We’re at the sold out Microsoft Worldwide Partner Conference in Washington D.C. talking to our partners about the public beta release today of Service Pack 1 for Windows Server 2008 R2 and Windows 7. We managed to get this puppy out the door a few weeks early, so take advantage and download the code to evaluate the new features and benefits that SP1 can provide for server and desktop installations. The final version of SP1 is due out in the first half of next year.

For partners, we think there is great opportunity here to continue evangelizing the benefits that Windows Server 2008 R2 and Windows 7 already deliver while noting for customers that it only gets better when final code for SP1 is released. For example, if you’re a distributor, there’s a great opportunity to grow your business by selling more server and desktop licenses with virtualization solutions based on Windows Server 2008 R2 and Windows 7. If you’re a VAR, you can improve software and solutions sales built on Microsoft software, including Windows Server 2008 R2, with offerings that utilize virtualization and integration with Windows 7.  If you’re an ISV, you can increase your sales and reduce development time by building apps and solutions for the virtualized environment on Windows Server 2008 R2. And if you are a hardware partner, you can increase sales by creating solutions for customers, in particular in the area of desktop virtualization with solutions that take advantage of Microsoft RemoteFX. For partner-related news around RemoteFX, please check out Max’s blog.

The two most important developments in SP1 for Windows Server 2008 R2 are:

Dynamic memory lets Hyper-V administrators pool available memory on a physical host and dynamically distribute it to any virtual machine(s) running on that host. So as the workloads on that physical workload change, requiring more or less memory, Dynamic Memory will let administrators change the memory allocation to their VMs without service interruption. For a deeper look at Dynamic Memory check here.

RemoteFX enhances Microsoft desktop virtualization. RemoteFX lets Windows Server 2008 R2 administrators provide an even richer and user-transparent desktop virtualization experience. RemoteFX delivers rich content, independent of any graphics stack, to server-hosted virtual and session-based desktops, allowing them to support any screen content, including full-motion video, portable graphics stacks such as Silverlight, and 3D applications. Because it can use virtualized graphics on the server and advanced codecs , RemoteFX can deliver those experiences to a much wider array of target devices, including standard desktops and laptops but also an emerging slew of thin clients. You’ll also be able to forward the USB ports of the local client to the virtual machine being accessed on the device – just like you can forward the local printer over RDP today.

Make sure you check out the new SP1 Beta Resource page on Microsoft.com as well as the TechNet SP1 page — and don’t forget to grab the download here.

Microsoft have recently jointly released the Citrix connector for ConfigMgr 2007.  Through this release, the ConfigMgr SDK has been used to extend and support the management of application services through XenApp.  Very cool indeed.

Here is the announcement. Links are below.

Citrix® XenApp™ 6 introduces integration with Microsoft System Center Configuration Manager 2007 R2 giving organizations a single, integrated view and management of all applications across the enterprise including on-demand apps by XenApp. The Citrix XenApp Connector leverages the Configuration Manager console to deploy and publish applications and updates to XenApp servers with zero disruption to users and extends the reach of Configuration Manager applications to a broader set of users, devices and access scenarios

Some resources for you:

• Jointly authored whitepaper is available here
• A Video Demo can be viewed here

• Architecture
• Virtual Networking
• Virtual Machine Snapshots
• Live Migration
• Storage Interfaces
• Storage Types
• Storage Location and Paths
• Import and Export

This large-format poster provides practical visual depictions of the Windows Hypervisor, live migration process, cluster shared volumes architecture, VMQ data paths, disk storage I/O path, and much more.

Download here ; http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=5567b22a-8c47-4840-a88d-23146fd93151

Print, and Enjoy!

Because you probebly don’t hevae the time to see and find them all i made a great collection! Have fun!

Windows Server 2008 R2: Remote Desktop Services – The Series (P1)
Windows Server 2008 R2: Remote Desktop Services – The Series (P2)
Windows Server 2008 R2- Remote Desktop Services – The Series (P3)
Windows Server 2008 R2- Remote Desktop Services – The Series (P4)
Windows Server 2008 R2- Remote Desktop Services – The Series (P5)

Part 1 Master Your Environment with System Center Configuration Manager 2007
Part 2 Master Your Environment with System Center Configuration Manager 2007
Part 3 Master Your Environment with System Center Configuration Manager 2007
Part 4 Master Your Environment with System Center Configuration Manager 2007

Hyper-V R2- Failover & Live Migration
Hyper-V R2- Making Highly Available VMs
Hyper-V R2- Making Highly Available VMs
Hyper-V R2- Dynamic Storage
Hyper-V R2- USB over Network with Fabulatech
Hyper-V R2- Introducing Cluster Shared Volumes
Hyper-V R2- Building a Hyper-V R2 Cluster
Hyper-V R2- Initial Installation & Configuration

Demo 1 – Hyper-V Live Migration
Demo 2 – Boot From VHD
Demo 3 – Windows PowerShell 2.0 Remoting
Demo 4 – Active Directory Enhancements

Microsoft Deployment Toolkit – building install media for Windows 7
Windows XP Migration to Windows 7 RC using MDT Beta 1 – Part 1- The OS Install
Windows XP Migration to Windows 7 RC using MDT 2010 Beta 1 – Part 2- How To Build It…

Open Source Software (OSS) on Windows Server 2008

Exchange 2010 Demo: Read and Reply State
Exchange 2010 Demo: Conversation View
Exchange 2010 Demo: Move Conversation
Exchange 2010 Demo: Nickname Cache
Exchange 2010 Demo: UM Card

Interview with Kristian Andaker on Transitions to Exchange Server 2010
Interview with Kristian Andaker on Exchange 2010 OWA
Interview with Matt Gossage on Exchange Server 2010 and Storage
Interview with Scott Schnoll on Exchange 2010 High Availability
Interview with Scott Schnoll on Backup Strategy in Exchange 2010
Interview with Becky Benfield on Exchange 2010 Site Resiliency at Tech Ed 2009

