Server-side rendering (SSR) is the capability of an application to render or load the web page through the server instead of generating it through a browser.
The Benefits of Using Server-Side Rendering
Whereas SSR takes the pressure off the browser, meaning pages can load quicker, resulting in a better user experience. With JS content, server-side rendering is essential to ensure pages are properly indexed.
The Pitfalls of Using Server-Side Rendering
Although server-side rendering is a superior strategy with many benefits, it also has some drawbacks:
- Server-side rendering is not a straightforward concept; its cost grows simultaneously with the application’s complexity and website size.
- Rendering a comprehensive server application can raise overall loading times if not managed and maintained appropriately.
Steps to Add Server-Side Rendering
Server-side processing involves the following steps:
- Client HTTP request – When a user has entered the URL into their browser’s address bar, it creates an HTTP connection to the web server and sends the server a request for the HTML document.
- HTTP response from the server – The server then sends this HTML file to the client.
- Page loading and rendering – The browser downloads the HTML file and shows the page’s static elements.
Frameworks and Tools for Server-Side Rendering
There are various frameworks accessible today, but the following are some of the most popular:
Angular – Angular Universal is a server-side rendering application popular with large-scale websites.
When Should I Use Server Side Rendering (SSR)?
It also allows search engines to see what content is accessible on each page, aiding in content discovery and engagement metrics such as time on site. SSR can also be helpful if you have sites with dynamic content prone to changing frequently.
If you think SSR could benefit your website, please speak to your development team and an experienced SEO professional before taking any action. They will help determine if it is the best course of action and can ensure it is implemented correctly.