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The ultimate guide to web performanceWebsite performance enhancement -
And just like human blunders and ignorance dictating the outcome of the Trojan War, common mistakes killing website performance tend to determine the outcome of online business competition — fastest to the finish line wins the race!
The aptly named Gap of Death, the interval between expected page load time of under 2 seconds and average site load time of 5 seconds expands or contracts due to surprisingly neglected website optimization tactics and business decisions. Contrary to the popular sentiment, speed optimization is ideally implemented across all stages of website development, and not just after building the entire site, which is only when website owners realize the need to push for website performance optimization.
Final tweaks and speed optimization add-ons implemented after developing websites does improve page speed though, bringing down the load time to at least reach the Gap of Death.
But even within this performance zone, conversion rates go down by 7 percent for each second of delay after the expected page load time of 2 seconds. On the other hand, website owners wary of speed optimization tactics can aim for higher website performance by avoiding the following deadly mistakes as well:.
The mistake of opting for a mediocre Web hosting service can live forever. With over 1. Global availability of a vast array of hosting options is pushing businesses and hobbyists to establish their presence in the cyber world.
The demand for cost-effective web hosting services is rising exponentially, and hosting providers are more than willing to compromise service quality in accumulating market share with low-cost tiers. Mediocre web hosts selling cost-effective services continue to maximize profitability by hosting thousands of websites on single instances of bloated Apache stacks.
Un-optimized servers running thousands of public websites on a single server stack is particularly harmful to ecommerce websites characterized by uncontrollable web traffic spikes, multimedia content and large website files.
Attractive website performance is critical to the success of ecommerce businesses since websites taking more than 3 seconds to load immediately lose 40 percent of the traffic. Perhaps then, investing time and money in pursuing the highest quality web hosting services is key to maintaining high-performance websites generating vast revenue streams by attracting visitor attention efficiently and accurately.
Website speed optimization is an ongoing and evolving process and goes well beyond subscribing to the best web hosting services in the world. Some business decisions intended to maximize revenue by altering website design and features adversely affect website performance by stealing size-able chunks from the bandwidth allotted to each individual visitor.
Additional features and functionality always pleases website owners and developers. Widgets and plugins enable convenient changes to existing websites along with a slight burden on website performance. On a clients site, we saw that it added KB to the overall page weight, which is not good!
Keeping add-ons limited to a bare minimum is essential to maintaining optimum website performance — even plugins installed to the same website core compete in delivering the quickest response to browser requests, ultimately draining bandwidth. Sometimes the quality and functionality of plugins installed matters far more than the number itself.
Plugins that query large streams of data to perform complex operations should do this off-server, and not within website hosting environments such as WordPress. Tempting as it may seem, selling too much real estate to third-party advertisers drastically degrades website performance.
Too many ads or slow loading ads drive bounce rates and negatively impact online marketability. The financial losses that come with high bounce rates outweigh the monetary benefits of handing over vast website spaces to advertisers.
External services typically bring with them two problems. One is brought about by sheer volume, the other has to do with waiting until they load. According to one research study , the cost of generating revenue with a banner advertisement is almost 33 percent of additional latency.
Intrusive pop-up ads further aggravate visitors into abandoning websites at even higher rates. Affiliate code, even just those few additional lines of script take up valuable memory space on the hosting environment and require additional processing cycles in delivering the content to end-users.
Nevertheless, online advertisement is the primary source of income for many online businesses think Google and Facebook! Tempting website design themes and multimedia content are head turners for online traffic. That is if the content even reaches the eyes of impatient visitors fast enough.
High-quality images and videos large pixels, large file size take longer in downloading onto requesting browsers, whereas low quality, lightweight graphics barely capture user attention despite their lower load times.
However, graphics intensive content is not always the deciding factor in driving conversions and sales. This is especially true for ecommerce websites that must contain fast-loading product images and videos describing the value of products, and not necessarily their visual beauty.
Compatibility issues also affect multimedia and application performance for certain browsers and geographic locations. Take Google Chrome and Shockwave Flash as an example.
The two rarely play nice to each other. Similarly, government restrictions can also prevent specific multimedia content from reaching local visitors. Websites with non-functional multimedia content take excessive client-server communication cycles to reach requesting browsers, ultimately deteriorating website performance.
