Pagespeed insights

Check PageSpeed Insights score with a single click Get the PageSpeed Insights score pagespeed insights your web page in a single click and increase your web development speed. This extension lets you quickly check the PageSpeed score and also provides you with the link of Insights developer console if you want to dig deeper into stats.

If the extension does not show you the score, it is probably updated to a higher version. You can try one of the following in such case: 1. Enable Developer mode in your Chrome extensions page and click `Update extensions now` 2. Remove it from your Chrome extensions and reinstall it from Chrome Web Store ------------------------------------------------------------ The Google, PageSpeed Insights and the image are property of Google Inc.

This extension uses Google's API to fetch PageSpeed score. Todos sabemos que a ninguna persona le gusta una página web lenta. En el momento en que un sitio web tarda demasiado en cargarse, no solamente lo nota Google, sino que es más probable que los usuarios abandonen el sitio y vayan a otra página en donde consigan la información más rápido. Los usuarios abandonarán su sitio web si la velocidad de la página es demasiado lenta, y para conocer esta información lo ideal es aprender el pagespeed insights correcto de Google PageSpeed Insights.

PageSpeed Insights de Google, ¿Qué es? Google PageSpeed Insights es una herramienta de rendimiento gratuita que examina el contenido de una página web y calcula los índices de velocidad de la página para las versiones móvil y de escritorio.

La herramienta también detecta posibilidades de mejora y ofrece recomendaciones específicas. PageSpeed Insights es una de las numerosas herramientas de evaluación de la velocidad de las páginas a las que pueden acceder los propietarios de los sitios, pero es, con diferencia, la mejor para fines de SEO.

Los propietarios de sitios pueden utilizar esta herramienta para saber cómo interpreta Google el rendimiento técnico pagespeed insights sus páginas. ¿Qué significa la velocidad de la página? Google define la velocidad de la página de dos maneras: El tiempo que tarda el material en aparecer por encima del pliegue y la cantidad de tiempo que tarda un navegador en renderizar completamente una página. Pero hay muchas cosas que intervienen para que los sitios web se carguen rápidamente.

Los tiempos de carga pueden verse afectados por la conexión a Internet del usuario, el servicio de alojamiento web de un dominio e incluso la limpieza de la caché.

Cuando se trata de la velocidad de la página, hay varios factores que están fuera del control del propietario del sitio.

Sin embargo, el webmaster puede optimizar diversos componentes, como las fotos, los vídeos y el JavaScript, entre otros. Dado que la velocidad de la página es tan importante para la experiencia del usuario, Google tiene en cuenta el rendimiento general de una página a la hora de decidir si la promociona o no en las SERP. Dedicar tiempo a acelerar su contenido demuestra a Google que se preocupa por ofrecer una buena experiencia a sus visitantes. Clasificación e información de PageSpeed La puntuación de PageSpeed Insights de una página está pensada para proporcionar un resumen de rendimiento de alto nivel.

La puntuación no es un elemento de clasificación en sí mismo. Sin embargo, algunas de las medidas utilizadas por la herramienta para crear las puntuaciones forman parte del algoritmo de clasificación de Google, como Core Web Vitals. Todo esto significa que las calificaciones son un sólido indicador de que las páginas cumplen con los pagespeed insights de velocidad y rendimiento de Google.

Existe una clara relación entre las mejores clasificaciones de palabras clave y las puntuaciones más altas. Las páginas de bajo rendimiento socavarán cualquier plan de SEO si no se aborda el bajo rendimiento. Experiencia del usuario y velocidad de la página La velocidad de la página es importante para toda la experiencia del usuario, además del trabajo hecho por el SEO.

La velocidad de carga de la página se considera la característica más crítica para los usuarios móviles, incluso más que la localización rápida de lo que buscan o el atractivo visual de la página. Un retraso de uno a cinco segundos aumenta el riesgo de que un visitante rebote en un 85 %. Y lo que es peor, con cada segundo extra de tiempo de carga, pagespeed insights tasas de conversión disminuyen una media del 4,5 %. Cualquier plan de optimización de motores de búsqueda y de conversión debe dar prioridad a la mejora del rendimiento del sitio.

