Site speed is not just about improving user experience. It is an important part of SEO and a major factor in search engine rankings.
There are many factors that can affect site speed, and there is also a lot of data that supports why having a low-speed site can negatively affect you, both from an SEO standpoint and from a user experience perspective.
In this article, we will dive into:
- What is website speed?
- Why website performance matters for SEO
- What factors affect website performance
- The future of site speed and SEO
What is Site Speed?
As the name implies, site speed is the total time it takes for a webpage to load completely so that the user can view it in its entirety.
Site speed is of tantamount importance for all stakeholders, including but not limited to web developers, site guests, business owners, and also to those responsible for SEO management.
The main benefit of a fast-loading site is that it keeps users engaged. Long lulls due to loading will take away from the user experience and may cause the guest to simply leave the page.
Site speed is also a major factor in determining site rank. Search engines consider user satisfaction a criterion for ranking, and site speed is a major factor in this process.
But how do you actually determine site speed?
Site speed is composed of several metrics. Knowing each individual factor and knowing how to improve each of these components is critical in increasing the overall performance of your site.
1. Time to First Byte
The Time to First Byte, or TTFB, is the time that it takes from the web request to the time the browser gets the first byte from the server.
Slow TTFB is a sign of a server’s poor responsiveness. High network latency, high traffic loads, non-optimized server configurations, and other factors can cause it.
Improving TTFB will result in images and scripts loading faster, decreasing bounce rates, and providing a better user experience through faster loading times.
You can dramatically improve your site’s TTFB by optimizing server configurations, enabling caching in settings, and using CDNs.
2. Fully Loaded Time
Fully loaded time is the total time it takes for a webpage to load all its elements, including images, scripts, styles, widgets, embedded media, text, and everything else.
Unoptimized Javascript files, large and uncompressed files, and some forms of third-party integration usually cause longer fully loaded times.
According to Google, 53% of mobile users leave web pages that take longer than 3 seconds to load. When using browsers on computers and laptops, most users also opt to exit sites that load slowly.
Fully loaded times can be improved by optimizing code and scripts, compressing images, and using lower-resolution videos whenever applicable. To further minimize processing and loading times, integration with third-party scripts and tools should also be avoided.
3. First Contentful Paint
This criterion, also known as FCP, is the total time it takes for the first visible element to appear onscreen. FCP helps determine whether a page is responding and capable of processing requests.
While not as important as Fully Loaded Time, the FCP provides an initial view of how fast the page will load. A low FCP will give the impression of a sluggish site, leading to a poorer user experience.
CSS and Javascript files are the usual culprits when it comes to slow FCPs. Analyzing and improving these using tools like Google PageSpeed can help immensely in improving this metric.
4. Other Factors
Other aspects that can affect site speed include server response times, the total file size of the web pages being loaded, query speeds, response times of API, rendering of dynamic content, and many others.
Understanding how these factors affect site speed is integral to improving this important metric and the overall browsing experience.
Why Site Speed Matters for SEO
Site speed matters in SEO because user satisfaction plays a very crucial part in evaluating site rankings and can affect your rank either directly or indirectly.
Specific reasons as to why site speed matters for SEO purposes include the following.
1. Search Engine Rankings
Google and other search engines prioritize sites that provide a positive user experience when computing for rank.
Since 2010, site speed has been an integral factor in determining rank. This includes factors such as the TTFB, FCP, and Fully Loaded Time, as well as other determinants such as the Largest Contentful Paint (LCP) and First Input Delay (FID).
Research by Backlinko has shown that the average time it takes for sites to load on the first page of Google search results is 1.65 seconds. This means that sites that load in 2 seconds or more will probably appear on the second or later pages, drastically reducing their chances of gaining more organic traffic and higher conversion rates.
2. Bounce Rates
Bounce rates refer to the percentage of users that leave a site after visiting just one page. Although not the only reason, slow site speeds play a very significant part in higher bounce rates for more sites.
High bounce rates signify a poor overall user experience for search engines. As such, these are typically ranked lower in search results.
In fact, load times have been shown to significantly impact bounce rates. In fact, a 2-second difference can result in a bounce rate increase of as much as 32%. This can dramatically hurt your chance of gaining a higher rank compared to other high-speed sites that enjoy much lower bounce rates.