It is, however, up to website owners to ensure streamlined serviceability across all browser platforms, device form factors and geographic locations as government policies and browser compatibility potentially changes over time, and most often, unpredictability as well.
Fast loading and fully functional multimedia content is necessary for ecommerce merchants to keep hold of website visitors. Every second of delay in page load time leads to frustrated visitors abandoning slow websites, and drawing along 7 percent loss in conversion rates , 11 percent fewer page views and 16 percent decrease in customer satisfaction.
Sign up forms and analytics code add only a few lines to website core files. But when too many single-lines of code take space on the website back-end, web content assets and plugins with lengthy code end up competing for tiny memory spaces in short processing cycles.
As a result, the popular physics phenomenon of non-linearity kicks in, and each component performs unpredictably, usually consuming more processing cycles than expected. From the perspective of end users, excessive services are often unnecessary or at most, considered secondary to the actual content portrayed by the website.
Many websites host more than 80 assets images, plugins, add-ons and other multimedia content , and all of this content is not necessarily delivered to requesting browsers as per user preferences.
Additional investments in developing media-rich websites ultimately backfire when the information actually requested to reach end-users is held by irrelevant sign-up forms, analytics code and other content adding unnecessary weight to the website.
Global smartphone subscription is expected to surpass the 2. The competition to capture the attention of mobile users is even more intense due to slow loading mobile websites and lower visitor patience levels.
And on average, 3 in 4 people will abandon a mobile website if it takes any longer than 5 seconds to load, whereas an average mobile takes even longer periods of seconds to load.
Excessive delays in mobile page load time occur mostly when websites are not specifically optimized and designed to deliver high performance on a mobile device interface.
Even with dedicated smartphone-optimized pages, mobile users are not always redirected to the intended mobile-versions of desktop website pages requested from mobile browsers. Redirects are instructions that send users seeking one website URL to another one that supposedly contains the exact information requested by users.
Redirects are most effective for mobile users searching for desktop versions of website pages that must be mapped well to equivalent mobile versions in delivering the best mobile website experience.
Doing so inaccurately keeps users from switching between unwanted website files until they reach the right one. This causes unnecessary delays in loading the information actually sought by end-users. Website owners are eventually responsible for losing competitive advantages in the mobile space when the mobile web traffic is simply redirected toward irrelevant desktop website version, instead of delivering a speed-optimized mobile solution for mobile visitors.
Websites not speed-optimized for mobile devices suffer from common issues hampering mobile user experience. Issues such as faulty redirects, unplayable videos, bloated images and graphics, irrelevant cross-linking and unnecessary assets delivered to mobile visitors degrade website performance and ultimately drive bounce rates.
Only 10 percent of the waiting period is defined by the HTML response to browser requests, and the remaining 90 percent of the delay is caused in rendering pages, parsing HTML, executing code scripts and retrieving embedded assets.
Website performance overhaul with optimization tools and script tweaks can scrape off sizeable chunks from page load times, but perhaps not as effectively as developing a speed optimized website from scratch.
And the latter is more of a marketing strategy, a business decision and slight awareness in avoiding the most common mistakes that can potentially ruin online businesses by killing website performance. W eb traffic and search engine ranking is primarily a vanity metric for website performance.
Important as they are, neither is more indicative of online business success than sales figures and conversion rates. Putting things into perspective, ecommerce websites with almost zero percent bounce rate, 15 percent conversion rates and 10, unique website visitors from low search engine rankings fare far better than high ranking sites enjoying , unique visits with only 0.
The debate of conversion rate optimization can carry on for encyclopedic lengths, and implementing business best-practices on Frankensteinish websites can take tons of investments with efforts of patient execution spanning across months before any significant conversion rate improvement is yielded.
Online businesses focusing on improving website performance experience immediate results in the form of higher conversion rates and sky-rocketing sales. Page speed, in particular, fills the void in enhancing marketability by improving website user experience to keep impatient online customers engaged and satisfied.
The staggering statistics are as follows:. These statistics only describe how page speed impacts business success in the competitive cyberspace.
The pursuit for speed optimized website begins with identifying critical front-end issues most apparent under standard website performance testing processes. Before the exploration for page speed bumps begins, understanding the behavior of the most impactful website speed performance indicators helps to accurately identify performance loopholes in websites.
Downloading tons of memory hogging website content within milliseconds of initiating browser requests is not entirely possible without a thorough revamp and speed optimization of slow websites. In many cases, visitors only seek the primary information in the form of content or product information portrayed by Web pages.