La herramienta PageSpeed Insights de Google es el mejor lugar para empezar a conocer el rendimiento de su sitio y cĂłmo mejorarlo.
PageSpeed Insights for Google Chrome has been deprecated. Pagespeed insights use the online version of PageSpeed Insights. Except as otherwise noted, the content of this page is licensed under the Creative Commons Pagespeed insights 4.0 License, and code samples are licensed under the Apache 2.0 License.

For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates. Last updated 2015-05-14 UTC. [{ "type": "thumb-down", "id": "missingTheInformationINeed", "label":"Missing the information I need" },{ "type": "thumb-down", "id": "tooComplicatedTooManySteps", "label":"Too complicated / too many steps" },{ "type": "thumb-down", "id": "outOfDate", "label":"Out of date" },{ "type": "thumb-down", "id": "samplesCodeIssue", "label":"Samples / code issue" },{ "type": "thumb-down", "id": "otherDown", "label":"Other" }] [{ "type": "thumb-up", "id": "easyToUnderstand", "label":"Easy to understand" },{ "type": "thumb-up", "id": "solvedMyProblem", "label":"Solved my problem" },{ "type": "thumb-up", "id": "otherUp", "label":"Other" }] • Product Info • Terms of Service • Release Notes • Client Libraries • Libraries and Samples • Developer consoles • Google API Console • Google Cloud Platform Console • Google Play Console • Firebase Console • Actions on Google Console • Cast SDK Developer Console • Chrome Web Store Dashboard If you want to speed up your website then Google PageSpeed Insights is an invaluable tool.

Pagespeed insights allows you to analyze and fix your website’s speed issues. If your website suffers from slow loading speeds, you are going to miss out big time. It doesn’t matter how good your website is, what kind of content you have, or how many backlinks you own. With the age of high-speed connections, people aren’t willing to wait around while your page loads. Most viewers recently reported they are only willing to wait around 3 to 5 seconds for a website to fully load.

That’s not very much time before a potential visitor will bounce on to the next website! Almost the blink of an eye. Have you evaluated the performance of your site lately? Many business owners are missing out on customers due to their slow-loading website. Do you know if your website loads slowly according to the standards?

These are all things you can discover with Google PageSpeed Insights. What is Google PageSpeed Insights? The great thing about Google is it provides its customers with a variety of analytical tools. One of these tools is Google PageSpeed Insights. As you may be able to guess, this is a tool that rates the overall speed of your website.

It does this by taking various data and analyzing it, scoring, and rating it where to improve. The beauty of the pagespeed insights is that once you use it, you’ll be able to learn where your website is lacking and where it excels. Simply put, you’ll know where to make improvements.

The next problems will be figuring out what improvements to make and how to go about making them. That’s exactly what this guide can help pagespeed insights. How does Google PageSpeed Insights work? You learned above that this unique tool works by analyzing, scoring, and rating the speed of your website. Expanding on this a bit more will better help you understand the tool and how to use it. What you need to know above all else is that PageSpeed Insights does two general things. It first analyzes the loading speed of your page.

The second thing it does is it compares that data to an average of previously analyzed pages. When you type your URL into the tool, you are getting a reading of two basic things.

It is also important to note that this data is averaged for both mobile and desktop users. This applies if you designed your website for mobile browsing. If not, that’s a whole different ball game, which you will want to research more.

Analyzing loading time The first thing that the Google PageSpeed Insights tool measures are the loading speeds of your website. It also measures the resources it uses to deliver data. For instance, your website uses plugins, code scripts, imagines, and tons of resources.

All of these resources must communicate to deliver the pagespeed insights your customers see. Some of these resources may naturally take longer to load than others. Comparing the data The next and most crucial thing the tool does is, compares the data it just collected. It then averages that data out and that’s how you get your rating.

