Google updates its search algorithms frequently to deliver search results that are both relevant and up-to-date. At the same time, it ensures that the web pages appearing on the search engine results page (SERP) deliver a richer user experience. Google measures every web page’s user experience based on real-world user data or field data. Also, the popular search engine measures and quantifies a web page’s user expiring using specific factors or metrics known as Core Web Vitals.
That is why; webmasters and digital marketers can boost a web page’s search engine visibility and user experience simultaneously only by focusing on key Core Web Vitals like Largest Contentful Paint (LCP), Cumulative Layout Shift (CLS), and First Input Delay (FID). Largest Contentful Paint (LCP) is one of the user experience metrics that help Google to measure and determine the amount of time required to make a web page’s largest content element or main content appear on the searcher’s computer screen.
According to Google,
“Largest Content Paint (LCP) is the amount of time to render the largest content element visible in the viewport, from when the user requests the URL. The largest element is typically an image or video, or perhaps a large block-level text element. This is important because it tells the reader that the URL is actually loading.”
LCP appears identical to a web page’s overall loading time. But Google does not consider a web page’s loading time while measuring LCP. It calculates the user experience metric only based on the amount of time required to load a web page’s largest content element on a web browser. Webmasters and digital marketers can measure LCP based on three distinct statuses – good, poor, and need improvement.
The status metric is good when the largest content element of a web page is rendered in or less than 2.5 seconds. But the status metric becomes poor when the content element is rendered in more than 4 seconds. The webmasters need to reduce the loading time of the largest content element when LCP is more than or equal to 4 seconds.
You can easily reduce both LCP and server response time by choosing reliable and fast web hosting. You need to gather information from various sources to pick a hosting service provider that accelerates server response speed by investing in high-performance and high-available web servers.
As a geographically distributed group of web servers, CDNs reduce the time between user requests and server responses drastically. The LCP reduces when a web page’s main content is delivered to a searcher or visitor from the closest web server.
Page caching techniques help you to render a web page’s key content quickly by storing copies of files in temporary storage locations or cache in HTML format. Hence, the content is rendered more quickly when the page is being loaded after the first time. You can easily reduce LCP by enabling both client-side and server-side page caching.
Image optimization is one of the critical aspects of improving a web page’s LCP. Before uploading an image, you must focus on choosing the appropriate format and reducing file size. Also, you should consider using static images instead of sliders. It is also important to disable lazy loading options for the images that are being used as a web page’s largest content element.
As one of the key Core Web Vitals, LCP helps Google to measure the amount of time required to render a web page’s largest content element on a web browser. Google has already revealed its plan to make Core Web Vitals a key ranking signal. That is why; it becomes essential for webmasters and digital marketers to focus on boosting LCP while developing websites and implementing search engine optimization (SEO) strategies.
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