IIS Media Services 4.0 is a set of media-related extensions for Microsoft Internet Information Services (IIS) 7 and higher.  IIS Media Services provides an integrated HTTP-based media delivery platform, and includes:

• Smooth Streaming. Enables adaptive streaming of on-demand media files for Smooth Streaming-compatible clients, including Microsoft® Silverlight™.
• Live Smooth Streaming. Enables adaptive streaming of live media broadcasts for Smooth Streaming-compatible clients. A new Live Smooth Streaming feature in IIS Media Services 4.0 Beta 1 enables delivery of live media broadcasts to Apple® mobile digital devices.
• Transform Manager. Enables conversion of on-demand media files to Smooth Streaming presentations for Smooth Streaming-compatible clients and enables conversion of Smooth Streaming presentations to MPEG-2 TS segments that can be played by Apple devices.
• Advanced Logging. Provides rich, real-time client- and server-side logging.
• Bit Rate Throttling. Meters the speed at which media is delivered to a player.
• Web Playlists. Enables secure sequencing and server-side control of media content.

You can also download two additional IIS extensions related to IIS Media Services 4.0:

• Advanced Logging, with real-time client- and server-side logging
• Application Request Routing (ARR), providing HTTP proxying and caching
• Transform Manager, runs encoding tasks to convert media files to on-demand Smooth Streams for Silverlight clients and Apple mobile digital devices.

Download details IIS Media Services 4.0 – 32-bit

Download details IIS Media Services 4.0 – 64-bit

However, I failed to mention in that post the option to use CIFS/SMB file server share as your option for Failover Clustering storage. This scenario is so unique (with differences in flexibility, cost and performance),  that I would argue it constitutes a sixth method. Here’s how you can do it.

Before and After Diagrams
As I did with the previous blog post, let me describe the scenario using two diagrams. First, here is a diagram describing the scenario before a failure:

Now, here’s a diagram describing the scenario after a failure in SPTNODE1:

As you can see, we use a file server (called SPTSERVER1) for storing the Hyper-V files. The idea is to store the configuration files, the VHD itself and the VHD snapshots in the \\SPTSERVER1\VMSHARE\VM1 folder. As we do when using a SAN for shared storage, the surviving node will take over and start the VM in case of a failure. We can also use the very same scenario for Quick Migration, making the VM move orderly from one node to another by saving the state to the file share and instructing to other node to take over and restore the VM.

Pre-requisites
Before you move forward, you want to make sure you have at least two physical computers running Hyper-V. In our scenario, STPNODE1 and STPNODE2 are running Windows Server 2008 Enterprise (Full or Core installs work fine).

Add the Hyper-V role to STPNODE1 and STPNODE2.

Add the Failover Clustering feature to STPNODE1 and STPNODE2.

You will need to use a general purpose server to act as a file server or a NAS box compatible with CIFS/SMB. You probably want to run Windows Server 2008 for improved performance (new TCP/IP stack and SMBv2 protocol). In our scenario, STPSERVER1 is the file server running Windows Server 2008 Enterprise Edition  (Full or Core installs work fine).

Grant the required permissions for \\SPTSERVER1\VMSHARE\ to the computer accounts for STPNODE1 and STPNODE2, as described at http://blogs.technet.com/josebda/archive/2008/06/24/storing-windows-server-2008-hyper-v-files-on-an-cifs-smb-file-share.aspx.

You might also want to have a management client which could be your desktop (running Windows Vista SP1) or another server (running a Full install of Windows Server 2008). In our scenario, SPTCLIENT1 is the management client.

Install the Windows Server RTM patch described at http://blogs.technet.com/josebda/archive/2008/06/26/windows-server-2008-hyper-v-released-today-includes-a-list-of-main-hyper-v-related-links.aspx in both nodes and also in the management client.

You will need to have a domain infrastructure (Windows Server Failover Clustering requires a domain). The domain controller is not shown in the diagrams.

Steps
You start the process by creating a cluster with the two Hyper-V nodes. To do this, you will use the Failover Cluster Management MMC from either node. In that tool, you will:

1. Validate the configuration
2. Create the cluster
3. Adjust the quorum configuration
4. Create the virtual machine in one of the nodes
5. Make the VM highly available

Running Validation
Here’s the initial screen of the Failover Cluster Management MMC, when first loaded.

Before you create the cluster, you must Validate your Configuration. Be sure to run *all* Validation tests, since solutions are only supported if you do so.

Since we are not using shared storage, the storage tests will generate a warning.  Completing validation with a warning is acceptable.

If you run into any errors during Validation, you must fix those before you proceed.

Creating the Cluster
After you run validation, click the option to “Create a Cluster”. First, you must specify the nodes. In this case we’re using SPTNODE1 and SPTNODE2.

Second, you specify the name of the cluster.

After confirming the data entered, the cluster is created, as shown below:

Note that we end up with a warning (yellow triangle). If you click the “View Report” button, you find what the issue is:
No appropriate disk could be found for the quorum disk.

This is expected. With only two nodes with no shared storage, you don’t have a valid quorum configuration and a single node failure will cause the cluster to fail.

You can see that in the cluster information below:

Typically, in a shared storage configuration, you would get that third vote from a shared witness disk (also know as a quorum disk).

We will overcome that in the next step.

Configuring the Cluster Quorum Settings
To get our third vote for the cluster without using shared storage, we will use the new option in Windows Server 2008 Failover Clustering to use a file server witness.

First, you need to add permission for the cluster computer account to the file share. The cluster computer account was created when we created the cluster.

As you did when granting permissions to SPTNODE1 and SPTNODE2, add full control permissions for the SPTDEMO\SPTCLUSTER$ account in the share and in the file system at SPTSERVER1.

Next, use the Failover Cluster Management tool to change the Quorum Configuration.