When the test is complete, you will see several bits of information. Understanding and learning to read that information will be key to utilizing the tool to the fullest. The information provided will be: • The average loading time of your website (This is for both desktop and mobile users) • There will be an overall final page speed score • Finally, you will receive a list of suggestions to show you where to make improvements When you receive your ratings, you will see them on a grading scale of 0 to 100.

Just like what you would receive in school.

Here is a general example of the ranking system: 80 to 100 – Anything in this range is a great score 60 to 79 – This range is an average score 0 to 59 – Anything in this pagespeed insights is the lowest of the low, and you should fix it ASAP An Example of a Google PageSpeed Insights Mobile Result There will be two results, one for mobile and one for desktop. This is because websites act differently depending on the device that you are using to view them.

Because of this, you’ll need to work on both versions of your website. There will also be a list of recommendations reported alongside these numerical rankings.

This is crucial information you need to pay attention to, as it will show you where to make improvements. Why does Google PageSpeed Insights matter? The reason that Google PageSpeed Insights is so important is simple. It comes down to search engine ranking. You know that most people only visit the websites that come up on the first or second page of the search results.

Often, it is the number one ranked site that they visit first. An Example of a Google PageSpeed Insights Desktop Result Google utilizes a variety of tools and methods to figure out its Pagespeed insights rankings. But we know that they rely heavily on PageSpeed metrics.

Improving your PageSpeed score will pagespeed insights result in a rise in your Google ranking. This becomes especially true if your starting point is not on the first page. Unfortunately, there is also a downside. A poor PageSpeed score is likely to lower your rankings. Not to mention, many people will only wait a few seconds for your site to load.

By now you can see the importance. Google PageSpeed Insights is quick and relatively easy to use. After learning to read and correct the results, you will be able to improve your site speed.

PageSpeed Insights is not a tool that requires weeks or months of traffic monitoring. Pagespeed insights provides you near-instantaneous results, so you can make improvements right away. How to score 100% on GooglePage Insights If you understand the importance of a high PageSpeed score, you also understand it will take work to fix. It won’t be as simple as flipping a few switches. There are a lot of different aspects of your website that you’ll need to get right to have it working at its fastest.

This is where Google’s metric report comes in handy. The PageSpeed Insight results are the search engine telling you where to improve. The key is learning to read and rectify these error codes.

Below, you’ll learn about some of the most commonly reported issues and how to fix them! Defer offscreen images Deferring offscreen images is commonly referred to as lazy loading. You are probably aware of the fact that images can be pagespeed insights real problem sometimes. They are unique and draw attention to specific areas, but they can be a real pagespeed insights on the loading times. And that is exactly what is happening here.

This message means that your offscreen images are slowing down your load times. Offscreen images are the images that aren’t even on the initial screen that loads for your viewers to see. Websites load all images at once when they load. This is even true for images that aren’t viewed instantly.

But don’t worry, you can change this. You can make it so that only the images your viewers look at load. And they will slightly load before the viewer scrolls to them, so you don’t have to worry about lag time here either.

There are several ways to go about fixing this pagespeed insights. The most common is to use native lazy loading. Other options are using intersection observer API or applying javascript handlers. The latter two methods need some coding. The issue with the native lazy loading method is it only works in Chrome. So keep in mind that there are advantages and disadvantages to each method.

If you are using WordPress, then you have a few options. You can compress and minify images, use newer and faster image formats, and split the images into many pages. You can do this through the Autoptimize plugin. Serve images in next-gen formats If you are seeing this recommendation, it means that some of your images use older formats.

You are probably familiar with the extensions .jpeg. bmp, and .png. These formats take longer to load because they aren’t compressed as well as some of today’s newer formats.

The best way to fix this issue is by switching your images to the .webp format. WebP has several advantages over its older alternatives. Almost all popular internet browsers support WebP format.

It can also compress the image to almost half its original size. There are bulk WebP convertors you can download to make this an easy pagespeed insights. Or you could also use a javascript runtime environment convertor. The most well-known javascript runtime environment converter is Node.js. Eliminate render-blocking resources Think of this message as climbing a ladder or set of stairs.

