1615893060
We’ll use Blazor Server, Blazor WebAssembly and an ASP.NET Core MVC application to compare performance, looking at network activity to measure against the number of HTTP requests and total load time.
Editor’s Note: This piece was written before the release of .NET 5, which has shown to be a significant improvement for Blazor. Load times have indeed improved as a result, so your performance may vary.
Performance is a key factor when choosing a web application framework. Some key performance factors to look out for include:
We will look at how Blazor performs as a web application framework. We will use ASP.NET Core MVC, Blazor Server and Blazor WebAssembly and create similar applications in these frameworks to compare the performance.
Note: Looking for comparisons of Blazor and popular JavaScript frameworks like Angular, React and Vue? Check out these posts for more:
#blazor
1598095640
#blazor #blazor in c# #blazor tutorial #blazor webassembly #blazor crud #blazor with asp.net core
1593023657
#blazor #blazor tutorial #blazor in c# #blazor crud #blazor webassembly #blazor with asp.net core
1591572416
#blazor #blazor tutorial #blazor crud #blazor api #blazor with asp.net core #blazor in c#
1587770094
#blazor #blazor tutorial #blazor crud #blazor in c# #blazor api
1588316200
#blazor #blazor tutorial #blazor in c# #blazor crud #blazor api