Bramus Van Damme’s Post

New article alert🚨🚨 The browser’s ability to distinguish between visible and non-visible parts of a webpage and to understand how specific elements affect the display is crucial for ensuring a smooth loading experience. The CSS contains properties representing containment in web standards and helps browsers manage webpage performance more effectively. This property indicates whether the contents of an element are different from the rest of the page, making it easier to optimize specific sections and improve the user experience. In this article, I discuss the importance of the CSS contain property, how it works, and provide several examples of implementing it. https://lnkd.in/dZsJzsvm

The new content-visibility CSS property could be a game-changer for web developers looking to boost rendering performance. Introduced with Chromium 85, it allows browsers to skip rendering work for off-screen elements, making page load times significantly faster. This means quicker initial loads and smoother interactions for users, particularly on content-heavy sites. Though only available in Chromium for now, content-visibility relies on primitives within the broader CSS Containment Spec, which has strong support across most modern browsers. #WebDevelopment #CSS #RenderingPerformance #FrontendDevelopment #ContentVisibility https://lnkd.in/eXNTYCss

Hmm, this is really interesting: https://lnkd.in/eU-HZUAE Seems like the content-visibility property effectively adds lazy loading for entire page elements, saving browser resources on things outside the viewport. Definitely seems like something worth checking out! #webdevelopment #css #softwareengineering

The primary goal of CSS Containment is to improve rendering performance and reduce the loading time of a web page by providing certain control over the rendering process performed by the browser.

Just finished a series of field tests to find out: Can we use CSS containment to improve rendering and interactivity on websites? If so, by how much can it push the needle on Core Web Vitals (LCP, INP, CLS)? 🚀 The results? A mixed bag 🛍️: 👉🏽 There were some INP and CLS improvements on one page type, but CLS regressions on another. 👉🏽 The paint timings FCP and LCP didn’t change much. The key takeaway 🥡: CSS containment did not consistently improve #webperf metrics across the tested webpages. So further research and testing may be needed to draw definitive conclusions. Stay curious, keep testing! 🧠🔬 https://lnkd.in/eQaNZma6

🚀 How Critical CSS Boosts Your Page Load Speed 🚀 When it comes to web performance, loading an entire style.css file can slow down your initial load time. Critical CSS offers a faster approach by inlining only the essential styles needed to render the visible part of your page. What is Critical CSS? With Critical CSS, you inline only the styles required to display the most important parts of your page. Why Use Critical CSS? Critical CSS significantly improves First Contentful Paint (FCP) and Largest Contentful Paint (LCP). By making the page display faster, you enhance user experience and reduce bounce rates, which is especially valuable for content-heavy sites and eCommerce platforms. 📝Takeaway: Inlining essential styles while deferring the rest allows for a faster, more engaging user experience, ensuring users see content as quickly as possible. #WebPerformance #CriticalCSS #UserExperience #FrontendDevelopment #WebOptimization

Great performance is VITAL to a successful website. Here are the results from a white-label website we are launching for our partner agency this week 👇 Here's what we did to improve the performance: > Minify and optimise CSS delivery > Minify, defer and delay JavaScript execution > Enabled Lazy Loading for images > Added missing image dimensions > Full preloading activated > Enabled dynamic caching and Memcached > Full cleanup of the database > Compressed images and set up WebP delivery Not sure what each metric in the image means? I've broken it down for you: Largest Contentful Paint Measures how long it takes for the largest visible element (like an image or a block of text) to load and appear on the screen. A faster LCP means users can see and interact with the main content more quickly. Total Blocking Time Measures the amount of time a webpage is blocked from responding to user input, such as clicks or keyboard actions. A lower TBT indicates a more responsive and user-friendly webpage. Cumulative Layout Shift Measures how much a webpage's layout shifts unexpectedly while it is loading. A lower CLS score means the page is more stable, providing a better user experience as elements don't jump around unexpectedly. Use the link in the comments to measure your website's performance! #Websites #Performance #Optimisation

🚀 Day 10:#100DaysOfCode 🎉 Today, I dived into CSS Media Queries! 🌐 ✨ Learned how to make websites responsive across different screen sizes. ✨ Implemented practical examples  📱 Key Takeaways: Used @media rules for screen size adjustments. Tested with min-width and max-width for breakpoints. Enhanced designs for better user experience. #WebDevelopment #CSS #ResponsiveDesign #LoveBabbar

🚀 Exciting News! 🚀 🎨 Are you tired of slow-loading websites due to bloated CSS files? Let me share with you a few tricks to optimize your CSS and enhance your website's performance! 🌟 🔍 Dive into Your Stylesheets: Take a closer look at your stylesheets and identify any unnecessary code, comments, or white spaces that can be removed to reduce file size and improve loading speed. Streamlining your CSS is the key to faster web page rendering! 💡 Embrace Modularization: Break down your CSS into smaller, more manageable files based on the components of your website. Using modular CSS not only makes your code more organized but also allows for faster loading times by only loading the necessary styles when needed. 🎯 Minify and Compress: Utilize minification tools to remove redundant code, reduce file size, and optimize your CSS for performance. Compressing your stylesheets into a single file can significantly improve loading speed and overall user experience. 💻 Leverage Browser Caching: Maximize browser caching by setting expiration dates for your CSS files. This ensures that returning visitors can load your website faster by retrieving previously cached stylesheets instead of downloading them again. 🚨 Stay Updated: Regularly update your CSS framework and libraries to the latest versions. Updates often include performance enhancements and bug fixes that can boost your website's speed and responsiveness. 🌈 The world of CSS optimization is vast and exciting, with endless possibilities to enhance your website's performance and user experience. By implementing these best practices, you can ensure that your website loads quickly, looks stunning, and keeps visitors coming back for more! ✨ #CSSOptimization #WebPerformance #WebDevelopment #TechTips #UXDesign #Coding #WebDevTips

Three modern #CSS properties your website must have Mojtaba Seyedi outlines some newish CSS features that can help you improve your user interface. https://lnkd.in/gk-prQ2a