Workload Support to improve the resource efficiency and performance of virtualized application workloads compared to previous versions of Microsoft Windows Server.

A growing number of businesses are looking beyond the initial benefits of increased consolidation and

manageability that have been achieved with server virtualization. And yet, according to ESG research, 59% of organizations have not yet virtualized tier-1 applications. Performance concerns are among the top reasons cited as preventing companies from using virtualization more pervasively. This report summarizes the results of ESG Lab testing designed to evaluate the performance and scalability of a fully virtualized Hyper-V R2 SP1 infrastructure running Microsoft Exchange, SQL Server, and SharePoint workloads.

Why This Matters

A recent ESG survey indicates that “increased use of server virtualization” is the number one IT priority for the next 12-18 months. Yet despite the desire to increase server virtualization usage, nagging issues and challenges exist:

scalability, performance, and availability are key concerns that must be addressed before organizations can move from a strategy of lowering costs via consolidation of IT utility and productivity applications to improving quality of service for tier-1 business-critical applications such as Microsoft SQL Server, SharePoint, and Exchange. Microsoft Server 2008 R2 SP1 increases the performance and scalability of virtualized applications with a goal of helping organizations virtualize tier-1 applications with confidence.

ESG Lab Testing

ESG Lab performed hands-on testing of virtualized application workloads in the Microsoft Enterprise Engineering Center (EEC) in Redmond, Washington.

A high level overview of the test bed used during the ESG Lab validation follows:

Servers

An HP BL680C blade server was used to test Exchange 2010, SQL Server 2008 R2, and SharePoint 2010 application workloads virtualized with Hyper-V R2 SP1. Each server blade was populated with up to 24 processor cores and 128 GB of RAM. Microsoft Windows 2008 R2 SP1 Data Center Edition was installed on a pair of mirrored internal drives in each blade.

Storage

The blade server chassis was Fibre Channel SAN attached to an EMC CX4- 960 disk array. Each of the servers had a pair of 4 Gbps Fibre Channel connections to the disk array. PowerPath version 5.2 was used for a multi-path connection between the servers and the disk array.

The disk array was populated with 155 15K RPM FC disk drives. Wide-striped RAID-10 pools were used to store virtualized application data, log data, operating system images, and application images. The application data pool was configured over 88 drives. Up to eight 700 GB data LUNs were configured and presented to each virtualized application server. All of the storage used by Hyper-V R2 SP1 virtual machines was configured as fixed virtual hard drives.

Virtualization

The servers used for virtualized application testing were rebooted after enabling the Hyper-V role that’s built into the Windows Server operating system. Windows Server 2008 R2 SP1 was installed on a fixed virtual hard drive as a guest operating system for each virtual machine. A half-height blade was used for utilities including Active Directory (AD) and System Center Virtual Machine Manager (SCVMM).

SharePoint 2010

ESG Lab tested SharePoint 2010 collaboration software on a physical server with SharePoint roles running in three to five virtual machines. SharePoint roles (SQL Server back-end, web server front-end, and the SharePoint application) were configured to run in separate virtual machines. Testing was performed with one, two, and three web servers to assess the performance and scalability of SharePoint 2010 workloads running within a consolidated infrastructure powered by Hyper-V R2 SP1.

SharePoint and the web server VMs were configured with two virtual CPUs and 4 GB of RAM. The SQL Server 2008 R2 VMs were configured with 4 virtual CPUs and 32 GB of RAM.

An F5 BIGIP Local Traffic Manager was used to load balance web server traffic with a round-robin scheduling algorithm.

Microsoft Visual Studio 2010 software was used to generate the SharePoint application workload. A non-blocking workload was tested with a goal of maximizing the stress on the Hyper-V R2 SP1 and SharePoint 2010 infrastructure. A 22 GB content database was tested with simulated users running a mix of light-weight SharePoint operations (89% browsing, 10% upload, 1% check-in/check-out). Visual Studio was installed and ran on a separate physical server with 24 CPU cores and 128 GB of RAM. A constant workload was tested with one, two, and three web servers.

Summary of Results

• As expected, CPU utilization of the front-end was the bottleneck during single web server VM testing.
• Adding web server VMs alleviated the CPU bottleneck.
• Adding web server VMs increased the number of 1% concurrent SharePoint users from 252,600 to 460,800.
• Average page response times improved as web servers were added.
• Average page response times were faster than the Microsoft-recommended guideline of 1-2 seconds

Why This Matters

Microsoft’s SharePoint suite has quickly attained must-have status for organizations with collaboration needs and large quantities of unstructured data. It is fulfilling an increasing need for global collaborative technology platforms and much of its success lies in the fact that it fundamentally focuses on business—not technology— objectives. Deploying SharePoint in a highly virtualized environment is therefore becoming essential to maintain focus on business process improvement and core company goals. SharePoint is quickly becoming a popular application for server virtualization: 46% of organizations surveyed already have it deployed in a virtualized environment and an additional 42% have plans for or interest in deploying it on a virtualized platform.