You must go one step at a time. A website works similarly when it is loading. The website might prioritize one section, making it load before the others load. Instead of steps or rungs on a ladder, this applies to static files and fonts like HTML, CDD, and JavaScript. When a website reaches these files, it stops everything else it is currently doing and focuses solely on these resources.

The problem here is, some of the files shouldn’t be prioritized before others. It honestly depends on the different characteristics of the website. You want to ferret out the non-critical files and prioritize them to load second. The simple fix to this problem is to limit the amount of render-blocking resources you pagespeed insights using.

There are several ways to go about this. You can make some of the resources non-render blocking by deferring their download. Or you can bundle all the render-blocking resources using effective bundling techniques.

There is also the option pagespeed insights reducing the size of these resources. Simply minify them so they require fewer bytes to load. Certain images are only viewed in specific sizes. What happens when you take an image and expand it? It becomes blurry. If you expand it too far, it becomes so blurry it doesn’t render properly. That is virtually what is happening with some of your images. This error message means that viewers’ browsers are wasting time pagespeed insights certain images.

The easiest and best way to fix this issue is by taking advantage of the Lighthouse app or one similar. It crawls the site for all the improperly sized images and renders them to their actual size. Reduce unused CSS In simple terms, every site will load CSS files. Unused CSS files are files that are needlessly loading. They are simply files loading when they don’t need to be loading, taking up valuable resources.

When there are a lot of needless CSS files loading it can cause dramatic lag. By reducing the unused CSS, you can speed up your website. Luckily, the fix for this is just as simple as the explanation. To fix this issue, you can use a plugin called Asset CleanUp.

When you have the app installed, open the settings, and you should see a CSS and JS manager. Click on the manager and you will see a list of all your CSS and JS files. From here, you will be able to remove any CSS or JS files that are not needed.

Minify JavaScript and CSS When you get this error report, it means that you need to optimize some of your CSS and JavaScript files. CSS and JavaScript codes are often pagespeed insights with spacing and other variables. This is to make the code more readable for the developers. While it makes the code more readable, it often slows load times.

To fix the issue you must remove the extra spacing and unneeded variables in the code. This is something that can get rather complicated and will likely require someone familiar with coding. There are some plugins available that can do this automatically. WP Rocket is available for WordPress. Reduce initial server response time Server response time is measured in TTFB (Time to first byte). It represents how many milliseconds go by before a viewer sends the request to load the page.

It’s that initial time after the viewer clicks on the website or enters your URL in the browser. A response time of lower than 200 milliseconds is what you should aim for. Reducing your initial server response time is crucial to having a fast website.

To get fast response times, use a reliable and fast web hosting service. If this isn’t possible, you can try utilizing a CDN (Content delivery network).

This is a network of proxy servers that spreads out data in the most efficient way possible. Avoid an excessive DOM size This error message means there are too many DOM nodes or HTML tags on your page.

To avoid this message, don’t use poorly coded plugins or themes and page builders that generate bloated HTML code. You should also try not to copy and paste text in a WYSIWYG editor (what you see is what you get, ex.

Webflow or Wix). Enable text compression This message means that your page contains CSS and JavaScripts that aren’t compressed. There are crawlers available that compress text-based resources into .gzip files. This type of file compression pagespeed insights increase speed by as much as 10 percent.

Avoid large layout shifts A layout shift is when a piece of content is so big it shifts the position of the remaining content during loading. A drastic change in fonts and sizes throughout your content would be the perfect example of this. There are a few ways to correct this error code. The first is by reconfiguring your image dimensions and selecting ad size in advance. You should avoid adding extra banners above existing content. And always use faux bold and italic fonts of the same size.

Minimize main-thread work This error is primarily caused when the CSS coding or JavaScript is too long. Pagespeed insights JS and Defer JS are two plugins pagespeed insights can help cut down on unnecessary coding. Otherwise, this is a problem that would require reading code. This error code is similar to the “Minify JavaScript and CSS” error code. Reduce unused JavaScript Unused JavaScript means that your site is loading JavaScript that isn’t necessary. This JavaScript is somewhere in the code.

