Enter a URL
When a large webpage is loading – particularly if there are heavy images, scripts and stylesheets – users are expecting less data transfer. The purpose of the Free SEO Pro Page Size Checker is to enable visitors to check a webpage's size by providing a URL. It is convenient for bloggers, developers, SEO specialists, and businessmen that would like to discover just how a lot information their pages might need. Determining the page size can be the initial step towards identifying any “fat” and optimizing for slower connections and better usability on the web.
Page Size Checker: Online page size checker to view the size of a webpage.
Opening a website causes your browser to receive a HTML document and any further “documents” that may be required, such as images, stylesheets, fonts and java scripts.
These resources help produce data for the page to display and operate.
Knowing webpage size will give you insight into where to streamline unwanted downloads.
A Free SEO Pro Page Size Checker should be used to determine your website's page size.
displays a text box where you can enter a URL.
This field can be used to enter the address of a webpage to have checked.
This page does not explain in detail the results of the current page. It has information section with missing, incomplete instructions.
As a result, the specific method of measurement, the forms of the output measurement, and other details cannot be determined from the documented description.
The website indicates that its tools are free online utilities, however this page does not seem to list the testing limits, mandatory registration, or exporting features.
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Page size information can help website owners determine excessively heavy pages.
Bloggers may wish to review articles that have photos and embedded media.
Online stores can look at product pages with multiple images and developers can compare pages pre/ post technical changes made.
The tool is best when used in combination with other measures of performance.
When measuring page size, the process starts with a webpage's address.
A checking system gets information of the requested URL and according to the measurement regulations, calculates a size.
But the measurements are different among the use of different tools.
One of the checkers may only report the HTML response size. Another could measure the total amount of resources transferred to load a page.
Free SEO Pro do not publicly explain which approach is this Page Size Checker uses.
It should therefore not be assumed that the result of this measurement is representative of the full weight of each of the resources loaded by a browser.
HTML document size: The size of the HTML response (the actual webpage of document with references to other resources)
Transferred size: This is the size of the data that was transferred over the network, which may be smaller due to compression.
Resource size: Size of a resource before/after it has been decoded, as reported by the reporting tool.
Total page weight: A more comprehensive term that may encompass images, stylesheets, scripts, fonts, in addition to other downloaded resources.
These readings are not transferable.
A small HTML file that contains textual content may refer to multiple large photographs, for instance. It is not possible to measure how much data a browser actually downloads by measuring only its HTML.
One service claims to report 80 KB, the other 2.4 MB, for the same page.
If the first is HTML, and the second is additional resource then both may be valid.
Make sure that the tools actually measure the same content before comparing results, and that they are measured under comparable conditions.
The visible interface has a field for a URL. You can write out an address of an open web page and hand it in for verification.
Follow these steps:
Step 1: Go to Free SEO Pro Page Size Checker.
2. Find the "Enter a URL" field.
3. Pick the specific web page that you wish to study.
4. Paste in its full address: including, for example,
https://example.com/blog/
.
Using the provided form control, enter the URL.
6. Wait the request to end.
7. Check any ‘sizes’ information provided by the tool.
8. Write the measurement and if it has units, make sure that they are shown.
9. After making relevant changes to website, repeat the process.
It is unknown at this time how these additional buttons in the completed results interface may be labeled and what fields may appear.
Visit pages that are visited regularly first.
Your homepage is a good place to start, but it's not the whole website.
Different resources might be used on different product pages, blog articles, category pages and interactive tools.
To make a comparison, look at a number of indicative URLs instead of believing your measurement represents your entire website.
Do not change the URL's before and after the change itself.
Note if there are new images, ads, or other resources on the page.
When looking for service comparison, make sure they utilize the same type of metrics.
The reported size of a website is not the only measurement of whether it changed successfully or not.
Illustrative example: The figures below are examples and not real. They are not the result of an interactive test of Free SEO Pro Page Size Checker.
