How do you optimize your page load time?

The current speed of the website should be measured in the first place with the following tools: 1. Google Lighthouse 2. Google PageSpeed Insights 3. GTmetrix Why is important to measure page speed: Because of the following: FCP, LCP, TTI, TBT, and the parameter which will be introduced in 2024, INP instead of FID.

Enhancing website performance is for a seamless user experience! Ever wondered how to optimize page load time? Let's dive into the tech-savvy world of page speed optimization without the jargon! 1. Optimize images & videos for web 2. Minimize HTTP requests 3. Leverage browser caching 4. Use Content Delivery Networks What are your go-to tricks for boosting page load time? Share your insights!

Para otimizar o tempo de carregamento da página, uma boa dica é melhorar como os scripts s?o carregados e tratar melhor as imagens. Isso significa combinar e reduzir arquivos de código, carregar partes do site de forma eficiente e garantir que as imagens estejam no tamanho certo e bem compactadas.

Optimize Images: Compress and choose appropriate file formats to reduce image size without compromising quality. Browser Caching: Utilize browser caching to store frequently accessed resources, reducing load times for returning visitors. Minimize HTTP Requests: Reduce the number of elements on a page, combining CSS and JavaScript files where possible. Content Delivery Network (CDN): Distribute site content across servers worldwide, improving load times for users globally. Enable Gzip Compression: Compress website files before sending them to the browser, reducing data transfer size. Prioritize Critical Rendering Path: Load essential elements first to improve initial rendering and user perception of speed.

Optimize page load time by compressing images, minifying CSS, JavaScript, and HTML files, and leveraging browser caching. Use a Content Delivery Network (CDN) to distribute content efficiently. Optimize server response times, reduce redirects, and enable compression like GZIP. Prioritize above-the-fold content loading to improve user experience and boost your SEO rankings.

? Optimizing Page Load Time: Compression: Use Gzip/Brotli for file size reduction. Minification: Minify CSS, JS, and HTML. Browser Caching: Configure cache settings for static files. CDN Integration: Utilize CDNs for global content distribution. Server Response Time: Optimize server performance. ?Optimizing Images: Compression: Use TinyPNG/ImageOptim for image compression. Image Formats: Choose JPEG for photos, PNG for transparency. Responsive Images: Implement responsive design with srcset. Lazy Loading: Load images when in the viewport. Image Sprites: Create sprites for small icons. Image Dimensions: Specify dimensions in HTML.

Inclure des images dans vos pages web, de fa?on optimisée, se fait en 5 étapes : 1. Utiliser le bon format de fichier : JPEG or WebP pour les photos et illustrations, PNG pour les images en transparence (type logo) 2. Dimensionner vos images au plus juste par rapport à l'affichage écran (exemple : 440x360 pour une image aper?u de blog) 3. Eventuellement appliquer une compression du fichier via un logiciel gratuit comme TinyPNG ou ImageOptim. Dans l'idéal, l'image doit faire moins de 100 Ko 4. Bien spécifier dans le code HTML la hauteur et la largeur de l'image (et pas demander au navigateur d'effectuer le redimensionnement) 5. Eventuellement appliquer du "lazy loading" afin de charger les images au fur et à mesure du défilement de la page

Best practice on how to set image size: 1. Every image should be displayed in the size how it is displayed on the page, they should not be resized in realtime. That means probably webmasters will need different image sizes depending on which size they need to display on the page.

There are two basic types of images to consider: raster and vector. Raster images—aka bitmaps—are photos. These should be served as JPGs. Vectors can be expressed as a PNG or an SVG. Many simple vector graphics are best expressed as SVG, which are true scalable vector graphics. Use PNG if the art is overly complex, lacks SVG support, or absolutely has an image that is a mix of raster and vector. Many image size mishaps occur because people get this backward. They use a PNG for a photo or a JPG for a vector. Online tools like TinyPNG are free to use in small batches and can highly optimize your PNGs. Newer formats such as WebP are widely accepted now and are made to supersede both JPG and PNG.

Make sure you lazyload but only these images (WebP format) that are not immediately in the viewport. Loading logo on header for example with lazyload is a mistake

Agree with this one, especially to minify CSS and JavaScript, and remove unused JS libraries, scripts, and code. Removing JS code and scripts will improve loading time and page speed.

Always minify and combine files using a process such as GULP. Maintain the unmodified and uncombined source files within a source control system such as GitHub, GitLab, or Azure. Beyond crunching code, you should be careful not to serve unused code to a webpage. For example, if you have several unique styles for your website's homepage, consider serving a separate CSS file for these styles only. It's not always the rule, but it can save your users precious milliseconds when loading your site for the first time.

It was true that it was necessary to combine CSS and JS when sites used HTTP/1.1 but with the HTTP/2 protocol, this is no longer relevant. ?? With HTTP/1.1, when the browser retrieved your page resources from your server, a TCP connection was opened for the transfer of requests and resources. ?? HTTP/2 allows multiplexing, therefore processing requests and responses in parallel. It is therefore not necessary to combine CSS/JS. ?? When combining CSS or JS, the size of the combined file can be very large. External CSS/JS is inherently rendering blocking. ?? In my experience, I have better performance (in HTTP/2) by using several small files. The file is downloaded, parsed and executed very quickly and the page renders quickly.

Minimize the size of your HTML, CSS, and JavaScript files by removing unnecessary comments, white spaces, and formatting. Combine multiple CSS and JavaScript files into fewer files to reduce the number of HTTP requests required to load your page, thus speeding up load times.

