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• Benchmarking NativeAOT CLI Tools Against JIT-Based .NET AppsAug 17, 2026. Benchmark NativeAOT CLI tools against JIT-based .NET applications to compare startup time, memory usage, execution speed, binary size, and overall runtime performance.
• Benchmarking .NET 11 NativeAOT CLI Startup and Memory UsageAug 14, 2026. Benchmark .NET 11 NativeAOT command-line applications against JIT deployments to compare startup time, memory consumption, execution performance, and deployment characteristics.
• Benchmarking .NET 11 Native AOT Container StartupAug 10, 2026. Benchmark .NET 11 Native AOT container startup for serverless, Kubernetes, and autoscaled apps. Measure performance, memory, and image size.
• .NET 11 Preview 6: Hidden Performance Improvements You Should TestJul 21, 2026. .NET 11 Preview 6 offers hidden performance boosts in runtime, JIT, GC, ASP.NET Core, and collections. Test for faster apps!
• Native AOT vs JIT Compilation in .NET 11: Performance Benchmarks and Trade-OffsJul 02, 2026. Compare .NET 11 Native AOT vs JIT compilation. Explore performance benchmarks, startup time, memory usage, and trade-offs for cloud-native apps.
• Internals of the JIT Compiler Improvements in .NET 9May 04, 2026. Explore .NET 9's JIT compiler enhancements: Dynamic PGO, inlining, loop optimizations, SIMD, tiered compilation, and escape analysis for faster, smarter code!
• Ever Wondered How Your C# Code Actually Runs? Meet the CLRMar 06, 2026. Unlock the secrets of .NET! Discover the CLR, the engine powering your C# code. Learn about memory management, JIT compilation, and its vital role in .NET apps.
• JavaScript Internals: Understanding Runtime Optimization and How to Write Performant CodeJan 21, 2026. Unlock peak JavaScript performance! Learn runtime optimization techniques, JIT compilation, and coding best practices for faster, more efficient code execution.
• How Modern Browsers Handle JavaScript: Performance and Optimization TipsDec 12, 2025. Learn how modern browsers handle JavaScript and how to optimize performance for complex web applications. Covers Angular-specific strategies, memory management, lazy loading, and browser execution models. Designed for senior developers aiming to build fast, responsive, and scalable web applications.
• How to Use Python’s New JIT Compiler for Faster CodeDec 03, 2025. Unlock faster Python code with the new JIT compiler in Python 3.13! Learn how to enable it, measure performance gains, and optimize your code for speed. Boost your Python performance now!
• Python 3.13's New JIT Compiler: A Performance Boost for PythonNov 26, 2025. Python 3.13 introduces a JIT compiler, boosting performance significantly! Learn how it works, how to enable it, and how to optimize your code for maximum speed gains. Experience faster loops, calculations, and data handling.
• Understanding Sealed Classes in C# with ExampleJul 30, 2025. In C#, a sealed class prevents inheritance, ensuring its behavior can't be altered through subclassing. It enhances security, enforces design rules, and can improve performance in certain scenarios.
• .NET 9 Apps Are Faster Than EverApr 19, 2025. Explore .NET 9’s impressive performance improvements! From faster JSON serialization, optimized JIT compiler, reduced memory usage, to enhanced HTTP/3 handling
• Profile-Guided Optimization (PGO) in C#Mar 31, 2025. Profile-Guided Optimization (PGO) in C# enhances performance by optimizing code based on real-world execution data. This technique helps the .NET runtime make smarter JIT compilation decisions, improving speed and efficiency.
• Understanding JIT Tiers, Dynamic PGO, and AOT Jan 08, 2025. This article explains how JIT compilers optimize code with tiered compilation, profile-guided optimization (PGO), and Ahead-of-Time (AOT) compilation in .NET. It also demonstrates enabling AOT in a Visual Studio application.
• Exploring the Performance Boosts in .NET 9Sep 20, 2024. .NET 9 introduces key performance improvements, including Native AOT for faster startup times and reduced memory usage, optimized garbage collection, enhanced threading for multicore systems, and HTTP/3 support for improved network performance.
• Tailwind CSS Header and Seamlessly Integrating It with ReactJSAug 30, 2024. Tailwind CSS is a utility-first CSS framework that enables rapid UI development with minimal custom CSS. It provides a wide array of predefined classes, allowing developers to style directly in their HTML. Tailwind is highly customizable, supports responsive design, and offers performance optimization features.
• 😇How the Compiler Reads Your Code?May 13, 2024. C# compilation, from syntactic and semantic analysis to optimization techniques. Learn how the Common Language Runtime (CLR) executes compiled code and discover the role of the Just-In-Time (JIT) compiler.
• Understanding the .NET Internal Compile ProcessMar 11, 2024. In this article, we will learn about CLR, Jit Compiler, and how the .NET compilation process works. Understanding the .NET internal compile process involves dissecting how source code is translated into executable binaries.
• Difference Between Concurrency and Parallelism in C#Nov 09, 2023. The article you provided gives a comprehensive overview of the concepts of concurrency and parallelism and their relevance in C# programming. It highlights the distinctions between the two concepts and provides clear examples and use cases for each. The discussion of best practices and considerations for managing concurrency and parallelism effectively is a valuable addition, as it helps developers avoid common pitfalls and make informed decisions when implementing these concepts in their applications.
