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August 7, 2017Aug 7, 201708/7/17Last Updated: 9/28/2017
Today, we are happy to share the .NET Framework 4.7.1 Early Access build with the Developer Pack. The .NET Framework 4.7.1 Developer Pack lets developers build applications that target the .NET Framework 4.7.1 by using Visual Studio 2017,
May 13, 2014May 13, 201405/13/14A month ago we announced support for SIMD. Today, we’re announcing an update to “RyuJIT” and our NuGet package that exposes the SIMD programming model.
Updates to the Microsoft.Bcl.Simd NuGet package
More types for Vector<T>
We’ve expanded the support of the Vector<T>
May 12, 2014May 12, 201405/12/14Updated (2017): See .NET Framework Releases to learn about newer releases.
Updated (July 2015): See Announcing .NET Framework 4.6 to read about the latest version of the NET Framework.
Today at TechEd North America, we announced the latest set of innovations that are part of the next generation of .NET.
May 12, 2014May 12, 201405/12/14Updated (2017): See .NET Framework Releases to learn about newer releases.
Updated (July 2015): See Announcing .NET Framework 4.6 to read about the latest version of the NET Framework.
Today at TechEd North America, we announced the latest set of innovations that are part of the next generation of .NET.
April 7, 2014Apr 7, 201404/7/14Processor speed no longer follows Moore’s law. So in order to optimize the performance of your applications, it’s increasingly important to embrace parallelization. Or, as Herb Sutter phrased it, the free lunch is over.
You may think that task-based programming or offloading work to threads is already the answer.
April 3, 2014Apr 3, 201404/3/14At Build 2014 this week, we announced the next generation of .NET. The next generation will focus and deliver on two main themes: Core Innovation and cross-device apps. These themes are a direct result of your feedback, asking for new features in .NET and to make it easier to use .NET for all your apps.
February 27, 2014Feb 27, 201402/27/14This post announces an updated preview of the .NET team’s new 64-bit Just-In-Time (JIT) compiler. It was written by Mani Ramaswamy, Program Manager for the .NET Dynamic Code Execution Team.
Note: RyuJIT CTP3 is available here: http://blogs.msdn.com/b/dotnet/archive/2014/04/03/the-next-generation-of-net.aspx.
The developer preview of RyuJIT,
November 18, 2013Nov 18, 201311/18/13Update (2017): See .NET Framework Releases to learn about newer releases.
This post shares more details about our new .NET 64-bit Just-In-Time (JIT) compiler. It was written by Kevin Frei, Development Lead for the CLR JIT team.
RyuJIT received a great response with its RyuJIT: The next-generation JIT compiler for .NET announcement post.
September 30, 2013Sep 30, 201309/30/13This post introduces the .NET team’s new 64-bit Just-In-Time (JIT) compiler. It was written by Andrew Pardoe, PM Manager for the CLR Runtime PM team.
The world is moving to 64-bit computing even though it isn’t always faster or more efficient than 32-bit.
September 30, 2013Sep 30, 201309/30/13This post introduces the .NET team’s new 64-bit Just-In-Time (JIT) compiler. It was written by Andrew Pardoe, PM Manager for the CLR Runtime PM team.
The world is moving to 64-bit computing even though it isn’t always faster or more efficient than 32-bit.