Add a lot of complementary graphics and website features, and page rendering times rise beyond measure. Keeping the initial page speed high keeps visitors engaged even when the entire website content including bulky graphics take ages to render completely.
Monitoring high initial page speed by tracking parameters such as Time to First Byte TTFB or performing ping requests from website servers accurately describe initial page load times and page speed statistics. If these take too long, work needs to be done at the back-end in the form of server-side and website core optimization.
Monitoring the time consumed in rendering entire page content onto requesting browsers is an integral element of end-user website experience testing.
This information drives strategic IT decisions in deploying and optimizing hardware infrastructure to maximize website performance. Regularly monitoring this performance indicator enables website owners to realize how the website performs as it scales in terms of size and content type.
With this information, webmasters can cache static content in separate locations such as Content Delivery Network CDN while maintaining dedicated back-end servers to efficiently deliver dynamically-loaded content.
One of the perks of operating an online business is the ever-expanding global market reach. But this reach is not always equally efficient — and hence effective — across the globe due to the very factors that limit client-server communication.
Government policies, bandwidth and technology limitations prevent optimum website performance around the world, so website speed and availability tests should be conducted across disparate locations to determine global website performance results impacting world-wide business reach.
Website performance varies with fluctuations in web traffic. Hosting servers handling the normal load at peak performance may lose page speed under excessive loads. Conducting stress tests, ramp tests, load tests and other performance tests on websites creates an accurate picture of how much web traffic the website can handle before losing performance or going down altogether.
Shared hosting providers running thousands of websites on single Apache servers fail to deliver high performance even when the website is well-designed with a clean and speed-optimized code. Performance issues intensify during peak load times when insufficient server computing power fails to process website download requests efficiently.
Monitoring server CPU load enables hosting companies and IT staff running locally hosted websites to keep a check on back-end hardware capabilities in handling unpredictable web traffic deluge.
Database performance is critical for websites maintaining dynamic content pulled from back-end databases. A mechanism should be in place to detect and alert for inaccuracies in data transmission. Keeping an eye on free disk space on servers hosting websites locally helps avoid errors and data losses that lead to broken links and eventually degrade website performance.
Website owners can leverage an array of free and premium website performance testing services to analyze web pages and generate tailored solutions to fill the deepest of performance loopholes hampering page speed.
Page speed testing tools powered by search engine giant Google , website monitoring specialists Pingdom and GTMetrix yield valuable insights into website performance indicators for free, and programmatically generate scores and suggestions to educate non-geeky website owners.
Check out these in-depth guides to help you get started. These tools use a bunch of browsers to load websites and replicate end-user website experience across disparate geographic locations.
Performance bottlenecks are monitored across various elements of the web page under scrutiny including file size, load time, response time and requests pertaining to various website parts JavaScript, CSS files, HTML, images, etc.
The tools generate performance scores based on a set of rules developed in the context of Web page performance and user priorities. The principles include resource caching, client-server round-trip times, data download and upload size, and a host of rules impacting end-user website experience in terms of page speed.
Suggestions are generated in anticipation of page speed improvements that should occur by implementing appropriate performance optimization rules. For example, if a large image file is served uncompressed, monitoring tools would recommend implementation of various measures to compress the bulky file.
Such issues otherwise go unnoticed due to human errors or plain ignorance, neither of which can be completely eliminated. At the same time, page speed monitoring tools would at least empower website owners to identify the issues and take appropriate steps in eradicating hidden website performance bottlenecks.
The following test was conducted using the free Pingdom website speed test tool. Visit Pingdom and conduct the test selecting various geographic locations according to the options provided, and compare the end-results.
Enter your website and hit the Test Now button. It will then return a summary of your site, including a performance grade, a total load time, the total page size, and the number of requests you have on your website.
The performance insights section of the Pingdom speed test tool is very helpful. These are all based on the Google PageSpeed Insight rules. Generally, if you improve these on your site, you should see a decrease in your overall load times. The tool lists all downloaded files in a waterfall chart form, sorting it in terms of load order, load time, size, type or URL.
Analyze the performance of each file download by reading results against the key chart provided within the tool:. The tool helps to identify the next-best actions for website speed optimization tactics. Performance ratings and test results are therefore bound to be different, and no single tool identifies every single performance bottleneck in website designs.
