AMAZON.NL SEO SCORE

  • Passed
  • To Improve
  • Errors

www.amazon.nl

80,98 score tells us this site did well done. Not bad for a Seo score but there is a lot of way to success anyway. Keep Up!

Global Rank : 39 364 Country Rank ( NL ) : 1 895

SEO Analyse for amazon.nl

SPEED
67 /100
Last Update : 2015-10-15 Check Again
  • Title Tag :

    The title tag of your web page has 9 characters. Best number is between 50-60 characters for most search engines.

    » Amazon.nl

  • Meta Description :

    Meta Description of your web site has length of 38 characters. There is no limit for Meta Desciription Lenght but search engines usally don’t show longer than 160 caharacters. You should keep between 150-160 characters.

    » zoeken, winkelen en kopen op Amazon.nl.

  • Meta Keywords :

    Meta Keywords help search engines to understand what website is about and what kind of content serves to people. Meta Keywords are hidden in HTML code. Only search engines can see. Meta Keywords in your page is listed down below.

  • Keyword Cloud :

    Important keywords for your page are listed down below. Visitors can see Keyword Cloud on your page with a larger fonts.

    • » 8 times : meer bekijken
    • » 2 times : amazon.nl
    • » 2 times : je browsegeschiedenis bekijken of bewerken
    • » 2 times : nederlandse kindle store: ontdek 4 miljoen goedkope ebooks en lees ze overal.
    • » 2 times : de correcties
    Sign Up here to see ful list for free!
  • H Tags :

    Heading is very important for HTML structure and that means very important for search engines as well. Use your important keyword H1 and never duplicate it.

    • » H3 (2 times) :
      • Bestsellers in Kindle-boeken
      • Bestsellers in Mysterie, thriller & spanning
  • Meta Tags :

    Meta Tags describes aspect of the content of a web page.

    • Description : zoeken, winkelen en kopen op Amazon.nl
    • google : nositelinkssearchbox
    • fb:app_id : 164734381262
    • og:description : zoeken, winkelen en kopen op amazon.nl
    More
  • HTML Tags :

    An HTML tag is a text document which must be used to explain the page structure.

    • » div :223
    • » span :209
    • » a :203
    • » img :159
    • » li :147
    • » script :69
    • » hr :16
    • » ul :13
    • » link :12
    • » style :11
    • » meta :9
    • » input :6
    • » td :6
    • » i :4
    • » area :3
    • » form :3
    • » map :3
    • » noscript :3
    • » br :2
    • » h3 :2
    • » ol :2
    • » option :2
    • » table :2
    • » tr :2
    • » body :1
    • » head :1
    • » header :1
    • » html :1
    • » select :1
    • » title :1
    More
  • Site Speed :

    Site speed for this page is 1094 ms. You only have 10-20 seconds to impress your visitors; use this opportunity the best way you can.

    » 1094 ms

MOBILE INSIGHTS

SPEED
68 /100
Last Update : 2015-10-15 Check Again
  • Prevent landing website page redirects :

    Your page does not possess any redirects. Landing page redirects will negatively impact your page load speed. And worst of it all is that while the redirections are occurring, the page remains blank! Learn more about evading landing page redirects.

  • Active compression on webpage :

    Compression is enabled. Modern browsers automatically negotiate and support compression for the HTTP requests. If compression is enabled, overall size of the transferred response reduces by 90 %, which reduces the amount of time taken to download the resource and save data. Learn more about the process of enabling compression.

  • Leverage web browser cache :

    Setting a maximum age or an expiry date in the HTTP headers in the Static resources effectively instructs the web browser to actively load the formerly downloaded resources directly from the local disk rather than the network. The browser does not do expiry dates for Static files automatically.

    Leverage browser caching for the cacheable resources. The main reason why caching of the browser is important is because, it takes the load off the web browser, which ultimately leads to reduced loading time for the web users. Enable HTTP headers to enable browser caching efficiently.

  • Reduce web server response time :

    The server can respond quickly. Know more about the server response time optimization process. The time taken to load the HTML in order to start rendering the page is called Server response time. A highly varying server response time, can indicate a basic performance issue.

  • Minimize CSS :

    The CSS is minified .Minification can lead to reduced byte count in the common CSS by the process of stripping down all the whitespace and by shortening the names of colors. You can use a filter to evade the extra step of minifying CSS. Know more minifying CSS.