Suppose that you own a very small handmade furniture business on the Web.
Each product page is filled with one large hero image, 6 other product images, a few scripts and a stylesheet.
You wish to check if it's resources are unnecessarily big.
Suppose a network inspection which is performed using a separate browser yields the following transferred sizes.
Books 5 to 8 centimeters wide, 10 to 12 centimetres long and 1 to 2 centimetres high.
HTML document 60 KB
Images 2,400 KB
JavaScript 350 KB
Twomountedprice.css and fonts.tf2 190 KB
Total 3,000 KB
These are examples of the figures and not measured.
In this example a large percentage of the data transferred is made up of images.
Then you find that a number of product pictures are far bigger than what is indicated by their dimensions.
You create digitally compressed copies of the appropriate size and not lose important visual details during compression.
You also look at whether the pictures in the gallery load after going off screen.
Let's say that the illustrative image transfer size drops from 2400KB to 1100KB.
The new illustrative total is 1,700 KB if the other categories do not change.
That's a decrease in data transferred.
But with the smaller overall size you cannot determine the speed load of the page.
Other factors include server response, network conditions, browser processing speed, and what resources that would load first.
Start by working with the resources that add most weight to unnecessary pages.
Opt for targeted enhancements instead of just stripping away useful features to create a smaller number.
Then test the size of the resources and loading performance.
It is easier to understand if you know the units and range of measurement.
Web sites are typically identified by either a number of bytes, KB or MB.
In decimal units:
1 KB equals 1,000 bytes.
1 MB equals 1,000,000 bytes.
Some systems, however, adopt "binary units", in which 1 KiB is the same size as 1,024 bytes.
Compare the measurements from different services after checking the units.
Different websites have different page sizes, it's not a standard one-size-fits-all size.
Requirements differ for a text focused article and an interactive product configurator.
Rather than blast for a number, consider if the resources are needed, if they are the right size and are serving an effective delivery.
Not necessarily.
It will be better to not download unnecessary things to improve performance, particularly if you have a limited connection.
However, a small webpage could load slowly due to slow server response, blocking scripts or poor rendering.
LCP is part of the guidance provided by Google for its LCP (Largest Contentful Paint) optimization.
It describes the relationship between resource loading, server response and rendering delays.
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By itself, a page size report does not confirm a page's search ranking/position, mobile usability, or Core Web Vital performance.
It also doesn't necessarily reveal which resources caused the largest delays.
Do use it as a component of a greater site performance investigation effort.
Photographs, screenshots and graphics in articles can be unwelcome bloaters.
Check their dimensions after they get published, especially if Web audience members can access them via mobile Web networks.
Be aware of and look for ways to resize images, remove unnecessary files without decreasing usefulness.
Resources your website loads can change as a result of themes installed, plugins, ads integrated into site and new features.
Look at example pages of what the website was like before and after an upgrade.
When the reported size grows, find out what is causing the growth and determine if the extra resources are warranted.
Page weight should be looked at hand-in-hand with the loading speeds, crawlability and mobile usability of your pages.
While a size measurement may provide more information on where to focus further research, the information should not be used in lieu of a detailed technical audit.
Various types of measure and website conditions may create confusing results.
Situation What to investigate
The domain name provided in your URL field is not run by the server, please use the address or protocol:
A page's title doesn't show up No public visibility or server response
The result appears to be abnormally low/HTML only measured
All the results change from check to check - Dynamic content and measurement scope
Scripted loads that are slow Scripted loads/server response/rendering
An optional compression of text resources can be performed before sending to the server.
The size of the downloaded resource may thus be different from that of the decoded resource.
When comparing results make sure that they are the same equivalent measures.
A product gallery or a long article might not have as many resources as your homepage.
When testing, test more than one type of page — this provides a more valuable understanding of your site.
The current Page Size Checker page from Free SEO Pro, doesn't mention if it will measure HTML or all downloads.
