Uzlabojiet SEO un UX ar Core Web Vitals: praktisks ceļvedis ātrākām vietnēm
Vietnes ielādes ātrumam ir liela ietekme gan uz SEO, gan uz UX. Core Web Vitals ir Google ieteikti galvenie tīmekļa veiktspējas rādītāji, un to nozīme 2024. gadā un turpmāk tikai pieaug. Lēna vietne kaitina lietotājus, pazemina pozīcijas un palielina aiziešanu.
Šajā rakstā aplūkotas praktiskas metodes no Core Web Vitals pamatiem līdz galveno rādītāju LCP, FID un CLS skaidrojumam, kā arī to, kā tos izmērīt ar tādiem rīkiem kā PageSpeed Insights un Search Console un kā tos konkrēti uzlabot.
Sāciet optimizēt Core Web Vitals jau tagad, lai uzlabotu SEO un UX un padarītu savu vietni veiksmīgāku.
Kas ir Core Web Vitals? Detalizēts ieskats to ietekmē uz SEO un UX
Kāpēc Core Web Vitals ir svarīgi 2024. gada SEO un mūsdienu UX
Core Web Vitals are website performance indicators proposed by Google. They measure three aspects of how users experience a web page: ielādes ātrums, interactivity, and visual stability. In other words, they evaluate whether a site is actually delivering a good lietotāja pieredze.
In 2024 SEO, Core Web Vitals have become even more important. Google increasingly emphasizes user-centered search experiences and tends to rank sites that deliver a comfortable web experience more highly. In practical terms, optimizing Core Web Vitals is now essential SEO work.
We strongly recommend that site owners improve Core Web Vitals so they can rank better in search results and deliver a better overall lietotāja pieredze.Core Web Vitals are one of the factors that Google’s core ranking systems consider, along with other page-experience signals, when determining rankings.
Core Web Vitals and Google Search results
A strong UX improves user satisfaction and directly supports business success through better konversijas rādītājss, more repeat visitors, and a stronger brand image.
Saprotiet trīs galvenos rādītājus: LCP, FID un CLS
Core Web Vitals consist of the following three metrics. Let’s look at what each one represents in concrete terms.
- LCP (Largest Contentful Paint): the time it takes until the main visual content on the page, such as a large image, video, or text block, is displayed. Because it represents when users can recognize the main content, it is a crucial indicator of loading speed. The target value is 2.5 seconds or less.
- FID (First Input Delay): the time between a user’s first interaction, such as clicking a link or pressing a button, and the browser’s response. It measures how quickly the page becomes responsive to user action. The target value is 100 milliseconds or less.
- CLS (Cumulative Layout Shift): how much unexpected layout movement occurs while the page is being displayed. For example, if an image loads late and suddenly pushes text downward, that is layout shift. A high CLS can cause accidental clicks and damages UX. The target value is 0.1 or less.
Tuvā saikne starp Core Web Vitals un lietotāja pieredzi
Core Web Vitals are closely tied to lietotāja pieredze.
For example, if product images take too long to appear on an ecommerce site, or buttons respond slowly when clicked, users may become frustrated and leave. On the other hand, when pages load quickly and interactions feel smooth, users can shop comfortably and are more likely to make a purchase.
Kas notiek, ja Core Web Vitals ir vāji? Ranga risks un lielāka aiziešana
Poor Core Web Vitals can hurt Google rankings. In particular, if you want to rank for competitive keywords, optimization is indispensable.
Sites with poor Core Web Vitals also tend to have higher abandonment rates. When pages are slow or hard to interact with, users feel stress and leave.
A higher abandonment rate can lower konversijas rādītājss and damage brand perception. For example, if a site with one million monthly page views sees a 10 percent increase in abandonment, the resulting annual loss can easily amount to tens of millions of yen.
Kā izmērīt Core Web Vitals ar bezmaksas rīkiem
Mēriet Core Web Vitals ar Google PageSpeed Insights
PageSpeed Insights is a free web-page analysis tool provided by Google. By simply entering a URL, you can measure many performance indicators, including Core Web Vitals. It can analyze both mobile and desktop performance and gives concrete recommendations for improvement, which makes it extremely practical.
- Open the PageSpeed Insights website.
- Enter the URL you want to analyze and click the analyze button.
- After a short wait, you will see scores and detailed analysis results for both mobile and desktop.
- Review both field data and lab data to understand the current situation. Field data is based on measurements from real users, while lab data is collected in a simulated environment used by PageSpeed Insights.
Izmantojiet Search Console, lai atrastu problemātiskās lapas
Google Search Console is a free tool for website owners. Its Core Web Vitals report helps you understand site-wide performance. Because it lists problematic URLs, you can identify which pages need improvement and decide what to prioritize.
- Log in to Google Search Console.
- Choose Core Web Vitals from the menu on the left.
- Select either the mobile or desktop report.
- Click a problematic URL to review detailed information.
Kā izmantot Chrome paplašinājumu “Web Vitals” reāllaika mērījumiem
The Chrome extension called Web Vitals is a convenient tool that lets you measure Core Web Vitals in real time while browsing a page.