You will find this option by right-clicking the cluster name, then selecting “More Actions”, as shown below:

The wizard will guide you through the process. You will select the option for “Node and File Share Majority”, as shown below:

In the next screen, you will specify the actual shared folder path for the file share witness resource. We will use \\SPTSERVER1\VMSHARE\WITNESS. See below:

After you confirm the operation, you will see the update in the quorum configuration, now showing no warning signs.

I would recommend that you also check the status of the storage in the cluster.

You do this by clicking on the “Storage” node under the cluster name in the Failover Cluster Management tool. Here’s what you should see at this point:

As you can see, this is one of the cases where you have a healthy cluster with no shared storage. Exchange Server 2007 CCR clusters also do that.

Creating a regular Virtual Machine on a cluster node
At this point, if you check the Hyper-V Manager tool, you will see no virtual machines:

Now we will use the Hyper-V Manager to create a new VM in SPTNODE1 using only a file share for storage. If you’re doing this from SPTNODE1, you should have no isses. If you’re doing this from any other computer (like the management client SPTCLIENT1), be sure to check this post on how to configure Constrained Delegation to allow remote management of Hyper-V when using file shares: http://blogs.technet.com/josebda/archive/2008/06/27/using-constrained-delegation-to-remotely-manage-a-server-running-hyper-v-that-uses-cifs-smb-file-shares.aspx

Again, this is done through a wizard. This is a regular VM creation, except for the fact that we’re using UNC paths (file share paths) for the storage, instead of regular folders on a local disk. In my specific case, we’re storing this new VM at \\SPTSERVER1\VMSHARE\VM1.

Here you see the virtual machine configuration folder:

Then the location of the new VHD file for the VM:

And even the ISO file we’re mounting will also come from that file server:

Once all is confirmed, we have a new VM, which you should keep in an “off” state for now:

Making the Virtual Machine Highly Available
Now we go back to the Failover Cluster Management tool to make the newly created VM highly available.

Click on the “Services and Applications” node under the cluster name and select the option to “Configure a Service or Application”. Again, it’s a wizard:

After selecting “Virtual Machine” as the type of service, you will select from a list of existing VMs. In our case, there’s only VM1:

After confirming your settings, the VM is made highly available, with a warning:

Again, if you click on the “View Report” button, you find the issues
The path ‘\\SPTSERVER1\VMSHARE\VM1′ where the virtual machine configuration is stored is not on a failover cluster and might not be highly available. To achieve the highest availability, store the virtual machine configuration on a clustered file server (configured within a failover cluster).

The path ‘\\SPTSERVER1\VMSHARE\VM1′ where the virtual machine snapshots are stored is not on a failover cluster and might not be highly available. To achieve the highest availability, store the virtual machine snapshots on a clustered file server (configured within a failover cluster).

The path ‘\\SPTSERVER1\VMSHARE\VM1\VM1.vhd’ where the virtual hard disk is stored is not on a failover cluster and might not be highly available. To achieve the highest availability, store the virtual hard disk on a clustered file server (configured within a failover cluster).

The path ‘\\SPTSERVER1\VMSHARE\ISO\WindowsServer2008-amd64.iso’ where the virtual hard disk is stored is not on a failover cluster and might not be highly available. To achieve the highest availability, store the virtual hard disk on a clustered file server (configured within a failover cluster).

As it usually does, the Failover Cluster Management tool is being very careful, pointing out that the file server share you are using is a potential single point of failure.

In order to have true high availability, you need to make sure that file share is also highly available. To achieve that, you need to place that file share in Failover Cluster as well.

The wizard has no way to detect if the file share is also clustered, so you will always get these warnings.

Now, you can go back and check the properties of the new highly available VM and bring it online.

One interesting thing you will notice is that you will not have any storage associated with that service, as you can see below:

In the summary page, you also confirm that, since you do not have the typical clustered disk listed in the summary for the virtual machine:

Moving the VM to another node
The last step is to prove that you can fail or move the VM to another node.

To do this, I use the option to “Move this service or application to another node”, which you can find when you right-click the virtual machine. See below:

When you do this, you will see that the VM will be taken offline in the source node (the state is saved first), as you can see below:

Then the VM will be brought online on the destination node (by restoring the state). Check below:

This process takes only a moment, and will depend only on how much memory you VM has and how long it takes to save the state to the file server share (from SPTNODE1) and then to restore the state from that same file share (from SPTNODE2).

You can see the final state, after the move to SPTNODE2 is completed, below:

Conclusion
I hope these steps will give you enough to recreate this scenario in your environment and validate that you can create a Failover Cluster for Hyper-V using only a CIFS/SMB file share for storage.

Keep in mind that, if your configuration can pass the Failover Cluster Validation with only a warning due to the missing shared storage, you solution is supported.

Also remember that this solution will only be truly highly available if you file share is also highly available. I’m sure you will find plenty of documentation out there on how to make file servers highly available.

Last, there is the question of performance. As I mentioned in the previous blog post using Hyper-V with file shares, I was impressed with the increased performance of a Windows Server 2008 file server, specially for this type of workload. However, I will leave it to you to test this configuration for yourself and draw your own conclusions about performance. With faster IP networks (including 10Gb Ethernet) and the improvements in the SMB v2 protocol, you might be tempted to trade performance for the added flexibility and reduced cost this could bring to your Hyper-V storage management.

1 – Parent-based Failover Clustering with two physical servers
In this first scenario, probably the most common one, you implement Windows Server 2008 Failover Clustering at the Hyper-V Parent (Host) level. You will need some shared storage, like a Fibre-Channel or iSCSI SAN.

Here is a diagram describing the scenario before a failure:

Here is a diagram describing the scenario after a failure:

As you can see, this can survive the failure of one of the physical servers. In fact, if you have a redundant network and storage infrastructure (not shown above), you can have a truly highly available solution.