SharePoint’s role as an enterprise collaboration platform calls for high availability and data mobility—two key capabilities provided by Microsoft Hyper-V R2 SP1. The immediate deployment of new SharePoint instances on virtual machines suggests that customers are recognizing these benefits.

ESG research and lab testing indicates that more recent SharePoint implementations have a much greater likelihood of being deployed on a virtualized server infrastructure, which suggests that server virtualization has reached a level of maturity that gives IT staffs confidence to leverage it in support of business-critical applications.

SQL Server 2008 R2

ESG Lab tested a multi-user online transaction processing (OLTP) workload on a physical server with SQL Server 2008 R2 database software running in one to four virtual machines. An online brokerage application was used to assess the performance, scalability, and manageably low virtualization overhead of SQL Server 2008 R2 workloads running within a consolidated infrastructure powered by Hyper-V R2 SP1.

Each SQL Server VM was configured with four virtual CPUs and 16 GB of RAM. A 20,000 customer database was configured within each virtual machine with a goal of scaling up to 80,000 customers during the four-VM test. Performance of a single VM virtualized with Hyper-V R2 SP1 was compared to the performance of the physical server configured with the Windows msconfig utility to use the same resources (4 CPU cores, 16 GB of RAM).

Summary of Results

• Hyper-V R2 SP1 on a single physical server was used to deploy virtualized SQL Server 2008 R2 databases for 20,000 through 80,000 OLTP customers.
• Aggregate performance scaled up to 3,526 SQL Server batch requests per second during the four-VM test.
• Average transaction response times remained low (under 150 milliseconds) as VMs were added.
• A single VM performed 12% less transactions per second compared to the physical server configured with the same amount of CPU and RAM.

Why This Matters

Database health is critical to business managers, application owners, and enterprise IT teams; the life of an organization literally resides in its database servers. Take away the ability to reliably run enterprise applications or complete customer transactions and watch business come to a standstill. For IT organizations supporting large numbers of users, hesitation to implement virtualization stems in part from the perception that virtualization adds performance overhead and won’t allow performance to scale predictably, particularly when it comes to multi-user, business-critical applications relied upon by the majority of the business. In a recent ESG survey, 25% of respondents reported that performance issues were a leading factor preventing them from using virtualization more pervasively.

ESG Lab measured manageably-low fixed VHD and virtualized application overhead in a Hyper-V environment. This relatively minor performance impact is easily justified given the compelling consolidation, manageability, and cost saving benefits that can be achieved with Hyper-V R2 SP1; especially given the continuously improving performance of SQL and industry standard server hardware.

ESG research further validates the value of deploying SQL in a virtualized environment, with 39% of respondents having already deployed tier-2 database applications (i.e., Oracle Standard, Microsoft SQL, MySQL, etc.) and an additional 49% having plans or interest in deploying on production virtual machines.

Exchange 2010

ESG Lab validated the IO performance scalability of a Hyper-V R2 SP1 virtualized Exchange environment with the Microsoft Exchange Server Jetstress 2010 utility running in one to four virtual machines deployed on a single physical server. ESG Lab audited the results of Exchange Tested Solutions performed by Microsoft and participating server vendors to confirm that Exchange 2010 solutions fully virtualized with Hyper-V R2 SP1 can scale to meet application level performance and scalability requirements in highly available multi-site deployments.

Jetstress testing was performed with 5,000 250 MB mailboxes stored in two databases with two copies per virtual machine. Jetstress generated 0.15 IOs per second of Exchange traffic per mailbox.

Summary of Results

• A single server virtualized with Hyper-V R2 SP1 scaled to meet the IO performance requirements of 20,000 Exchange 2010 mailboxes. Exchange database read response times remained well below Microsoft’s recommended maximum of 20 milliseconds as VMs were added.
• Exchange Tested Solutions that were fully virtualized with Hyper-V R2 SP1 met the scalability and performance requirements of 9,000 through 32,000 highly available Exchange 2010 mailboxes.

Why This Matters

IT executives treat Microsoft Exchange as one of the most critical applications they support, constantly balancing availability with cost effectiveness. It has become a lifeline for many businesses, functioning as the primary means of communication, collaboration, and business workflow. Microsoft Exchange 2010 introduced a new highly scalable multi-tiered architecture that fits well with corporate IT objectives around IT consolidation and streamlined operations.

Gaining confidence with server virtualization, businesses are now ready—and willing—to move their next tier of applications and IT services, including e-mail, to virtualized environments. Hyper-V R2 SP1 gives administrators deployment flexibility, simplified administration, reduced hardware costs, and the ability to improve service levels. IT organizations can also leverage Hyper-V technology, at no additional expense, to create a test environment that will help them test and plan for a highly successful migration and decrease the time required to move from pilot to production.