A common way to deal with this issue is by delaying JS resources until necessary. The other option is only loading them when necessary. It simply goes back to only loading the images when the viewer looks at them. Google’s PageSpeed Insights tool will reveal where your site contains unused JavaScript.

Avoid chaining critical requests The error message goes back to the loading sequence of your site. There is more than likely something wrong with the critical rendering path, causing resources to be utilized in the wrong order. You simply have unneeded things loading before what needs to load. The best way to fix this is by optimizing the critical resources of your site.

Make pagespeed insights that what needs to load, loads first. This helps to minimize the number of critical resources used as well. Reduce JavaScript execution time This message means there’s too much JavaScript being executed at one time. This makes your page load slower while hindering its performance. The best way to fix this issue is to defer and eliminate unused scripts.

There are a variety of plugins pagespeed insights that can do this for you. Efficiently encode images In simple terms, this error message means you haven’t optimized your images for the fastest load times. The most efficient way to correct this issue is by making sure to size your images right. There is pagespeed insights the option of compressing the images if you want to go this route. Serve static assets with an efficient cache policy This error is likely occurring on your website because your cache expiration time is too short.

When a viewer visits a website, that website should build-cache into their browser. That way, the next time they visit the site, it loads from this cache instead of from the server. If you are using a CDN or cache plugin, pagespeed insights the cache expiration time much higher than the default setting. This will give your site more time to build into the viewer’s cache.

Keep request counts low and transfer sizes small A request describes the files required to render your webpage while the transfer describes the resources as a whole. The request counts are what needs to load before a viewer sees the site. The transfer sizes are all the resources on your page. The best way to start rectifying this issue is by optimizing your site’s images along with reducing the DOM size.

Excessive page redirects could be causing this as well. CSS sprites are good for combining images, as this will clear up this issue as well. Conclusion You should have all the tools to make your website pass Google PageSpeed Insight’s tests.

It’s time to put this information to use! A faster website will help in several ways.

You will retain more of your impatient visitors. It will also likely result in Google pushing your pagespeed insights out to more people in the SERPs. To increase your Google PageSpeed Insights score, start taking action on these tips; • Serve images in next-gen formats • Properly size your images • Reduce/minify unused CSS and Javascript • Reduce your initial server response time • Enable text compression • Avoid large layout shifts • Reduce unused Javascript with Autoptimize • Reduce JavaScript execution Time • Keep request counts low and transfer sizes small For more information, check out the following guides: • SEO Tools: The Best Paid Tools to Get Ranked On Google • 6 Hacks: How to Rank YouTube Videos Fast • SEO Basics: 10 Ways To Improve Your SEO on Google
Deprecated.

This page was written for version 4 of the PageSpeed Insights API, which is deprecated and will be shut down in May 2019. Version 5 is the latest and provides both real-world data from the Chrome User Experience Report and lab data from Lighthouse. PageSpeed Insights reports on the real-world performance of a page or an origin for mobile and desktop devices and provides suggestions on how that page may be improved when analyzing a single page.

Speed Score PageSpeed Insights incorporates data from the Chrome User Experience Report (CrUX) to display real-world performance data about a page or an origin. PSI reports two metrics: First Contentful Paint (FCP) and DOMContentLoaded (DCL). The median value for each metric (FCP or DCL) is compared to all the pages monitored by the CrUX report. Pagespeed insights metric is assigned a category, depending on where it falls in the distribution: • Fast: The median value of the metric is in the fastest third of all page loads.

• Slow: The median value of the metric is in the slowest third of all page loads. • Average: The median value of the metric is in the middle third of all page loads. An overall Speed score is calculated by looking at the pagespeed insights for each metric: • Fast: If every metric of pagespeed insights page/ origin is Fast.

• Slow: If any metric of a page/ origin is Slow. • Average: All other cases. Page Load Distribution The Page Load Distribution section presents the distribution FCP and DCL metrics in the CrUX dataset. • Origin: Aggregated speed data of all pages served from this origin.