Additional details about this solution (including screenshots on how to configure it) are available at http://blogs.technet.com/josebda/archive/2008/04/14/snw-demo-windows-server-2008-core-hyper-v-and-failover-clustering-with-screenshots.aspx

2 – Child-based Failover Clustering with two physical servers
In this second scenario, you implement Windows Server 2008 Failover Clustering at the Hyper-V Child (Guest) level. In this case, your shared storage must be an iSCSI SAN.

Here is a diagram describing the scenario before a failure:

Here is a diagram describing the scenario after a failure:

This one can also survive the failure of one of the physical servers. Given redundant network and storage infrastructure (not shown above), you can again have a truly highly available solution.
3 – Mixed Physical/Virtual Failover Clustering
This third scenario is probably is one of the more unusual ones, but I have been asked about it at least a couple of times. Here you have a physical server clustered with a virtual one. If the physical server fails, the virtual sibling will take over the workload. This scenario uses dissimilar hardware with Failover Clustering, but if this is running Windows Server 2008, you can likely make it work. Just make sure you run the Failover Clustering Validation Wizard to confirm this is supported in your specific configuration. In this case, because you need to expose the LUNs directly to the child partition, your shared storage must again be an iSCSI SAN.

Here is a diagram describing the scenario before a failure:

Here is a diagram describing the scenario after a failure:

This can also survive the failure of one of the physical servers. If you configure the network and storage infrastructure to be fault tolerant (not shown above), you can have yet another truly highly available solution.
4 – Failover Clustering with two child partitions on one physical server
This scenario is also common. Here you have a single physical server running Hyper-V and two child partitions where you run Failover Clustering. If the physical server fails, both (virtual) cluster nodes will fail. Obviously, this is not useful for true high availability, but could be interesting for testing, training or demonstrations. In this case, your shared storage must be an iSCSI SAN.

Here is a diagram describing the scenario before a failure:

Here is a diagram describing the scenario after a failure:

This scenario cannot be made truly highly available even if your network and iSCSI SAN are redundant, since you have the physical server running Hyper-V as a single point of failure. The simulated failure can be achieved by turning off one of the child partitions in Hyper-V.
5 – Standalone demo laptop with Virtual iSCSI SAN
This last scenario is something I also get asked a lot. The goal here is to have a single laptop hosting an entire Failover Clustering demo with Hyper-V. In order to accomplish this, you need a virtual iSCSI SAN plus two child partitions to play the role of cluster nodes. To be the virtual iSCSI SAN, you can use an evaluation version of the Microsoft iSCSI Software Target described at http://blogs.technet.com/josebda/archive/2008/01/07/installing-the-evaluation-version-of-wudss-2003-refresh-and-the-microsoft-iscsi-software-target-version-3-1-on-a-vm.aspx. This is certainly not a true highly available solution, but it can be an interesting demo machine with no external network dependencies.

Here is a diagram describing the scenario before a failure:

Here is a diagram describing the scenario after a failure:

As with the previous scenario, this one cannot be made truly highly available, for obvious reasons. In fact, this one only really makes sense for demonstrations or training. The simulated failure can once again be achieved by turning off one of the child partitions in Hyper-V.
Conclusion
I hope this helped you understand the different options for using Failover Clustering with Hyper-V. Note also that you can combine some of these solutions, like the first and the second (some VMs using parent-based and some using child-based failover clustering).

For production use, it’s probably wise to restrict yourself to the first two scenarios. However, if you have a Hyper-V capable laptop and some free time, I would encourage you to try out the last one. Although not a supported production solution, it will certainly teach you a lot about all the technologies involved…
Links

Additional information about Windows Server 2008 Failover Clustering support
http://support.microsoft.com?id=943984

Failover Clustering support in previous versions of Windows Server
http://support.microsoft.com/?id=309395.

Step-by-Step Guide to Getting Started with Hyper-V
http://www.microsoft.com/downloads/details.aspx?FamilyID=bcaa9707-0228-4860-b088-dd261ca0c80d&DisplayLang=en

Step-by-Step Guide for Testing Hyper-V and Failover Clustering
http://www.microsoft.com/downloads/details.aspx?FamilyId=CD828712-8D1E-45D1-A290-7EDADF1E4E9C&displaylang=en

Failover Cluster Step-by-Step Guide: Configuring a Two-Node File Server Failover Cluster
http://technet2.microsoft.com/windowsserver2008/en/library/adbf1eb3-a225-4344-9086-115a9389a2691033.mspx

Source; http://blogs.technet.com/josebda/archive/2008/06/17/windows-server-2008-hyper-v-failover-clustering-options.aspx

To help answer that question, the RDS team created a toolset to create and measure load when using Remote Desktop Services.  We believe this toolset will also be useful for customers that wish to conduct their own scalability testing.

It’s important to note that this is one tool to help answer this question, but not the only one.  In addition to using this toolset, measuring and understanding your own environment and usage cases is very important.

The Remote Desktop Load Simulation Toolset is now available for download at http://www.microsoft.com/downloads/details.aspx?FamilyID=c3f5f040-ab7b-4ec6-9ed3-1698105510ad&displaylang=en

There are two important events that will happen to the support policy for Windows 2000 after June 30th of this year.

First, support for both IE 5.01 SP3 and IE 6 SP1 on Windows 2000 SP3 will expire. Users running IE 5.01 or IE 6 SP1 on Windows 2000 should upgrade to Windows 2000 SP4 in order to continue to receive security updates.

Second, Windows 2000 SP4 moves from mainstream to extended support. The key difference between mainstream support and extended support which I think is most relevant to this audience is this quote from the lifecycle site: “Microsoft will not accept requests for warranty support, design changes, or new features during the Extended support phase.” We will of course continue to keep our Windows 2000 SP4 customers secure with security updates through the life of Windows 2000 (through 2010). There are a few other differences between the two support models which you can read about at the lifecycle site. You may also want to read my previous post about Windows’ lifecycle.