ESG Lab has confirmed that the performance, scalability, and low overhead of Hyper-V R2 SP1 can be used to reduce costs and improve the manageability and flexibility of consolidated Exchange 2010 environments.

ESG Lab Highlights

• A single server hosting a SharePoint 2010 infrastructure fully virtualized with Hyper-V R2
• SP1 supported up to 460,800 light-weight 1% concurrent users.
• A single server hosting a virtualized SQL Server 2008 R2 infrastructure deployed within four Hyper- V virtual machines supported up to 80,000 simulated OLTP customers.
• A single Hyper-V R2 SP1 enabled server scaled to meet the IO performance requirements of 20,000 Exchange 2010 mailboxes.
• Exchange Tested Solutions (ETS) tested by Microsoft and its partners in a fully virtualized Hyper-V R2 SP1 environment met the performance requirements of 9,000 through 32,000 highly available Exchange 2010 mailboxes.
• Manageably-low Hyper-V overhead of 12% was recorded during SQL Server testing when comparing the performance of a physical server to a single VM configured with same number of virtual CPU cores and the same amount of RAM.

The Bigger Truth

Respondents to a recent ESG survey indicated that increasing the use of virtualization was their number one IT priority over the last two years and will continue to be the top priority for the next 12-18 months. While server virtualization penetration continues to gain momentum, IT organizations still have numerous hurdles to overcome in order to deploy it more widely and move closer to a 100% virtualized data center. ESG found that 59% have yet to employ virtualization where it will provide the most benefit: their mission-critical tier-1 applications. For IT organizations supporting large numbers of users, hesitation to implement virtualization stems from the perception that it adds performance overhead and unpredictable scalability and availability to the tier-1, multi-user, business- critical applications relied upon by the majority of their users. Testing performed by ESG Lab and Microsoft with its server and storage vendor partners has confirmed that Microsoft Hyper-V R2 SP1 technology can be used to meet the performance and scalability requirements of virtualized tier-1 application workloads including Microsoft Exchange 2010, Microsoft SQL Server 2008 R2, and SharePoint 2010.

Microsoft provides virtualization solutions from the desktop, to the data center, to the cloud. Choosing to virtualize tier-1 data center applications with Hyper-V enables businesses to leverage the built-in architecture of Windows Server 2008 with Hyper-V R2 SP1 to increase availability, improve agility, and overcome scalability and performance concerns. IT organizations can lower costs with built-in hypervisor support and benefit from existing skill sets to automate and monitor their environments using tools with which their staff are already familiar. Administrators also benefit by avoiding complicated support models and, although not extensively highlighted within this report, they should also consider the value of using Microsoft System Center as a management tool for both physical and virtual environments. Hyper-V technology provides increased deployment options, increased resource utilization, enhanced business continuity, and a more efficient IT operating environment.

Put it all together and it’s clear that Hyper-V R2 SP1, included at no additional charge in Microsoft Server 2008 R2 SP1, can be used to virtualize tier-1 data center applications with confidence.

Whether you build your own or opt for a hosted solution, a private cloud provides you with the scale and flexibility you need to transform the way you deliver services to the business.

What Is A Private Cloud?

Private cloud is the implementation of cloud services on resources that are dedicated to your organization, whether they exist on-premises or off-premises. It will typically show the following characteristics:

Pooled Resources

In a Private Cloud, resources are pooled across business units to drive efficiency and enable greater scale. By allowing multiple consumers to share resources, IT can achieve higher resource utilization and a more efficient use of the infrastructure.

Elastic

Once pooled, the resources dedicated to any one service can be expanded or contracted through automation or workflow. This means that IT services can be quickly scaled up or down to meet business requirements.

Self-Service

In a cloud environment, service consumers and service providers request, configure and manage IT services through an interactive portal or system that allows for the automated provisioning of resources.

Control and Customizable

A Private Cloud is built on resources that are dedicated to your organization only. This means that you will have greater control and customization over your cloud architecture.

The Microsoft Private Cloud Solution

Microsoft’s solution for private cloud, built on Windows Server 2008 R2 Hyper-V and System Center, is a key part of Microsoft’s approach to cloud computing, enabling you to build out a dedicated cloud environment to transform the way you deliver IT services to the business.

The foundation is built on the Windows Server platform with the Windows Server Active Directory identity framework, Hyper-V virtualization, and deep application insight through System Center. . By building a private cloud on Windows Server 2008 R2, Hyper-V, and System Center, you can take advantage of the comprehensive Microsoft approach to cloud computing and transform the way you deliver IT services to your business.

The Microsoft private cloud solution:

• Helps you focus on primary business value through application services management
• Empowers you to manage a hybrid cloud model through common management, identity and developer tools across the private and public cloud
• Provides the increased scale and flexibility of cloud computing on dedicated resources for greater customization and control
• Works across platforms and across multiple hypervisors, including Hyper-V, VMware and Citrix
• Makes best use of your existing investments and skill sets