It is however recommended that you stick with one tool as you make improvements to better monitor your progress. However, testing across multiple tools, analyzing different website design elements and comparing multiple test results provides reasonable insights for online business owners to devise speed optimization strategies for their websites.
D eveloping a great website takes great work. Leading online businesses leverage industry-proven experience, supernatural web development skills and a killer web hosting service to develop websites boasting top-notch performance figures and user experience.
But for those who miss this starting point in their pursuit of speed-optimized websites, employing a minimalistic approach in executing simple DIY page speed optimization tactics works almost well enough to patch slow websites.
The knowledge of investing in the right set of website speed optimization solutions and services, website management and perhaps downright coding trickery is essential to yield maximum website performance. Strategic business decisions based on this knowledge contribute directly toward enhancing website performance that in turn, lead to better online sales, leads, conversions and ultimately business success.
Optimization is the buzzword of success in the cyber world. Cyberspace, like the real physical world of planets, stars and galaxies is itself in flux — a state of continuous change and evolution. In fact, change is the only consistent process across both the real and the cyber world.
Survival in these spaces depends on how well the inhabitants can adapt to varying resources and environmental circumstances. Online business owners and webmasters adapt their websites to maintain optimal results under the consistent impression of change by improvising and optimizing key elements of website design that make or break page speed.
As a general rule of thumb, larger files take longer to download than smaller files. Web page download time, also known as the Page Load Time depends on the total size of content assets being downloaded from hosting servers to the requesting browser.
High-quality bulky images are the largest contributors to web page size, degrading page speed and agitating visitors eagerly waiting for the web page to load. The following image optimization best-practices go a long way in reducing the negative impact of images on website speed:. Leverage image optimization plugins such as Imagify , Optimus WordPress Image Optimizer , WP Smush , TinyPNG.
And for more tips check out our in-depth image optimization guide. Not so long ago, 30 KB was considered as the ideal web page size. And that included images, content, graphics, and code making the entire page.
The popularity of CSS and JavaScript ripped apart the ceiling of 30 KB page size in delivering enriched website user experience. Yet, modern websites coded in CSS are better at downloading content from hosting servers to requesting browsers efficiently and accurately. The following best practices ensure a speed-optimized CSS delivery:.
Tools such as Autoptimize , WP Rocket , Cache Enabler , CloudFlare CDN , and W3 Total Cache are some of the most popular tools available for minifying JavaScript and CSS. If you are a Kinsta customer you can take advantage of the code minification feature that is built directly into the MyKinsta dashboard.
This allows customers to quickly and easily enable automatic CSS and JavaScript minification with a simple click. Reducing the number of client-server requests in delivering website content to Web browsers is an integral part of website speed optimization.
Webmasters can achieve this by not making too many folks with CSS, HTML and JavaScript requests. That is to say, optimize, minify and squish all unnecessary and compressible code lines. Minification is particularly important for inline JavaScript and external files not cached.
Google recommends minifying all JavaScript files over bytes of size, and a shaving off a minimum of 25 bytes to produce any noticeable difference toward page load time. A rigorous approach toward designing speed optimized website would incorporate a strong intent on eliminating unnecessary bytes from the code.
Utilizing all the coding space available, deleting extra spaces, indentation and line spaces while maintaining readability of the code reduces the overall size of website core and front-end files.
And for websites already developed without this strategy in perspective, combining multiple server requests for HTML, JavaScript, and CSS into single ones effectively slashes sizeable chunks from page load times. Monitoring page load performance changes in response to implementing each minification process individually ensure that only the unnecessary code and spaces are deleted.
Minification of CSS, JavaScript, and HTML share common benefits: reduced network latency, fewer HTML requests, enhanced compression, faster browser downloading and execution, ultimately boosting page speed and yielding higher scores on website speed measuring tools. Additional website functionality with plugins comes at a price: performance degradation.
Unfortunately, webmasters deploy a myriad of plugins to add attractive but often unnecessary features such as gravatar, profile tools, website stats and font tools — some even use 10 different plugins for social media integration. The only benefit here is successfully avoiding manual coding.
Many popular websites carry as much as 80 plugins. Yet, the number is not entirely a concern if the installed plugins are developed well to avoid complex actions and expensive server processing. If the answer to all these questions is YES , your reaction to the plugin in question should be a huge NO!