• .NET Vs COM (.NET In Deep)Feb 27, 2023. This article describes the details of the differences between .NET and COM technology. Also, you can find more information how.Net is working under the hood
• Parallel Programming In C# To Leverage Multicore ProcessorAug 17, 2016. Parallel Programming in C# to Leverage Multicore Processor is a guide that focuses on harnessing the power of parallelism in C# to efficiently utilize the capabilities of modern multicore processors. The guide likely covers techniques and patterns for designing and implementing parallel code, enabling developers to optimize performance and responsiveness in their applications.
• RyuJIT: The New 64-bit JIT Compiler For .NET 2015Feb 11, 2016. In this article you will learn about RyuJIT. RyuJIT is the new next-generation compiler for the whole .NET 2015 framework including .NET Core.
• .NET Framework 4.6 New Features in Visual Studio 2015Nov 17, 2014. .NET Framework 4.6, integrated with Visual Studio 2015, introduces several new features and enhancements. Key improvements include the new RyuJIT compiler for better performance, updated async debugging, enhanced security, support for HTTP/2, and improved diagnostics. These updates streamline development and debugging processes.
• Entity Framework 6.0: NGen.exe and Startup PerformanceSep 18, 2014. This content discusses native code generation, focusing on the process where the Just In Time (JIT) compiler converts MSIL code into native code for execution. It explains how the Native Image Generator (NGen.exe) creates and stores native code images, which can be loaded by the CLR instead of the original assembly
• Basics of Ngen.exe (Native Image Generator) in .NetDec 23, 2013. I would like to share the basics of Ngen.exe in .Net, collected from various web resources. I will first try to explain the problem then the solution, Ngen.exe, in simple words.
• Impove App Launch Performance With MultiCore JIT in .NET FrameworkApr 18, 2013. Learn how to enhance the launch performance of your .NET Framework 4.5 applications by leveraging MultiCore JIT (Just-In-Time) compilation. Discover techniques to optimize code compilation, reduce startup time, and improve overall execution speed for greater efficiency and user satisfaction.
• Just-In-Time (JIT) Compiler in C#Apr 02, 2013. The JIT compiler in C# converts MSIL code to native code for execution, ensuring type safety. Types of JIT compilation include Pre-JIT, Econo-JIT, and Normal-JIT. Pre-JIT compiles all code at deployment, Econo-JIT compiles methods at runtime and removes them after execution, and Normal-JIT caches compiled methods.
• JIT Coding in VB.NETNov 10, 2012. One not so well known feature of .NET platform is possibility to invoke compiler and practically create code and assembly from running instance of application. It is possible to do that in two ways. First one is a bit simpler and involves namespaces System.CodeDom and System.CodeDom.Compiler, second one is more efficient and utilizes namespace System.Reflection.Emit. Since there are very few examples about how to use System.CodeDom.Compiler I will start with it.
• A quick view from C, C++ to VB.NETNov 09, 2012. This article is explained about a VB.NET conversion.
• JIT (Just-In-Time) CompilerMar 16, 2011. .NET languages utilize CLR, enabling execution through JIT compiler, converting MSIL to CPU-specific native code during runtime. This JIT process ensures optimal performance, compiling IL to native code as needed. JIT types include Pre-JIT, Econo-JIT, and Normal-JIT, each with distinct compilation and caching behaviors.
• 6 Reasons to become an ASP.NET ProgrammerMar 02, 2011. Here I give you 6 reasons to become an ASP.NET Programmer.
• Compiling and DebuggingNov 08, 2009. In this this article I will explain you about compilation and debugging in .NET.
• Chapter 1: C# PreviewJan 22, 2008. This chapter explains you the brief description about the difference between c# and c++ and also gives you an overview of what's new in c# 3.0.
• May Reflection be with you, alwaysJul 02, 2003. So let me present the example where we can use Reflection and Reflection.Emit to do something interesting.
• A Beginner's Guide to Microsoft's shared Source CLI (Rotor)May 13, 2003. The Common Language Infrastructure (CLI) is the ECMA standard that describes the core technologies contained in .NET.
• Comparison of C# with Java: A Developer PerspectiveMay 29, 2002. The .NET is a language and operating system (on Windows as of now) independent platform pretty similar to Java.
• .NET Performance Counters, Part 1: Predefined CLR Performance CountersMay 13, 2002. In this article, I will describe what a performance counter is and introduce you to the predefined counters that you can use to monitor the state of the CLR while your applications run.
• JIT CodingMar 11, 2002. One not so well known feature of .NET platform is possibility to invoke compiler and practically create code and assembly from running instance of application. It is possible to do that in two ways. First one is a bit simpler and involves namespaces System.CodeDom and System.CodeDom.Compiler, second one is more efficient and utilizes namespace System.Reflection.Emit. Since there are very few examples about how to use System.CodeDom.Compiler I will start with it.
• A Quick View From C/C++ to C#Sep 10, 2001. This article provides a quick overview of the C/C++ and C# languages.
• C# or VB.NET - World War IIIAug 23, 2001. In this article I'm going to go under the hood and show you what really happens to the in C# and VB.NET.
• .NET framework comparison with Java ArchitectureMay 08, 2001. This article outlines Microsoft's proposed standardization of .NET framework in ECMA forum as CLI (Common Language Infrastructure), but the Microsoft documentation refer this as CLR (Common Language Runtime).
• Compilation And Runtime Execution Of A C-Sharp ProgramApr 10, 2001. C-Sharp (C#) is a strongly typed object-oriented programming language designed to give optimum composition of simplicity, expressiveness and performance.