Minify HTML, CSS, and JavaScript files by removing unnecessary characters, whitespace, and comments. Combining multiple CSS and JavaScript files into a single file reduces the number of server requests, thereby speeding up load times.

CDN is definitely the best way to improve the loading time, no matter the location of the website. Just be sure that your server is properly set to work with different CDNs, in order to catch and display freshly added content.

When you fetch a webpage from a CMS, the server needs time to build and output the finished page. A cache can save this output as finished HTML and serve it to users for a long time. Unless your website needs to generate live dynamic content from the server, placing a cache between it and your users is best. GZIP compression is standard but may not be enabled by default on your web server. Look for this header in your browser's network panel to ensure it is enabled: Content-Encoding: gzip. Brotli is faster, better than Gzip, and usable on all the latest web browsers. Only browsers older than late 2017 fail to support it.

Ter um servi?o de cache, além de melhorar a performance do site, permite que ele suporte um volume maior de tráfego, garantindo a capacidade de atender a um número maior de requisi??es simultaneas.

Caching and compression are key strategies for improving page load time by reducing data transfer between the server and browser. Caching saves copies of resources like images and scripts on the server or CDN for quicker access on repeat visits. Compression, using gzip or Brotli, shrinks resource sizes before transmission. Both techniques can be implemented via server settings or CMS plugins, boosting performance and cutting load times.

Implement browser caching to store static resources (e.g., CSS, JavaScript, images) locally on users' devices, allowing subsequent visits to load the page more quickly. Enable gzip compression on your web server to reduce the size of transferred data, further improving load times, especially for text-based content.

To optimize page load time, the final step is to minimize redirects and external scripts, as they can cause latency and add overhead. Use 301 permanent redirects instead of 302, as they are more SEO-friendly and cacheable. Avoid redirect chains and loops, and utilize canonical tags to specify the preferred page version. Limit the number and size of external scripts, and load them asynchronously or defer them to run after the main content has been loaded, ensuring faster page performance.

Redirects are good to go with for SEO, but they can make the loading time slower and the slower page performance itself. Especially because of the new INP (page speed parameter) which will be introduced in 2024, redirections should be eliminated from the website and swapped with the live URLs.

A new website has low entropy. All of the links are pointed to their proper destinations. Over time, entropy increases. Links change addresses and redirects are needed to help users find the way. A 302 redirect is suitable for a temporary redirect, and a 301 is permanent. Close the loop if you need more than one 301 to get to a destination. For self-links, never 301 internally if you can avoid it. Do the work to update links for an optimal experience.

Minimize the number of redirects on your website as each redirect adds additional HTTP requests and increases load time. Evaluate and streamline your use of external scripts and third-party resources, as each additional script introduces latency and potential points of failure. Consider hosting commonly used scripts locally or asynchronously loading non-essential scripts to prioritize critical content loading.

Minimize the number of redirects on your website, as each redirect adds an additional HTTP request and increases load time. Similarly, limit the use of external scripts and third-party resources, as they can introduce latency and dependency issues. Evaluate the necessity of each script and consider alternatives such as asynchronous loading or hosting scripts locally.

Your worst enemy for page speed and load time will be tag manager software. These utilities allow marketing teams to deploy any number of marketing tags to your website. While speed-conscious marketing teams will try their best to avoid slowdowns, most will impact page speed. Data is one of the pillars of a marketing website, and collecting analytical and attribution data is vital. You can offer to place tags directly, but it comes at the cost of their convenience. While not as popular today, AMP pages are an excellent alternative, as they do not allow regular JavaScript to run on a page. Tags are mostly JavaScript, and using secondary AMP pages can create a speedy—yet canonical—page experience for your users.

Prioritize above-the-fold content: Load critical above-the-fold content first to provide users with a meaningful initial experience while non-essential content loads in the background. Optimize server response time: Improve server performance by upgrading hardware, optimizing server configurations, and utilizing content delivery networks (CDNs) to reduce latency and improve response times. Implement lazy loading for non-essential content: Defer the loading of non-critical resources such as ads, social media widgets, and embedded videos until after the initial page render to prioritize essential content.

Content delivery network (CDN): Utilize a CDN to distribute your website's content across multiple servers worldwide, reducing latency and improving load times for users across different geographic locations. Server optimization: Optimize server configurations, leverage caching mechanisms, and consider upgrading to a faster hosting provider or server infrastructure to enhance overall performance. Mobile optimization: Prioritize mobile optimization by adopting responsive design principles, optimizing viewport settings, and minimizing unnecessary content for mobile users to improve loading speed on smartphones and tablets.

When auditing your website's social media integration, it's crucial to focus on more than just the functionality and visibility of social media buttons. Here's an expanded perspective to enhance your review: Strategic Placement: Ensure that social media sharing buttons are not just visible but also strategically placed to encourage interaction without interfering with the user experience. Placement near high-impact areas like major articles, impactful images, or at the end of engaging content can increase usage rates.

Here’s a story: I once worked on a site that was lightning-fast on paper, but visitors were still bouncing. Turns out, we had optimized for the wrong things. The page loaded quickly, but the content users wanted wasn’t front and center. Lesson learned: prioritize your most valuable content first. You could have a blazing-fast site, but if the user can’t find what they’re looking for immediately, you might lose them. And don’t forget to test across different devices. A site that flies on desktop can crawl on mobile if it’s not optimized right. If this was helpful, let me know with a Like ??!