A lot of WordPress experts recommend not using too many plugins. But many well-performing websites host over 80 plugins, until they install one low-quality plugin that adds half a second to page load time.
Similarly, using 10 plugins for simple and unique tasks is much better than deploying one plugin to perform all of the complex tasks by itself. Exceptions include high-quality SEO plugins by credible developers, such asYoast SEO , All In One SEO Pack free WordPress SEO plugins and the likes.
Revision management is one of the perks that WordPress has to offer. The CMS automatically keeps track of the content created on the CMS and makes all of it available for future changes. To the server, this costs unnecessary processing through additional database entries not actually required in the first place.
Controlling the number of revisions stored relieves the website core of useless burden. Check out our in-depth guide on how to optimize WordPress revisions for faster performance. This database gets crowded over time, not only with unnecessary content and post revisions, but also with garbage data.
Database optimization revolves around getting rid of garbage data and useless content from cluttered databases, shrinking them in size and making it easier for website hosting servers to fetch requested content efficiently, within minimum processing cycles.
This can also involve ensuring that you are using InnoDB for your MySQL database tables, as opposed to MyISAM. Learn how to convert myISAM to InnoDB. Especially on older and large sites, this can be the culprit for slow query times on your site due to autoloaded data that is left behind from third-party plugins and themes.
Change as appropriate. Compression According to Google , every day the cyber world sees 99 years of human years wasted due to uncompressed Web content.
And although most of the latest Web browsers support content compression capabilities, not every website delivers compressed contents. Visitors to these bandwidth-hogging websites experience insanely slow interactions with Web pages.
Primary reasons for this unfavorable and mostly unintentional website behavior include misconfigured hosting servers, Web proxies, old or buggy browsers and antivirus software. Uncompressed content hurts bandwidth-constrained users receiving the Web content in agonizingly lengthy page load times.
Server: On it! Browser: Ouch! Okay, client-server communication is perhaps a bit more formal and less dramatic than the above narrative. Most of the problem lies in the way client-server communication goes in the HTML world. HTML files making almost the entire Web content includes several redundant code instances.
Google recommends the following compression tactics to deliver website content efficiently:. Not following the above recommendations actually increases file size and page load times due to the overhead of compression and decompression.
Developers crave simplicity in website design code. Website code easier to create, read and maintain leads to efficient website development processes. This includes using the available code functions frequently to cut short extensive coding for specific website functionality.
However, adding too many extraneous loops and unnecessary code lines increases page rendering times by a few milliseconds. Influx a torrent of website traffic, and the milliseconds compound to plunge page speed well below acceptable standards. Webmasters can reduce these response times by delivering cached copies of the requested content instead of rendering it repeatedly in response to every single user request that pings their server.
Web cache is the mechanism of temporarily storing copies of web content to satisfy subsequent user requests from the cache database when specific conditions are met. This process reduces the number of client-server round trips taken in delivering static website content to requesting browsers.
Website owners can enable caching with the following add-ons and configurations when hosting service providers do not provide server-side caching:. Along with static cacheable content, websites also host dynamic information containing unique attributes changing regularly for every end-user.
This is the art of caching smaller elements of non-cacheable dynamic website content. If your website takes over 3 seconds to load, clients are bound to desert it which will radically expand your bounce rate and in the long run, it will influence your conversions.
Image optimization enhances Page load speed, SEO ranking, boost conversations, enhance user engagement. The subject of your site can likewise influence page load speed. Regardless of how great your server configuration is, if your website theme has a complicated code, your site will stack lazily.
Build it as per mobile-first design. Yet, CDNs not just only ensure a faster experience for your website users, but also help to anticipate site crashes in case of traffic floods. The google rankings are based on hyperlinks. At the point when everything is well and great, each link on our site will lead precisely to the perfect spot.
To evade these potential entanglements, you should regularly check for broken links on your whole website. Redirecting visitors away from a page, rather than keeping them on that page, can also slow down page load times.
This is because the browser and web server have to continually send and receive data to the destination page instead of just sending it once.
Sites that have lots of redirects can have a negative impact on performance. A website is the focal point of your entire internet marketing strategy and your CMS is the core of your website. A CMS removes the middle man and empowers you to refresh and alter the content of your site.
WordPress is the most reliable CMS that satisfies all your content management needs and WordPress developers like us can assure you that. Optimizing your MySQL database tables is one method for making enhancements to your website.
