performance
18 posts tagged with this.
-
.NET 10 Ships with Runtime and C# 14 Updates
Microsoft released .NET 10 in May 2026, delivering measurable runtime gains and several C# 14 language additions. Teams running production workloads on Windows Server should review the new AOT defaults and updated ASP.NET Core hosting model before upgrading.
-
Native AOT in ASP.NET Core 10: Smaller Faster Deployments
Native AOT compilation in ASP.NET Core 10 produces self-contained binaries under 20 MB with sub-100 ms startup. The technique eliminates JIT overhead and simplifies container and serverless deployments on Windows Server.
-
Native AOT Deployment in ASP.NET Core 10
ASP.NET Core 10 ships improved Native AOT tooling that reduces startup time and memory footprint for API workloads. This post covers the practical steps to enable it and the trade-offs developers actually encounter in production.
-
.NET 10 Runtime and C# Improvements
Microsoft shipped .NET 10 in late 2025 with measurable gains in startup time, memory usage, and JIT throughput. This post summarizes the changes that matter most for production workloads on Windows Server and IIS.
-
Native AOT Deployment in ASP.NET Core 10
Native AOT in ASP.NET Core 10 produces smaller binaries and faster cold starts for API workloads. This post covers the practical steps to adopt it and the trade-offs to evaluate before production use.
-
Recent .NET Runtime Improvements and C# Updates
The .NET platform has delivered targeted runtime optimizations and incremental C# language enhancements in recent months. These changes focus on performance, diagnostics, and developer productivity for production workloads on Windows Server and Linux.
-
.NET 10 AOT Improvements for Minimal APIs
Native AOT compilation in .NET 10 delivers smaller binaries and faster startup for ASP.NET Core Minimal APIs. Developers gain concrete gains in cold-start latency and memory use without changing application code.
-
Recent .NET 10 Updates Developers Need to Know
The May 2026 .NET 10 servicing release delivers measurable runtime gains and targeted C# language refinements that directly affect production workloads. This post summarizes the changes that matter most for ASP.NET Core, Entity Framework Core, and high-throughput services.
-
HTTP/3 and QUIC Improvements in ASP.NET Core 10
ASP.NET Core 10 ships meaningful refinements to its HTTP/3 and QUIC implementation that reduce handshake latency and improve multiplexing under load. This post shows exactly how to enable and tune the new behavior in production deployments on Windows Server.
-
Native AOT Deployment for ASP.NET Core in .NET 10
Native AOT compilation in .NET 10 delivers smaller binaries and faster startup for ASP.NET Core services. This post covers the practical steps to enable it and the trade-offs developers encounter in real workloads.
-
.NET 10 and C# 13 Updates for May 2026
The May 2026 .NET 10 release delivers measurable runtime gains and C# 13 language refinements that affect everyday code. This post summarizes the concrete changes and shows short examples of how they integrate into existing ASP.NET Core applications.
-
Native AOT for Smaller ASP.NET Core Deployments
Native AOT compilation produces self-contained, trimmed binaries that start faster and consume less memory. This post shows how to adopt it in current ASP.NET Core projects and the concrete changes required.
-
.NET 10 Delivers Major Runtime and C# Gains
Microsoft shipped .NET 10 in November 2025 with substantial performance work in the runtime and several targeted C# 14 language additions. The release improves ahead-of-time compilation, reduces memory pressure in long-running services, and adds practical syntax for common patterns.
-
The .NET Ecosystem in 2026: What’s New in .NET 10 and C# 14 (with a Look at .NET 11 Preview)
Discover what’s new in .NET 10 and C# 14 — faster Native AOT, improved Minimal APIs, powerful new language features, and a preview of .NET 11. A must-read guide for every .NET developer in 2026.
-
Unlocking Faster Endpoints with ASP.NET Core Minimal APIs
Minimal APIs provide a high-performance alternative to full MVC controllers in ASP.NET Core by minimizing overhead and allocations. This guide covers implementation details, performance benchmarks, advanced patterns, and deployment techniques to help you build faster applications on the ASPnix platf