This presentation is useful for anyone looking into speeding up your website or simply want to know more about this subject.
It covers:
- What is a CDN.
- How a CDN helps SEO.
- How SEOs use CDNs.
- How to stop relying on fake CDNs.
As SEO specialists, we all want to achieve better ranking in the SERPs. Even with Google's recent design changes with paid listings, a lot of businesses still rely a lot on organic search as it is still proving to drive results on a daily basis.
Besides creating relevant useful and original content, trustworthiness, backlinks, and other authority signals, speeding up your website is a great way to help Google index your site faster and rank higher. Implementing a content delivery network (CDN) is often seen by SEOs as easy way to see faster speeds and help improve your SEO.
However this presentation demonstrates that with HTTP2 the use of fake CDNs is no longer necessary.
View the slides to learn more.
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Page speed optimisation: No more fake CDNs!
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Page Speed optimisation:
no more fake CDNs!
POLLY POSPELOVA // DELETE
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1. What is a CDN.
2. How a CDN helps SEO.
3. How SEOs use CDNs.
4. How to stop relying on fake CDNs.
What We¡¯ll Cover.
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CDN can drastically increase the speed of
your website, but it doesn¡¯t solve render-
blocking resources issues.
If you have a lot of render-blocking
resources, you might still experience
delays.
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We only take the necessary resources (JS, CSS) for a page
and then inline them into HTML markup, in a <head> tag.
c
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No more fake CDNs.
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1. Stream multiplexing.
2. Explicit stream dependencies.
3. Server Push.
4. HPACK (the silent killer feature).
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Multiplexing is a method by which multiple HTTP requests can
be sent and responses can be received asynchronously via a
single connection. Multiplexing is the heart of HTTP/2 protocol.
Stream multiplexing.
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A browser can assign a priority for a new stream by including
prioritisation information in the HEADERS.
Explicit stream dependencies.
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Server Push enables websites speculatively deliver content to
the web browser before the browser sends a request for it.
Server Push.
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HTTP/2 supports a new dedicated header compression
algorithm, called HPACK.
HPACK.