This is something you ought to do all the time, particularly if you use WordPress or some different CMS that depends a lot on database utilization. JavaScript is critical to the modern web. It provides powerful functionality, such as drawing graphs and animations, making Ajax calls, and much more.
Reducing the amount of JavaScript on a page can improve its performance. One of the biggest challenges website owners face is how to keep their websites running smoothly and efficiently, especially when it comes to mobile performance.
To keep up, website owners need to optimize their websites for mobile performance and avoid making their users wait longer than they have to.
Instead of designing your website with a desktop browser in mind, make sure your website is mobile first. Having a fast website has never been more imperative than it is today. Users want websites to be fast, if you fail to reach their expectations you will risk losing a lot of website traffic and, ultimately you lose your loyal users or your revenue.
Wondering what you can do to get your online business ready for the race? The client is a world-class provider of best of breed IT hardware, software, services, and security….
Save my name, email, and website in this browser for the next time I comment. Organizational Email. Connect With Us. Content Hub. Case Studies News Blogs. Get in Touch. Our Presence. When you view a web page, the JavaScript code will execute automatically.
Be careful before you start hacking and slashing things from your pages. This tells the browser to wait to load them rather than loading them in the order they appear on the page. This is pretty simple — You can add a bit of extra code to your website that will instruct the browser to either defer or load async or both :.
Nerd Note: Async and defer are not technically the same thing. But, for most of us, the difference is mostly semantics. Nevertheless, feel free to go down the rabbit hole and find out more about the subtle nuances.
If you want an easier way to handle this step, consider using the JetPack Boost plugin for WordPress. JetPack is a free plugin suite that gives you all kinds of tools to optimize the speed and performance of your website. Notably, you can choose to defer loading non-essential JavaScript with a simple click.
The plugin will render your site in the background and show your score, plus options for improvement. To defer non-essential JS, simply click the toggle to enable it.
Alternatively, if you have a lot of separate styles for different devices and browsers, you may want to split your stylesheet into multiple files and use a media query import to only load the appropriate styles.
But if your header has a lot of images or you have a video at the top of the page, then it may be worth investigating how to optimize these assets to improve initial load speed.
See below for more details on how to approach optimizing. Same as above. CDNs can help load your whole page faster, which gives a small boost to FCP. See below for more details on using a CDN.
If you only paid attention to First Contentful Paint, you may think that all you need to do to crush your PageSpeed Insights score is defer and load all of your resources later to make that top portion of your website load quickly. First Input Delay is also related to Total Blocking Time TBT and Time to Interactive TTI metrics.
In other words, if your code takes a long time to finish loading, it will prevent the user from interacting with the website, and there will be a delay or lag time between when they click to when the action takes place.
First Input Delay is based on real-world user data and Core Web Vitals. In terms of improving the performance of these three metrics, the solutions are also similar but not identical. You can think of JavaScript like a separate train track for the browser.
So the longer it spends reading and executing the JavaScript when the page first loads, the longer the delay will be if the user begins interacting with the page. One usual suspect for slow input response is that the website is still loading in all kinds of third-party tools, widgets, and apps to your website.
Every time you add things like Facebook, Drift, Intercom, HotJar, or other third-party tools and services to your website, it adds a bit of code that will need to be loaded and rendered on the page.
So if the browser is trying to fetch some JavaScript from a third-party website on a slow server, it could cause significant delays. And you probably only use a few of them. To get a full list of the third-party JavaScript loading on your page, refer to your PageSpeed Insights report or run a separate Lighthouse report.
Now, using this information, you can decide which of these are critical and which can safely be removed. Looking at the PageSpeed Insights report, you should see a section that references unused JavaScript:.
The most common way to speed up load time is to reduce file size. And with JavaScript, there are two main strategies:. Either of these could help make your code more performant. Largest Contentful Paint LCP is a metric that measures how long it takes for the largest block of content on a page to be visible to the user.
Unlike FCP, it looks at the load time for the largest block of image or text on the page regardless of its position or order.
Before you begin working to optimize your LCP, you may want to determine which part of your page is considered the largest block of content.
You can do this by using Chrome DevTools in your browser to identify the LCP resource on any specific page. Removing or deferring render-blocking resources can help the main content load more quickly.
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Ja, rechtzeitig zu antworten, es ist wichtig