It should be no surprise that we do not plan on releasing IE7 for Windows 2000. One reason is where we are in the Windows 2000 lifecycle. Another is that some of the security work in IE7 relies on operating system functionality in XPSP2 that is non-trivial to port back to Windows 2000.

Please note that these lifecycle changes are only for IE on Windows 2000. For questions about other versions of IE (IE for PocketPC, IE for Mac), please consult the lifecycle site for the latest expiration dates.

That said, migrating servers is no one’s idea of a party. If you’re worried about your migration project generating migraines, make sure you leverage all the resources Microsoft is making available to Windows 2000 Server end of lifers:

Your first stop should be the Windows 2000 End-of-Support Solution Center, a new site loaded with migration planning and technical tools. Check out the Windows Server 2008 R2 Upgrade Paths as well as the Windows Server Migration Tools, the Assessment and Planning Toolkit and the Microsoft Deployment Toolkit. The site also has great guidance on migration planning as well as technical guidance on migrating specific server roles.

Look for more tools and guidance around Windows 2000 Server end of life in the coming months, both here and on www.microsoft.com/windowsserver.

Source; http://blogs.technet.com/windowsserver/archive/2010/01/14/windows-2000-server-approaching-end-of-life.aspx

First of all, we are excited to announce the availability of App-V 4.6 RC! In August we announced the App-V 4.6 Beta. Since then we have taken in lots of customer feedback and continue to refine the App-V 4.6 release so that we can deliver a great product!  We invite you to check out the RC release by registering and downloading the App-V 4.6 RC release via Microsoft Connect, where you can also submit feedback directly to the team.

We’re not done though, in addition we’d like to share some great news and also announce our integration with Office 2010 Beta:

Microsoft Office 2010 Beta, Ready to be Sequenced With the Microsoft Office 2010 Beta Deployment Kit for App-V

As you know the Office team just completed a major milestone Microsoft Office 2010 Beta, congrats to the team!  Throughout the process of building Office 2010 the App-V and Office teams have been working very closely to make sequencing Office 2010 Beta possible with App-V 4.6 RC!  We have taken the feedback and requests from post-Office 2007 and App-V 4.5 releases, and have been hard at work implementing a solid integration experience for Office when App-V 4.6 releases in H1 2010.

So what’s Different when using Microsoft Office 2010 Beta and App-V 4.6 RC together?

Office 2010 has introduced a new piracy protection initiative, the Software Protection Platform (SPP) service.  This service uses a machine’s hardware characteristics and product key to activate the installation, which is performed during the first Office application launch.

Since the Office 2010 product activation is linked to the hardware on which Office is originally installed, customers who wish to deploy Office 2010 using App-V must physically install the SPP service on the sequencer machine before beginning the sequencing process – and on any client machines that will stream and run Office 2010.

Our engineering teams have collaborated to address the top customer issues that people were running into when virtualizing past versions of Office.   As a result, Office 2010 has a much more integrated user experience.  The Office 2010 integration delivers key productivity enhancements and a seamless user experience by enabling the following::

· Microsoft SharePoint Integration – You can open, edit, and save Microsoft Office documents using Microsoft SharePoint.

· Microsoft Outlook Fast Search – You can use Microsoft Windows Desktop Search to find specific messages in your inbox.

· MAPI Proxy – You can connect to your inbox using Microsoft Outlook Send To functionality.

· Microsoft Office Document Indexing – You can index your documents so that you can use Microsoft Windows Search to locate files.

· Virtual Mail Control Panel icon – You can use the Email icon in Control Panel to perform advance mail configuration.

· URL protocol handler – You can configure links in the browser and specify the appropriate associated Microsoft Office application.

· Send to Microsoft OneNote Printer driver – You can print documents to Microsoft OneNote.

To help customers facilitate this process, we have created the Microsoft Office 2010 Deployment Kit for App-V (Beta). The Deployment Kit contains both the required SPP licensing component and Office 2010 integration features.

And what’s even more exciting, you can get your hands on it now.

How Do I Sequence Microsoft Office 2010 Beta for App-V 4.6 RC?

1. Download Office 2010 Beta here

2. Download the Microsoft Office 2010 Deployment Kit for App-V (Beta)

3. Download App-V 4.6 RC on Microsoft Connect

4. Read the App-V recipe for sequencing Office 2010 Beta on Microsoft Connect.

For detailed information on whether your environment meets the requirements of Office 2010 and App-V 4.6 RC, please refer to the App-V recipe.

Please note: We are providing a recipe to support the sequencing and testing of these pre-release products on Microsoft Connect.  Please provide feedback via Microsoft Connect, by choosing FEEDBACK once logged into the App-V 4.6 Program.

We look forward to hearing about your App-V 4.6 RC and Office 2010 experience!

Virtualization affects how we plan, build, deploy, operate, and service workloads. Customers are creating large libraries of virtual machines containing various configurations. The patch-state of these virtual machines are not always known. Ensuring that offline virtual machines are properly patched and won’t become vulnerable the instant they come online is critical.

I am therefore very pleased to state that the Offline Virtual Machine Servicing Tool v2.1 has now been released!

Congratulations to the Solution Accelerator team for this release!

The Offline Virtual Machine Servicing Tool 2.1 has free, tested guidance and automated tools to help customers keep their virtualized machines updated, without introducing vulnerabilities into their IT infrastructure.

The tool combines the Windows Workflow programming model with the Windows PowerShell interface to automatically bring groups of virtual machines online, service them with the latest security updates, and return them to an offline state.

What’s New?

Release 2.1 is a direct response to customer and Microsoft field requests to support the R2 wave. Offline Virtual Machine Servicing Tool 2.1 now supports the following products:
· Hyper-V-R2
· VMM 2008 R2
· SCCM 2007 SP2
· WSUS 3.0 SP2
· OVMST 2.1 also supports updates to Windows 7 and Windows Server 2008 R2 virtual machines.

