Compression LevelsĬompression levels determine the amount of compression applied to the data. IIS 10 supports both gzip and deflate compression algorithms. There are several compression algorithms available for HTTP compression, including gzip and deflate. This type of compression is useful for static content, such as HTML, CSS, and JavaScript files, that do not change frequently. ![]() Static compression is the process of compressing data ahead of time and storing the compressed version on the server. This type of compression is useful for dynamic content that is generated on the fly, such as ASP.NET pages or PHP scripts. Key Conceptsīefore we dive into the specifics of enabling dynamic compression in IIS 10, let's review some key concepts related to HTTP compression: Dynamic Compressionĭynamic compression is the process of compressing data on the fly as it is being transmitted from the server to the client. We will cover the key concepts related to HTTP compression, provide detailed instructions on how to enable dynamic compression, and discuss the benefits and potential drawbacks of using HTTP compression. ![]() In this article, we will focus on enabling dynamic compression using the web.config file at the site level in IIS 10. IIS 10 supports HTTP compression through dynamic compression and static compression. By compressing the data, the amount of time and bandwidth required to transfer the data is reduced, resulting in faster page load times and improved user experience. HTTP compression is a technique used to reduce the size of data transmitted between a server and a client over the HTTP protocol. Enabling HTTP Compression: Site-level Configuration in IIS 10 using web.config Introduction
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