You can install it for free from the Chrome Web Store. After installation, the Web Vitals icon appears in the Chrome toolbar. When you open a page, the icon shows LCP, FID, and CLS values so you can watch performance changes in real time.
It is especially useful for debugging pages during development.
Izmantojiet Lighthouse padziļinātai veiktspējas analīzei
Lighthouse is an open-source automated tool for auditing web-page quality. It is built into Chrome DevTools and can measure many performance indicators, including Core Web Vitals.
Beyond performance, it can also evaluate a page from angles such as accessibility, SEO, and best practices. You can run Lighthouse from developer tools or use it as a Nēde.js module. Because it generates detailed reports, it is excellent for finding concrete areas to improve.
Padziļināti mērījumi ar web-vitals npm pakotni
web-vitals is a JavaScript library for measuring Core Web Vitals. It is provided as an npm package and can be embedded directly into JavaScript code.
Using web-vitals lets you collect more detailed measurement data and perform custom analysis. For developers, it is a useful way to understand Core Web Vitals more deeply and design more appropriate improvements.
Detalizēti analizējiet Core Web Vitals un veiktspēju ar GTmetrix
GTmetrix is a powerful tool for analyzing web-page performance. It measures a wide range of indicators, including Core Web Vitals, and provides detailed reports for identifying performance problems. Because it also incorporates PageSpeed Insights and Lighthouse data, it enables analysis from multiple angles.
GTmetrix shows not only ielādes ātrums but also page size, request count, waterfall charts, and more. That helps you identify bottlenecks and choose effective improvements. The free version is often sufficient, while the paid version adds deeper analysis and monitoring features.
- Open the GTmetrix website.
- Enter the URL you want to analyze and click Analyze.
- After a short wait, review the results.
- Use the Summary tab to check the major performance indicators, including Core Web Vitals.
- Use the Performance tab to review detailed analysis and identify improvements.
- Use the Structure tab to find structural issues in the page.
- Use the Waterfall tab to visualize resource loading and locate bottlenecks.
Because GTmetrix provides a viewpoint that differs from PageSpeed Insights and Lighthouse, using them together leads to more effective performance optimization. It is especially helpful when you need to pinpoint bottlenecks and consider concrete fixes.
★
Learn GTmetrix in one minute: how to use it and what to check
Kā uzlabot Core Web Vitals
Uzlabojiet LCP ar attēlu optimizāciju un renderēšanu bloķējošu resursu noņemšanu
The main ways to improve LCP are as follows.
- Optimize images: reducing image file sizes shortens load time. Using next-generation formats such as WebP and compressing images to the right size can reduce file size significantly.
- Remove render-blocking resources: if resources such as CSS and JavaScript block page rendering, LCP can worsen. Removing unnecessary resources or applying deferred loading can reduce that blocking effect.
- Use a CDN: by delivering content from servers distributed around the world, a content delivery network can shorten load times.
Uzlabojiet FID ar JavaScript optimizāciju un mazāku lieko uzdevumu skaitu
The main ways to improve FID are as follows.
- Optimize JavaScript: when JavaScript processing takes too long, FID can worsen. Optimizing code and avoiding unnecessary script execution can improve responsiveness.
- Reduce unnecessary tasks: long-running tasks reduce browser responsiveness. Breaking tasks into smaller pieces or using Web Workers for background processing can improve FID.
- Optimize third-party scripts: if external service scripts are hurting FID, review how they load or consider alternatives.
Uzlabojiet CLS ar attēlu izmēru noteikšanu un fontu optimizāciju
The main ways to improve CLS are as follows.
- Specify image dimensions: when width and height are set on images, the browser can reserve the right amount of space before loading and prevent layout shift.
- Optimize font loading: if fonts take too long to load, text rendering can be delayed and create layout shift. Using properties such as font-display can improve CLS.
- Reserve space for ads and embedded content: ads and embeds can also trigger layout shift, so define their dimensions appropriately in advance.
Konkrētas metodes, ko varat izmantot uzreiz
Attēlu optimizācijas labākā prakse
Image optimization is a major factor in improving LCP. Here are some concrete techniques.
- Use WebP: WebP is a next-generation image format developed by Google. It usually offers smaller file sizes than JPEG or PNG while maintaining strong visual quality, so use it where browsers support it.
- Use image-compression tools: tools such as TinyPNG and ImageOptim can significantly reduce file size while preserving acceptable quality.
- Use responsive images: by using srcset and sizes, you can deliver images that fit each device’s screen size better.
- Use lazy loading: delaying the loading of images outside the viewport can speed up the initial display. The loading=\"lazy\" attribute makes this easy to implement.
On WordPress, image optimization can often be improved easily by installing a plugin.
★
Five WordPress plugins that dramatically improve speed and the measures that matter
Efektīvi izmantojiet pārlūkprogrammas kešu
When you use browser caching, resources that have already been loaded can be stored in the browser and reused on subsequent visits. That can improve ielādes ātrums significantly.
To enable caching, you need to set appropriate HTTP headers on the server side. For example, Cache-Control headers can be used to define how long resources remain valid.