Download here; Offline Virtual Machine Servicing Tool  2.1
More info; http://technet.microsoft.com/en-us/library/cc501231.aspx

Source: http://blogs.techrepublic.com.com/datacenter/?p=1820

Microsoft was late to the virtualization game, but the company has made gains against its primary competitor in the virtualization marketplace, VMware. In recent months, both companies released major updates to their respective hypervisors: Microsoft’s Hyper-V R2 and VMware’s vSphere. In this look at the hypervisor products from both companies, I’ll compare and contrast some of the products’ more common features and capabilities. I do not, however, make recommendations about which product might be right for your organization.

Table A compares items in four editions of vSphere and three available editions of Hyper-V R2. Below the table, I explain each of the comparison items. (Product note: With the release of vSphere, VMware has released an Enterprise Plus edition of its hypervisor product. Enterprise Plus provides an expanded set of capabilities that were not present in older product versions. Customers have to upgrade from Enterprise to Enterprise Plus in order to obtain these capabilities.)

Table A

Max host processors. Indicates the number of physical host processors that can be recognized by the system. Bear in mind that the Windows columns are Windows limits and not necessarily Hyper-V limits.

Max cores/processor. How many processor cores per physical processor are recognized?

Max virtual SMP. In an individual virtual machine, this indicates the maximum number of supported virtual processors. Note: This is a maximum value; not every guest operating system can support the maximum number of virtual processors.

Max host RAM (GB). The maximum amount of RAM recognized by the hypervisor.

Max RAM/vm. The maximum amount of RAM that can be allocated to an individual virtual machine.

Failover nodes. The maximum number of physical hosts that can be clustered together. N/A indicates that failover clustering is not supported for that particular hypervisor edition.

Memory overcommit. Does the hypervisor support memory overcommit? Memory overcommitment is a technique available in vSphere that allows administrators to allocate more RAM to virtual machines than is physically available in the host. There are numerous pro and con articles about this topic, but it’s clear that having the ability to allocate more resources than are physically available increases overall virtual machine density. The decision to use memory overcommit in a production environment is up to each organization. That said, in my opinion, when used in the right circumstances, I can see great benefit in this feature.

Transparent page sharing. Transparent page sharing is one method by which memory overcommitment is achieved. With this technique, common code shared between virtual machines is, itself, virtualized. Let’s say that you have 100 virtual machines running Windows XP for VDI. Using transparent page sharing, RAM isn’t necessarily a major limiting factor when it comes to desktop density on the server. VMware has an excellent example of this technique in action.

Live Migration/VMotion. The ability for the hypervisor to migrate virtual machines between host servers without significant downtime. This is considered one of the most significant availability benefits provided by virtualization solutions.

Simultaneous Live Migration. Can the product utilize its Live Migration capabilities to move multiple virtual machines simultaneously between nodes?

Live guests per host. The number of virtual machines that can be powered on for a maxed-out host. In the real world, I’d be extraordinarily surprised to see anyone getting close to these limits. Virtualization is a great way to lower costs, but there are limits.

Live guests/HA cluster node. If you’re running your hypervisor in a cluster, this is the maximum number of virtual machines that can be active on any single host in the cluster. For vSphere with update 1, if you have eight or fewer cluster hosts, you can run up to 160 VMs per host. With nine or more cluster hosts, that number drops to 40.

Distributed Resource Scheduler. DRS is a technology that enables the migration of virtual machines between hosts based on business rules. This can be a boon for organizations with strict SLAs.

Snapshots per VM. The maximum number of snapshots that can be taken of an individual virtual machine. A snapshot is a point-in-time image of a virtual machine that can be used as part of a backup and recovery mechanism. I find snapshots incredibly useful, particularly on the workstation side of the equation, where a lot of “playing” takes place.

Thin Provisioning. One decision that has to be made early on in the life of any server (virtual or physical) is how much storage to allocate to the system. Too much storage and you waste valuable disk space — too little storage and services crash. In order to maintain reliable services, most IT shops overprovision storage to make sure that it doesn’t run out; but that conservatism adds up over time. Imagine if you have 100 VMs all with 4 or 5 GB of “wiggle room” going unused. With thin provisioning, you can have the best of both worlds. You can provision enough disk space to meet your comfort level, but under the hood, the hypervisor won’t allocate it all. As space begins to run low, the hypervisor will make more space available up to the maximum volume size. Although thin provisioning shouldn’t be used for massive workloads, it can be a huge boon to organizations that want conservatism without breaking the bank.

Storage Live Migration. This feature enables the live migration of a virtual machine’s disk files between storage arrays and adds an additional level of availability potential to a virtual environment.

Distributed Switch. VMware and Microsoft have virtual switches in their products, but only VMware has taken it one step further with the introduction of vSphere Enterprise Plus’ Distributed Switch. According to VMware, “Distributed Switch maintains network runtime state for VMs as they move across multiple hosts, enabling inline monitoring and centralized firewall services. It provides a framework for monitoring and maintaining the security of virtual machines as they move from physical server to physical server and enables the use of third party virtual switches such as the Cisco Nexus 1000V to extend familiar physical network features and controls to virtual networks.” In short, this new capability increases VMware’s availability and security capabilities.

Direct I/O. The ability for a virtual machine to bypass the hypervisor layer and directly access a physical I/O hardware device. There is limited support for this capability in vSphere; the product supports direct I/O operations to a few storage and networking controllers. Called VMDirectPath I/O, this feature can improve overall performance since it eliminates the “virtualization penalty” that can take place when hardware access is run through the hypervisor. There are some major disadvantages to VMDirectPath; for example, VMotion can’t work anymore because of the hardware need. (Note: This feature is different than direct access to disks, which Hyper-V does support.)