• Page: The single-page's speed data. The distribution for each metric is split into three categories: Fast (fastest third), Average (middle third), and Slow (bottom third). The distribution is updated on a daily basis. Optimization Score PageSpeed Insights only reports optimization information when analyzing a single page. PSI evaluates how well a page follows common performance best practices and computes a score from 0-100 that estimates its performance headroom.

It evaluates if a page can improve its performance in two areas: • time to above-the-fold load: Elapsed time from the moment a user requests a new page to pagespeed insights moment the above-the-fold content is rendered by the browser.

• time to full page load: Elapsed time from the moment a user requests a new page to the moment the page is fully rendered by the browser. The score is categorized as being Good, Medium, or Low. The calculation assumes that a developer wants to keep the same appearance and functionality of the page.

• Good: The page applies most performance best practices and there is little headroom for further optimization. The page scores 80 or above. • Medium: The page is missing some common performance optimizations and there is medium headroom for optimization. The page scores between 60 and 79. • Low: The pagespeed insights is not optimized and there is fairly large headroom for optimization.

The page scores between 0 and 59. The optimization score estimates the performance headroom of a page. A page with slow speed might have high optimization score because it has a low ratio of render-blocking resources relative to pagespeed insights total resources used by the page. On the other hand, a fast page might have a low optimization score because it has a high number of render-blocking resources relative to its total resources.

Page Stats This section describes the round trips required to load the page’s render-blocking resources, the total bytes used by the page, and how it compares to the median number of round trips and bytes used in the dataset. It can indicate if the page might be faster by modifying the appearance and functionality of the page. Optimization Suggestions These are a list of pagespeed insights practices that could be applied to this page.

If the page is fast, these suggestions are hidden by default, as the page is already in the top third of all pages in the data set, and further improvement is likely unnecessary. Since the performance of a network connection varies considerably, the optimization addresses the network-independent aspects of page performance: the server configuration, the HTML structure of a page, and its use of external resources such as images, JavaScript, and CSS.

Implementing the suggestions should improve the relative performance of the page. However, the absolute performance of the page will still be dependent upon a user’s network connection. The speed performance is affected by various factors, but two of them are most important: • Render blocking round trips : The round trips required to deliver render blocking resources.

If most resources from a page are render blocking, PageSpeed Insights considers a page to have large optimization headroom.

The developer could investigate Avoid Landing Page Redirects, Eliminate Render-blocking JavaScript and CSS, Leverage Browser Caching, Prioritize visible content and Reduce Server Response Time rules for optimization. • Response size: The total size of the response, including HTML main resources and all subresources. If most of the response body could be eliminated by compression or minification, PageSpeed Insights considers a page pagespeed insights have large optimization headroom. The developer could investigate Enable Compression, Minify Resources and Optimize Images rules for optimization.

Questions? If you have questions about PageSpeed Insights, please refer to our FAQ or post a pagespeed insights to our discussion group. Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License, and code samples are licensed under the Apache 2.0 License.

For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates. Last updated 2021-11-15 UTC. [{ "type": "thumb-down", "id": "missingTheInformationINeed", "label":"Missing the information I need" },{ "type": "thumb-down", "id": "tooComplicatedTooManySteps", "label":"Too complicated / too many steps" },{ "type": "thumb-down", "id": "outOfDate", "label":"Out of date" },{ "type": "thumb-down", "id": "samplesCodeIssue", "label":"Samples / code issue" },{ "type": "thumb-down", "id": "otherDown", "label":"Other" }] [{ "type": "thumb-up", "id": "easyToUnderstand", "label":"Easy to understand" },{ "type": "thumb-up", "id": "solvedMyProblem", "label":"Solved my problem" },{ "type": "thumb-up", "id": "otherUp", "label":"Other" }] • Product Info • Terms of Service • Release Notes • Client Libraries • Libraries and Samples • Developer consoles • Google API Console • Google Cloud Platform Console • Google Play Console • Firebase Console • Actions on Google Console • Cast SDK Developer Console • Chrome Web Store Dashboard

How to Understand & Use PageSpeed Insights to Optimize Your Website




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