  • Minimize HTML :

    Compacting the HTML code, the inline JavaScript and CSS included can be useful to save many bytes of information and data as well as increasingly speed up the download by great lengths. By minimizing HTML code, the overall size of the pages becomes much smaller.

    Minify the HTML for the following resources in order to effectively reduce the size of bytes. 2KiB (8% Minification necessarily refers to the process of removing the unnecessary and redundant data without creating any disturbance in the processing of the resource by the browser. It includes removing of any unused code.

  • Minimize JavaScript :

    If you compact java Script code, you can save on many bytes of data as well as speed up the parsing, downloading, as well as the execution time. The best way to make a webpage more responsive is by minimizing the number of files and the size of files.

    Minimizing JavaScript for the following resources will help to reduce the size in bytes. 1.2KiB (2% Reduce the number of files that have to be downloaded when the page is being loaded to make the response rate of the web page much faster .Some tool sexist to minimize the size .

  • When you publish your website you should put your Javascript and CSS code below in your HTML code. :

    CSS resources 2 are blocked on your page. This is causing a delay in the rendering of the page.

    Neither of the above –the fold contents on the page could have been rendered properly without having to wait for the following resources to load. Instead, you try to defer or asynchronously load the blocking resources or inline the crucial portions of the same resources directly in the HTML.

    Optimization of CSS delivery of the following. If the CSS external resources are small, then you can directly insert those inside the HTML document. This is called in lining. Inlining the small CSS resources in the similar fashion, enables the browser, to proceed with rendering of the web page.

  • Stow images :

    The images are optimized. Know more about the process of optimizing images. Images account for most of the basic downloaded bytes on the page and occupy visual space. That is why optimizing the images can result in the large saving of bytes and improved performance on the websites.

  • Priority visible web content :

    To render the above-the –fold contents, your webpage requires an additional network round- trip. To optimize the performance, lower the amount of HTML required to render the above –the-fold content.

    To render the above-the-fold content ,the entire HTML response was not enough. This indicates that the additional resources which were loaded after parsing of HTML ,were required to render the above-the –fold content. Prioritize the visible content to render the above the fold by directly including it inside the HTML response.

DESKTOP INSIGHTS

SPEED
89 /100
Last Update : 2015-10-15 Check Again
  • Prevent landing website page redirects :

    Your page does not possess any redirects. Landing page redirects will negatively impact your page load speed. And worst of it all is that while the redirections are occurring, the page remains blank! Learn more about evading landing page redirects.

  • Active compression on webpage :

    Compression is enabled. Modern browsers automatically negotiate and support compression for the HTTP requests. If compression is enabled, overall size of the transferred response reduces by 90 %, which reduces the amount of time taken to download the resource and save data. Learn more about the process of enabling compression.

  • Leverage web browser cache :

    Setting a maximum age or an expiry date in the HTTP headers in the Static resources effectively instructs the web browser to actively load the formerly downloaded resources directly from the local disk rather than the network. The browser does not do expiry dates for Static files automatically.

    Leverage browser caching for the cacheable resources. The main reason why caching of the browser is important is because, it takes the load off the web browser, which ultimately leads to reduced loading time for the web users. Enable HTTP headers to enable browser caching efficiently.

  • Reduce web server response time :

    The server can respond quickly. Know more about the server response time optimization process. The time taken to load the HTML in order to start rendering the page is called Server response time. A highly varying server response time, can indicate a basic performance issue.

  • Minimize CSS :

    The CSS is minified .Minification can lead to reduced byte count in the common CSS by the process of stripping down all the whitespace and by shortening the names of colors. You can use a filter to evade the extra step of minifying CSS. Know more minifying CSS.

  • Minimize HTML :

    Compacting the HTML code, the inline JavaScript and CSS included can be useful to save many bytes of information and data as well as increasingly speed up the download by great lengths. By minimizing HTML code, the overall size of the pages becomes much smaller.

    Minify the HTML for the following resources in order to effectively reduce the size of bytes. 3.8KiB (7% Minification necessarily refers to the process of removing the unnecessary and redundant data without creating any disturbance in the processing of the resource by the browser. It includes removing of any unused code.

  • Minimize JavaScript :

    If you compact java Script code, you can save on many bytes of data as well as speed up the parsing, downloading, as well as the execution time. The best way to make a webpage more responsive is by minimizing the number of files and the size of files.

    Minimizing JavaScript for the following resources will help to reduce the size in bytes. 3.5KiB (2% Reduce the number of files that have to be downloaded when the page is being loaded to make the response rate of the web page much faster .Some tool sexist to minimize the size .