Max. partition size (TB). What is the largest partition supported by the hypervisor? Although VHD-based volumes, such as those used by Hyper-V R2, can be up to 2 TB in size, read this blog by Brian Henderson for insight into maximum Windows partition sizes, particularly if you bypass the VHD option altogether and use disks directly.

Application firewall (vShield). According to VMware “VMware vShield Zones enables you to monitor, log and block inter-VM traffic within an ESX host or between hosts in a cluster, without having to divert traffic externally through static physical chokepoints. You can bridge, firewall, or isolate virtual machine between multiple zones defined by your logical organizational and trust boundaries. Both allowed and blocked activities are logged and can be graphed or analyzed to a fine-grained level.” In other words, you don’t need to run traffic through external switches and routers to protect applications from one another.

Virtual instance rights. This is a Microsoft-only right that can seriously lower the overall cost of running Hyper-V R2 in a Windows-only environment. If you use the Data Center edition of Windows, you can run as many Windows Server-based virtual machines as you like without incurring additional sever licensing costs.

Hypervisor licensing. The method by which the product is licensed. Either per host or per processor.

Download here as PDF: http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=64a5cc28-f8a1-4b30-a4a2-455c65bda8d7

Source: http://msexchangeteam.com/archive/2009/11/09/453096.aspx

It is my distinct pleasure to announce today the global availability of Exchange Server 2010. This has been an amazing journey from conception to launch, and the team has delivered an unprecedented line up of innovations in this release. I am incredibly proud of the team and our product.

The dedication of the Exchange community working side by side with us to deliver Exchange 2010 has been inspiring for me. I want to thank you for your commitment over the past 3 years helping us develop new ideas, make product enhancements and test pre-release bits to ensure our final product is rock solid. I believe Exchange has the most impressive IT Pro and Developer community in the world today. We could not have shipped this product without you!

In return, I hope you realize the full value of everything Exchange 2010 offers. We are all working in a very challenging economic environment today. Being cost conscious has never been more important – but also helping your organizations differentiate themselves and compete effectively is just as critical. I am delighted to see how Exchange 2010 is helping early adopters accomplish these goals. I want to share just a sampling of their stories, so you can see for yourself.

Organizations are cutting costs and simplifying administration with Exchange 2010.

“Performance with large mailboxes greatly exceeds our expectations. With the growing amount of data that needs to be retained, it is not uncommon for us to have 30-gigabyte plus mailboxes, making these performance improvements crucial to our business. I have been using Exchange 2010 and Outlook 2010 for e-mail since June and have been extremely satisfied with the performance and the user experience. It is a robust, very stable platform. And, we found RBAC to be a huge benefit. That is something I have needed for a long time-to have more granular rights for administrators and lower-level IT staff to do targeted tasks.” – Alexander Diaz, CIO, Katten Muchin Rosenman LLP

“The cost savings from switching from fiber channel to SATA disks is about 70 percent. The I/O system of Exchange Server 2010 is really optimized. If you look at Exchange Server 2007, it’s good; but Exchange Server 2010 is really great. You can significantly reduce the disk costs when you run Exchange Server 2010.” – Thomas Keck, CIO, Elabs

“We’re always moving users around. We’ve been doing that with custom scripts in Exchange Server 2003, but we will definitely be using the Online Move Mailbox feature in 2010. Now we can move them without taking the mailbox offline.” – Allan Tagg, SVP, Global Messaging Exec, Bank of America

Organizations are improving everyday productivity and meeting the expectations of a new generation of workers with Exchange 2010.

“Our salespeople need to respond quickly to dealer concerns. With Exchange Server 2010 and voice-to-text conversion, within 20 seconds after a dealer leaves a voice-mail message, our users see an e-mail preview on their cell phone. Our mobile employees might check voice mail anywhere from 5 to 10 times a day, at 5 to 10 minutes a session. By using Office Communications Server 2007 R2 and taking advantage of the voice-mail preview feature in Exchange Server 2010, they can increase their responsiveness while saving more than 15 minutes a day. From a business perspective, that’s an incredibly valuable productivity increase.” – George Hamin, Director of E-Business and Information Systems, Subaru Canada

“Having Conversation View on the new mobile client is really nice. It provides an extremely fast and efficient means of surveying my inbox and taking needed actions on the go.” – Steven Schafer, Director of Collaboration and Network Services, Global Crossing

“By taking advantage of Outlook Web App, employees can start being productive from new locations almost immediately. As soon as they get their workstation and network connectivity, administrators can quickly provide them with access to e-mail and IM at a moment’s notice without having to manage a lot of logistics. That’s tremendous. Just simplifying the process of giving our remote employees access to e-mail and IM with Exchange Server 2010 will increase the productivity of our IT administrators by at least 20 to 30 percent.” – Dan Evans, Manager of Messaging and Collaboration, Morgan Keegan & Company

Organizations of all sizes are better managing risk and the cost of compliance with Exchange 2010.

“With Exchange Server 2010, we can give the auditors permission to pull mail out of mailboxes themselves, rather than having me pull the data and ship it to them in a PST file. Now the nine hours a month I spend on compliance will be cut down to zero. Getting rid of PST files using Exchange Server 2010 solves a whole series of nightmares that I’m sure every Exchange Server administrator has had” – Andrew McNair, Wintel Infrastructure Manager, Cell C

“By using the compliance features in Microsoft Exchange Server 2010, we can save about $400,000 in hardware and software costs. That’s a big savings.” – Joseph Nguyen, Systems Architect at a large U.S. university.

“With Exchange Server 2010, we can set up transport protection rules for things like social security numbers to comply with HIPAA and for voice mails to ensure that they can’t be forwarded outside the company.” – Thomas Dechmann, Senior Principal IT Technologist, Medtronic

I’m also particularly proud of the work the team has done delivering Exchange as a server and a service. This has been an incredible engineering endeavor that no one else in the industry comes close to delivering. Today, we’ve successfully scaled Exchange 2010 to more than 15 million Outlook Live accounts around the world and, moving forward, to millions more with Exchange Online. Our promise to deliver a seamless Exchange experience on premises with the server, in the cloud as a service or a combination of the two truly gives customers choice and peace of mind.