It also does not specify whether it supports JavaScript rendered pages, redirect, authenticated content, downloadable reports and historical comparisons.
The tool page doesn't explain how handling and retaining submitted urls work.
Do not use publicly available addresses with urls that contain passwords, access tokens or other sensitive information.
To have detailed measurements of resources, developer tools for your browser can be used to display individual requests to the network and the size of data transferred.
Use a special speed-testing service to test loading performance.
eases exploration of the performance of loads. Combine it with page size measurements to determine if there is a benefit of reducing resources weight on the visitor's experience.
can help you to view available HTML source. It is helpful for analysing the structure of a webpage, but source inspection does not identify all of the resources that were downloaded.
And that's what serves is used for: to create instructions for the crawler. Whilst it can help inform a wider technical SEO review, robots.txt updates aren't a replacement for weight reduction.
If more detailed diagnosis is desired, use browser network tools to see which resources are the largest. Select, optimise files of significance, maintain key functionality and compare measurements under standard conditions.
Page Size Checker is an online application to analyze the size of a web page. It can display HTML size or a wider transferred data if based on the measurement method. Learning the difference will ensure that you read the results properly.
Click a link to open the tool, and enter a full public webpage address in the Enter a URL field. Request as per the form control provided. Check any measurement returned for size, and its units and measurement range.
Free SEO Pro showcases itself as a set of free online SEO tools. Still, all the uses limits and registration requirements are not fully written on the Page Size Checker page. Check the existing display and conditions if you need to conduct follow-up checks.
A publicly available webpage URL can be provided. But the success of processing relies on the ability of the checking service to download the page. Some sites limit the number of requests allowed to be made automatically, or require a user to be logged in.
Against the background of this understanding, one can conclude that page size relates to data on a webpage and page speed relates to loading and responsiveness. While a larger page can naturally take longer to download, network conditions, the server's response time, browser caching and browser processing speeds are all significant factors.
It depends on the method of measure on the tool. Some are based on measuring only the HTML response and others count other resources. Its page size checker isn't mentioned in its published page whether this includes images, scripts, stylesheets and fonts.
There is no specific size that is SEO best practice. Try to prevent extraneous downloads, but retain utility and relevance of content and functions. Tweak the loading performance, don't assume that a specific file-size target is going to help create a good experience for visitors.
Famous examples are high-res images, video files, JavaScript code bundles, stylesheets and web fonts. Additional downloads can also be added from advertising and third party integrations. Through a detailed network inspection they can know which resources contribute most to the total.
Yes. When you compress images, it saves data for images in downloading. Resize & select appropriate images formats. Measure the performance results afterwards since the performance gain will depend on the amount of image data that the page transacts.
KB stands for kilobyte and MB stands for megabyte and are used to refer to data size. One megabyte is equal to 1000 kilobytes (in decimals). Some of the software might use binary units, be sure to check the units reported when comparing between tools.
These tools can track HTML, compressed transfers, decoded resources or whole browser sessions. They also might support different methods of caching and dynamic content loading. When comparing measurement values, compare them first for equivalence before concluding that a measurement is incorrect.
It can help with the loading speed of a page if it doesn't contain unnecessary weight, but do not think of it as a possibility to rise in ranking. Many signals are considered by Google and a webpage size is not in place of a useful content, easy to navigate, and great experience to its real-world users.
Verify URL for spelling and error and test that the webpage can be accessed publicly through a web browser. Use another address that is accessible. However, if the issue persists – check using browser developer tools or another page size measurement service.
The published user interface of Free SEO Pro Page Size Checker failed to clearly state a download/export feature. Refer to completed results screen for controls available. If exporting is not supported you need to manually record the URL, reported measurement, units, and test date.
Determine HTML or total page weight measurement. Examine overly large resources, introduce necessary changes and test. Track with a page speed test to see if any real improvements in loading times were made.