  • When you publish your website you should put your Javascript and CSS code below in your HTML code. :

    CSS resources 5 are blocked on your page. This is causing a delay in the rendering of the page.

    Neither of the above –the fold contents on the page could have been rendered properly without having to wait for the following resources to load. Instead, you try to defer or asynchronously load the blocking resources or inline the crucial portions of the same resources directly in the HTML.

    Optimization of CSS delivery of the following. If the CSS external resources are small, then you can directly insert those inside the HTML document. This is called in lining. Inlining the small CSS resources in the similar fashion, enables the browser, to proceed with rendering of the web page.

  • Stow images :

    If you format and compress images properly, you can save many bytes of data. You should ask yourself first, if an image is at all required to achieve the effect that you are going for. A well- placed image is useful to communicate thousand different words. Good design is easy.

    Reduce the size in bytes by optimizing the following images. Optimization of an image 1.2KiB (56% is both a science as well as an art. There is no definite answer on how to compress an image in the best way. There are many algorithms and techniques for the image optimization process.

  • Priority visible web content :

    The above-the- fold content is properly prioritized. Know more about the prioritizing of visible content. Rendering a new web page needs many network resources, however not all of them are needed right then and there. The visible content in the page is prioritized on the browser and the network.

MOBILE USABILITY

SPEED
100 /100
Last Update : 2015-10-15 Check Again
  • Prevent application load interstitials that hide content :

    Your page does not appear to contain any application install interstitials that hides a notable amount of content. Know more about the importance of evading the use of application install interstitials

  • Prevent website page plugins :

    Your page does not seem to utilize plugins, which could be beneficial to prevent use of content on many platforms. Plugins do not work on mobile pages properly. Plugins are the leading cause of crashes, hangs and other such security incidents. Know more about the necessity of evading plugins.

  • Configure the web page viewport :

    Your page designates a viewport that is similar to the size of the mobile device. This enables it to render correctly on all the devices. A viewport actively controls how each webpage is displayed on the screen of a mobile device. Know more about the configuration process of viewports.

  • Size content to viewport :

    All the contents of the page fit in the viewport. Know more about sizing the content to the viewport. In developing the mobile site equipped with a Meta viewport tag, it is simple to accidently create content on a page which does not quite fit within the specific viewport.

  • Size tap targets appropriately :

    All the buttons of the page is large for the user to tap on the touchscreen easily. Know more about the sizing process of tap targets. The tap targets should be minimum 7 mm in length and width. This also applies to the search bars and the form fields.

  • Use legible font sizes :

    The text on the page is legible enough. It is important to configure a specific viewport, which will ensure that the fonts are scaled as per the expectations across all the different devices. Get more information about using legible font sizes. Use base font size of 16 CSS pixels.

TECHNOLOGY & NETWORK

  • » script :

    usage

  • » stylesheet :

    usage

  • » html5 :

    usage

  • » Server :

    Server

  • » Analytics :

    BugSnag

SECURITY

Last Update : 2015-10-15 Check Again
  • WOT Rating :

    Excellent

  • Child Status :

    Excellent

  • AVG Antivirus AVG Antivirus
    Safe
  • Google Status Google Status
    Safe
  • Mcafee Mcafee
    Safe

HTML ANALYSE

Last Update : 2015-10-15 Check Again
  • Site :

    amazon.nl

  • Host :

    www.amazon.nl

  • Site IP :

    54.239.32.133

  • Page Speed :

    1094 ms

  • Charset :

    iso-8859-15

  • HTML Size :
    • » mobile :
      • Request : 14.76 kb
      • Html : 161.97 kb
      • Css : 154.49 kb
      • Text : 0 kb
      • Image : 1693.68 kb
      • Javascript : 385.57 kb
      • Other : 0.43 kb
    • » desktop :
      • Request : 21.72 kb
      • Html : 321.07 kb
      • Css : 692.79 kb
      • Text : 0 kb
      • Image : 2127.26 kb
      • Javascript : 1246.77 kb
      • Other : 0.68 kb
  • Response Headers:

    pragma : no-cache

    x-amz-id-1 : 12BK3ZZ5NN41RC53GDGP

    x-amz-id-2 : dmlyfqDERyxVqYZg36i2o4CVkh9vP7UfICTRle+msOgCG0betJa38w==

    Vary : Accept-Encoding,User-Agent

    Cache-Control : no-cache

    Content-Type : text/html; charset=UTF-8

    Server : Server

    Transfer-Encoding : chunked