How to Make Your Website Faster

One of the most important variables determining a website’s ranking in search engine results is its loading speed.

Search engines rank websites based on their user-friendliness as well as their relevancy to requests; here’s a case study of how I ranked for Hong Kong SEO.

The bounce rate of a website is increased by poor performance and material that is presented for an extended period of time, which indicates that many users depart the site without visiting additional pages. According to data, the bounce rate increases by a third when the download speed decreases to 3 seconds, and the number of bounced visits doubles when the speed lowers to 6 seconds.

This post will explain how to improve the page loading speed of your website and what ways you can take to do so now. These tactics will help your website rank higher in search engine results, generate traffic, and preserve speed.

How Can You Tell If A Website Has A Speed Issue?

Core Web Vitals is one of the most recent Google algorithm improvements. The search engine analyzes the site’s efficacy using the LCP (Largest Contentful Paint) and FID (First Input Delay) metrics. Whereas LCP indicates the time it takes for the browser to produce the page on the screen, FID indicates how quickly the browser responds to visitors’ interactions with the interface components.

The Google Search Console is the greatest place to learn about a page’s Core Web Vitals (Google Webmaster). The data may be seen in the “Basic Internet Indicators” section after validating the site’s ownership.

You may acquire a website speed page insight into a certain page and identify what variables negatively impact its performance using the Google sites speed test online tool. This program will also make recommendations for improving the performance of your website.

A site audit utilizing a platform for SEO professionals is another alternative for a full-page loading speed check. For example, you may view the Core Web Vitals of any resource in the SE Ranking services report, as well as statistics on the amount of HTML code, picture sizes, CSS and JS files, and other indications that impact the content display time.

How Can I Make A Website Load Faster?

Every page load is the consequence of data exchange between the browser and the server. The server gets a large number of requests and responds with the appropriate set of hosted data, which the browser then reads and displays on the user’s screen.

How to make a website load faster.

The volume of files and the number of requests that the server must handle determine the resource’s performance. The goal of website speed optimization is to minimize server load and, as a consequence, speed up the site.

CSS and JS files should be minified.

The act of eliminating extraneous syntax from code that does not impair the resource’s operation, such as comments, repetitive indents, and spaces, is known as code minification. This helps you to make the original CSS/JS files smaller.

To minify CSS, use tools like Pretty Diff or CSSmin. The UglifyJS and Microsoft Ajax Minifier compressors will be useful for JavaScript code. The Google Closure Compiler tool may be used to optimize many types of CSS, JS, and HTML files.

Reducing the number of HTTP requests is a good idea.

A set of queries to the server is typically hidden under the presentation of a single page. Text, photos, CSS style sheets, JavaScript scripts, and other elements of an HTML document can all be requested at the same time by the browser.

The quantity of data delivered and information in the request headers increases as the number of such requests increases. The following approaches can help you reduce the number of server calls:

  • Separating CSS and JS components in a single file;
  • Load balancing is accomplished by spreading page components among servers.
  • Using CSS files to embed inline pictures in tables;
  • SVG graphic components are combined into a single file.
  • For simultaneous downloading, use subdomains.
  • Another way to speed up the site’s loading time is to relocate some of the material to a distinct subdomain and provide its route in the hosting server’s root config.php file.

A resource, for example, may include a large number of photographs. When you transfer a folder to a new subdomain, the browser interprets requests as coming from distinct servers. As a result, the server’s burden will be reduced, and the potential of simultaneous file downloads will grow.

CSS components should be placed at the top of the page.

The complete opening of material, i.e., the rendering of content by the browser, takes place in phases, beginning at the top of the page and progressing to the bottom. When styles are placed towards the bottom of an HTML document and the internet speed is slow, the content may not be displayed until the styles are loaded, resulting in a white screen for the user.

The block will make the rendering process constant – from opening vital elements to fully loading all page components – by including the leading styles in the top head.

JS elements should be placed near the bottom of the page.

The design is interactive and appealing thanks to scripts that write dynamic situations. They are a nice addition to the website, but they aren’t as important as the text and photographs.

In a reasonably big volume and synchronous loading, a characteristic of JavaScript elements. They can prevent the display of other elements of a website if they are put at the top of an HTML document. To improve the overall performance of the website, we propose placing scripts below the page.

Use your browser’s cache.

Use browser cache on the site if you want to achieve a fast-loading site. The cache is a collection of stored copies of previously uploaded files in the past. As a consequence, the playback performance improves since the browser uses the previously cached data instead of accessing the server. By enabling CSS and JS caching, the browser can save copies of these.

The size of the photographs might also be affected by the incorrect file format. For website photos, it is advised that the most common extensions, such as jpeg and png, be used. When optimizing photos, jpeg is commonly utilized since it has the same quality as png but is considerably lighter. Webmasters are advised to use formats such as WebP to make their pages load quicker.

Image editors and conversion programs can be used to manually convert image extensions. There are other free services for bulk picture conversion, such as Conversion or Png2Jpg, that allow you to convert photographs from one format to another.

You can adjust the width and height properties at the HTML page level in addition to the original picture size. In this situation, the browser uses the tags to get information about the picture format and displays it in the desired format.

To load JS content, use a CDN.

The user’s location and the server they use to access your site might have an impact on the page loading time. The CDN (Content Delivery Network) is a system in which servers are distributed around the globe. When processing a request, it chooses the server with the fewest intermediary nodes, which speeds up data transport.

Google Libraries, a CDN for popular Javascript libraries, is now available. The server load is reduced by sharing the jQuery JS framework with Google libraries. Furthermore, with this method, the browser caches script files rather than re-downloading them.

Conclusions

The speed with which online pages load is becoming an essential ranking element and a criterion for assessing a website. It enhances searchability and impacts the position in search engine results. You can discover low-performing sites and optimize them for faster loading times by using SEO optimization services.

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