You can see more customer results from the case studies published today, read about the launch in press coverage, hear from MBD President Stephen Elop in his TechEd Europe keynote launching Exchange 2010 and this evening at the Exchange Connections conference in Las Vegas in my keynote.

I know many of you are already underway with your Exchange 2010 deployments and many more will be starting today. The Exchange Server 2010 bits are available for download now. As always, keep the feedback coming. Listening to customers and partners is how the team has made Exchange the premier e-mail solution across the globe and that’s the way we intend to keep it.

Thank you!

- Rajesh Jha

OK you can now get RTM bits of Exchange 2010 through Technet, MSDN and I assume Volume licensing and Action Pack downloads.

Technet details:

File Name: mu_exchange_server_2010_x64_dvd_x15-82068.iso

Date Posted (UTC): 11/9/2009 6:41:51 AM
ISO/CRC: 02374C73

SHA1: BBD6224FD72283142F9A8EC13615E11391C02BAB

Available to Levels: TechNet Plus SA Media; TechNet Plus (Retail); TechNet Direct (Retail); TechNet Plus (VL); TechNet Plus Direct (VL); TechNet Cert Partner; TechNet Gold Cert Partner; TechNet Plus Consumer Service Professional Pilot

Other downloads:

Microsoft Exchange Server 2010 eval

Microsoft Exchange Server 2010 helps you achieve new levels of reliability and performance by delivering features that help to simplify your administration, protect your communications, and delight your customers by meeting their demands for greater business mobility.

Forefront Protection 2010 for Exchange Server eval

Microsoft Forefront Protection 2010 for Exchange Server (FPE) provides fast and effective protection against malware and spam by including multiple scanning engines from industry-leading security partners. It also integrates with Forefront Online Protection for Exchange to provide the defense-in-depth benefits of hosted and on-premise filtering in a single solution.

Microsoft Forefront Protection 2010 for Exchange Server Documentation

Documentation about Microsoft Forefront Protection 2010 for Exchange Server

Exchange Server 2010 Release Notes

This download contains a stand-alone version of the Exchange Server 2010 Release Notes.

Forefront Protection 2010 for Exchange Server MP for SC Ops Mgr 2007

The Management Pack for Forefront Protection 2010 for Exchange Server monitors the availability, security, configuration and performance of an FPE deployment.

Exchange Server 2010 UM Language Packs

These downloads contain pre-recorded prompts, grammar files, text to speech data, Automatic Speech Recognition (ASR) files, and Voice Mail Preview capabilities for a specific language that is supported by Exchange 2010 Unified Messaging. Warning: This UM language pack must only be installed as an add-in to Exchange Server 2010 Unified Messaging.

Microsoft Forefront Server Protection 2010 Privacy Statement

This document describes the privacy policy for Microsoft Forefront Protection 2010 for Exchange and Microsoft Forefront Protection 2010 for SharePoint.

Windows Management Framework, which includes Windows PowerShell 2.0, WinRM 2.0, and BITS 4.0, was officially released to the world this morning. By providing a consistent management interface across the various flavors of Windows, we are making our platform that much more attractive to deploy. IT Professionals can now easily manage their Windows XP, Windows Server 2003, Windows Vista, Windows Server 2008, Windows 7, and Windows Server 2008 R2 machines through PowerShell remoting – that’s a huge win!

PowerShell v2 has finally been released for ‘legacy’ OSes (Windows XP, Windows Server 2003, Windows Vista and Windows Server 2008)! I’m saying legacy OSes because the latest OSes are Windows 7 and Windows Server 2008 R2. You could also say the out-of-band releases have been released. This happened somewhere in the end of October 2009.

If you are having a hard time finding those, that’s because it is in included in the Windows Management Framework.

The Windows Management Framework includes:

• Windows Remote Management (WinRM) v2.0
• Windows PowerShell v2.0
• Background Intelligent Transfer Service (BITS) v4.0

Read more about it here.

Windows Management Framework Core (WinRM 2.0 and Windows PowerShell 2.0)

• Download the Windows Management Framework Core for Windows Server 2008 package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=863e7d01-fb1b-4d3e-b07d-766a0a2def0b)
• Download the Windows Management Framework Core for Windows Server 2008 x64 Edition package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=d37e25cf-db05-4b23-a852-cdf865d81b82)
• Download the Windows Management Framework Core for Windows Server 2003 package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=f002462b-c8f2-417a-92a3-287f5f81407e)
• Download the Windows Management Framework Core for Windows Server 2003 x64 Edition package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=909bbcf1-bd78-4e03-8c83-69434717e551)
• Download the Windows Management Framework Core for Windows Vista package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=f2fa1227-9a34-4e29-aa03-62f5c00e16f2)
• Download the Windows Management Framework Core for Windows Vista x64-based systems package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=0f73efa2-f8d6-45f3-a8f8-5cdc205b119a)
• Download the Windows Management Framework Core for Windows XP package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=60cb5b6c-6532-45e0-ab0f-a94ae9ababf5)

Windows Management Framework BITS (BITS 4.0)

• Download the Windows Management Framework BITS for Windows Server 2008 package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=e77925a9-58a2-428b-bb4f-714d49d0b889)
• Download the Windows Management Framework BITS for Windows Server 2008 x64 Edition package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=e749f4cd-74db-404a-bc30-765137cd3804)
• Download the Windows Management Framework BITS for Windows Vista package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=d7ae9660-bb13-4f0c-816b-85de3980ec1b)
• Download the Windows Management Framework BITS for Windows Vista x64-based systems package now. (http://www.microsoft.com/downloads/details.aspx?FamilyId=173c8a2d-b264-49ca-8d35-b6f234cbdaeb)