Paātriniet piegādi ar CDN
A CDN, or Content Delivery Network, is a distributed server network spread across the world. By using a CDN, you can deliver content from servers that are closer to the user and reduce loading time.
The impact is especially large for sites with many visitors coming from overseas.
★
What is a CDN? Improve speed and performance with a distributed server network
Optimizējiet JavaScript un CSS
Reducing the file size of JavaScript and CSS and optimizing how they load can improve both LCP and FID.
- Minify files: removing unnecessary spaces and comments reduces file size.
- Defer loading: if JavaScript or CSS blocks rendering, delaying those resources can speed up the initial view.
- Split code: dividing large JavaScript files into smaller chunks and loading only what is needed reduces the initial download volume.
Uzlabojiet servera atbildes laiku
Server response speed directly affects LCP. The following measures are effective for improving response time.
- Choose a fast server: using high-performance hosting can improve response speed.
- Use server-side caching: caching database queries and API responses can reduce server load and improve response speed.
- Optimize the database: optimizing queries reduces the time needed to retrieve data.
We measured server speed directly to find out which hostinga pakalpojumi are actually fast.
Core Web Vitals un mobilajām ierīcēm draudzīgums
Mobile browsing continues to grow every year, which means draudzīgums mobilajām ierīcēm is no longer optional. Core Web Vitals matter on mobile too, and mobile performance optimization directly supports both SEO and UX.
Kāpēc mobile-first indeksēšana padara mobilo optimizāciju būtisku
Google uses mobile-first indeksēšana, meaning the mobile version of a page is treated as a primary factor in determining rankings.
Google continues to recommend that webmasters create mobile-friendly content.Google evaluates all content indexed for a site, both desktop and mobile versions, to determine how well it supports mobile.
Rollout of mobile-first indeksēšana
In other words, poor Core Web Vitals on mobile can negatively affect rankings. It is important to adopt adaptīvs dizains and provide a fast, comfortable web experience on mobile devices as well.
Nēdrošiniet labāko mobilo pieredzi ar adaptīvu dizainu
Responsive design is a web-design approach that uses a single HTML source to support many screen sizes. By using CSS media queries to adjust layout and content based on the screen, you can provide optimal display across PCs, tablets, and smartphones.
If you can support both environments with one site, you can keep canonical URLs, avoid complex redirects, and make shared web addresses simpler.
Responsive web design and the power of media queries
Responsive design is a basic requirement for draudzīgums mobilajām ierīcēm and also helps improve Core Web Vitals.
Vai jāapsver AMP īpaši ātrai ielādei?
AMP, or Accelerated Mobile Pages, is a framework for displaying mobile pages at high speed.
By using specialized AMP HTML and restricting JavaScript execution, it can dramatically improve page-load speed. AMP pages can also be delivered through Google’s cache servers, allowing even faster display.
However, AMP has functional limitations, so it is not suitable for every website.
AMP itself does not directly strengthen SEO rankings.
Whether a site includes valid and displayable AMP pages does not affect rankings in search results at all.The difference is that when a site includes AMP pages, an AMP icon may be added in search results.
Eight tips for implementing AMP on client websites
Jaunākais par Core Web Vitals un kas gaidāms tālāk
Google algoritmu atjauninājumi un Core Web Vitals
Google updates its algorithms regularly, and Core Web Vitals are part of that evolving landscape. It is important to keep checking Google’s official blog and developer documentation so you can stay current and adapt to algorithm changes.
Looking ahead, the importance of web-performance metrics is expected to increase even further.
Tīmekļa veiktspējas rādītāji, kam pievērst uzmanību arī ārpus Core Web Vitals
There are many web-performance metrics beyond Core Web Vitals. For example, TTI (Time to Interactive) and TBT (Total Blocking Time) have also been suggested as indicators that may matter more in future updates to Core Web Vitals.
It is important to understand these metrics as well so that you grasp the bigger picture of web performance.
Bieži uzdotie jautājumi par Core Web Vitals
Kādas ir Core Web Vitals mērķvērtības?
- LCP: 2.5 seconds or less
- FID: 100 milliseconds or less
- CLS: 0.1 or less
If you meet these target values, the page is considered good.
Ko darīt, ja Core Web Vitals uzlabošana ir sarežģīta?
Improving Core Web Vitals can require changes to site structure and technical knowledge. If it is difficult to improve things on your own, consider consulting a web-performance specialist or consultant.
Kā Core Web Vitals ir saistīti ar citiem SEO pasākumiem?
Core Web Vitals are one important element of SEO, but they are most effective when combined with other SEO efforts. Content SEO, keyword strategy, and link building should also be implemented in balance to achieve stronger overall results.
Kopsavilkums
Core Web Vitals are essential performance indicators for modern websites. To deliver an excellent lietotāja pieredze and win strong rankings in SEO, it is important to understand and optimize the three metrics of LCP, FID, and CLS.
Keep watching the latest developments and adapt to evolving web technologies. That is what leads to website success. Take action now and use Core Web Vitals optimization to build a site that works better for both users and meklētājprogrammas.