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ABOUT THE BLOGGER
Partha SrinivasanProduct Manager, Windows Embedded Server and SQL Products
Partha Srinivasan is the product manager for Windows Embedded Server, Microsoft SQL Server and Windows Embedded Compact products within the Windows Embedded group at Microsoft Corp. He develops product strategy, positioning and launches as well as core marketing content and communication.
Before joining Microsoft in 2012, Srinivasan served as a product manager for Motorola Mobility, where he partnered with Telco operators to plan and build carrier-branded applications and services.
Srinivasan holds a master’s degree in computer science from the Illinois Institute of Technology and an MBA from the University of Chicago Booth School of Business. In his free time, he enjoys reading and spending quality time with his family.
Posted By Partha SrinivasanProduct Manager, Windows Embedded Server and SQL Products
The following is the first in a series of posts on Windows Server 2012 for Embedded Systems written by the team at Microsoft Windows Embedded.
Windows Embedded customers can now download a release preview of the upcoming Windows Server 2012 R2 for Embedded Systems(the binary identical to the Windows Server 2012 R2), which will be available later this year. The preview allows customers to get their hands on a fully cloud-ready operating system that provides improved performance, hybrid cloud-service capabilities and innovative storage options for building robust, industry class server appliances.
OEM manufacturers use Windows Server for Embedded Systems to build server appliances — preinstalled hardware and software combined with the operating system — which make the configuration, deployment and management of industrial devices simpler and faster. One of the key benefits of the embedded channel is the availability of recovery image; the pre-packaged image makes recovery from system failures quicker, reducing downtime and thus meeting regulatory SLA requirements for high availability. These server appliances are used in a number of industrial devices such as PACS machines in hospitals, store servers in retail stores, historian servers in manufacturing plants, and are a key enabler in developing intelligent system architectures.
So what’s new coming from Windows Server 2012 R2 for Embedded Systems? There are many features and functionalities that are enhanced over the Windows Server 2012 for Embedded Systems, such as improvements to virtualization, networking, storage, server management and automation. Today, we offer an overview of the new features that can be leveraged by our embedded customers.
Comments Intelligent Systems
Posted By Partha SrinivasanProduct Manager, Windows Embedded Server and SQL products
Microsoft SQL Server 2014 for Embedded Systems (binary identical to Microsoft SQL Server 2014) is now available for all of our Embedded Direct OEMs to license for electronic download via the Software Order Center within the next 24–48 hours.
The following is the third in a series of posts on Windows Server 2012 for Embedded Systems written by the team at Microsoft Windows Embedded.
As indicated in the previous blogs, customers of Embedded OEMs can now start testing the new Windows Server 2012 R2 for Embedded Systems (binary identical to Windows Server 2012 R2) that provides improved performance, hybrid cloud-service capabilities and innovative storage options for building robust, industry-class server appliances.
OEM manufacturers use Windows Server for Embedded Systems to build server appliances—preinstalled hardware and software combined with the operating system—which make the configuration, deployment and management of industrial devices simpler and faster. These server appliances are used in a number of industrial devices such as PACS machines in hospitals, store servers in retail stores, historian servers in manufacturing plants, and are a key enabler in developing intelligent system architectures.
Today we are going to focus on the new storage features that are included in the Windows Server 2012 R2 for Embedded Systems.
Posted By Partha SrinivasanSenior Product Manager
Since we launched Windows Embedded Compact 2013, one of the key requests we’ve gotten has been around the availability of Wi-Fi drivers for the hardware platforms supported by the operating system. We have exciting news to share: One of our Windows Embedded Compact partners, embWise, recently announced the availability of a WLAN driver, and partner iWave Systems is in the process of making Wi-Fi drivers available soon.
Comments Windows Embedded Compact
Today Windows Server 2012 R2 for Embedded Systems becomes generally available.
We think this is going to become the product for purpose-built, next-generation, enterprise class server appliances. With this edition, enterprises and OEMs now have a lot more capabilities and a host of improvements they can leverage to enhance performance, save space and ensure nearly constant uptime.
For one thing, we’ve substantially improved the product’s virtualization capabilities. This is good news for OEMs in particular, who have been utilizing virtualization to consolidate the physical architecture of their solutions and improve the ROI of their products.
R2 also features a host of upgrades designed to improve performance in a day-to-day, real-world way. The time it takes to complete a live migration has been cut in half. We’ve increased data transfer rates to 10 gigabits per second, greatly enhancing speed. We’ve also added support for USB access in guess VMs, making it easier to perform software deployment and file management. These improvements will enable OEMs to offer better products to support real world scenarios where optimized load balancing and live migration are critical.
The combination of those two areas means that not only can you run a smaller number of server appliances, but you can do so at a higher capacity. This should result in some really interesting scenarios for operating high-performance solutions in reduced-space environments. Already we’ve seen our customer Lufthansa Systems develop a small-footprint server appliance for use in airplanes, to facilitate in-flight entertainment.