3. User Engagement and Conversions
Sites that load fast are regarded much more positively. This results in repeat visits and more engagement by users browsing through more pages and more of your content.
This translates to higher conversion rates and longer stays on your site. This is especially true for retail and travel sites, particularly mobile browsers, where a 0.1-second improvement in loading speed can increase conversion rates by as much as 10 percent.
Better user engagement also builds trust in your brand. This can positively impact SEO, especially if you are seen as reputable and trustworthy. Higher engagement and conversion rates can quantify this.
All of these factors have a very significant impact on SEO rankings, whether in a direct or indirect manner. The better you fare on these criteria, the better the chances of your site being ranked higher in search engines.
The Top Factors Affecting Site Speed
Your site’s performance will depend on several factors. Below are just some of the most common things that can affect site speed, which in turn affects your SEO rank and user satisfaction.
Note that these elements can interact, compensate, and hinder each other’s performance. As such, a holistic approach is often recommended to resolve site speed issues.
As such, continuous improvements and monitoring of performance metrics are necessary to ensure that your site is optimized. This will make your site faster, leading to a more seamless browsing experience for visitors and a higher SEO rank.
1. Your Web Host
Your hosting provider’s performance has a big impact on your site’s speed. As your hosting provider stores and serves data, its performance is one of the most significant contributing factors to how fast or slow your site loads.
Your hosting plan defines some features and performance levels. Limitations on these features, such as shared hosting, are one of the main reasons for slow websites.
While shared hosting is cheaper, it causes sites to load two to three times slower than other alternatives, such as VPS or cloud hosting services.
It is recommended to get a VPS, cloud hosting, or dedicated server to take advantage of more resources and processing power for better loading speeds.
Some hosts also offer perks and upgrades, such as unlimited bandwidth, more power, and storage, which can greatly improve your site’s performance.
2. Media Files
Images and videos take a long time to load, and this is proportional to their size and resolution. This holds true for those with lower bandwidth limits and slower Internet connections.
Media files should always be optimized and compressed for faster loading times. However, a balance between optimization and quality should always be maintained.
Other alternatives to mitigate this problem include using modern file formats such as WebP, which compresses files to up to 34% instead of JPG or PNG, and embedding videos on sites such as YouTube instead of hosting them directly.
Lazy loading, the process of loading files only when needed or visible to the user, can also positively affect site speed, reducing total loading times by up to 30%. CMS platforms such as WordPress already have native lazy loading functionalities that you can utilize out of the box.
3. HTTP Requests
HTTP requests are needed to retrieve any elements needed by your page. The more requests that you need and the more sources you need to retrieve assets from, the slower your site will load.
This is usually true for sites with complex designs that utilize many scripts and CSS. Rendering these pages takes a long time and can sometimes even look unresponsive.
A solution to this issue would be to streamline files such as CSS and Javascript so that the total number of HTTP requests is reduced.
Tools such as Google’s PageSpeed, PingDom, and GTMetrix are very helpful in analyzing the HTTP requests that your site makes, as well as suggesting how to optimize and prioritize these requests for improved loading speeds.
4. Your Code
Your codes and HTTP requests will significantly impact the speed at which your page loads and processes data.
Unoptimized HTML, Javascript, and CCS codes are wasteful and consume unnecessary resources. As such, minification is key to ensuring the smoother running of your page’s codes.
Correcting messy and redundant codes, addressing code bloat (comments, excess white spaces, line breaks, etc.), and asynchronously loading and prioritizing codes can reduce loading times by as much as 20 percent.
For some automation, tools such as CSSNano, HTMLMinifier, and UglifyJS can help reduce and optimize the file size of codes.
5. Browser Caching
Browser caching is the process by which browsers store static resources on a website’s local disk. These elements often include stylesheets, scripts, and images.
This helps speed up the loading process as files would only need to be loaded locally rather than from an online source.
If cashing is not enabled in the server or CMS, then all files would need to be acquired from the server, considerably reducing the potential loading times of files that could have been retrieved locally instead.
Proper implementation of caching settings can improve overall load times by as much as 30%. However, this depends on many other factors, especially the number and size of files that would be cached locally.
Regularly, images are set up to be cached for 30 days or more to ensure that initially loaded files are maximized for user revisits. CMS tools, plugins, and other considerations can let you enable and tweak cache settings for maximum performance.
5. Content Delivery Networks
Content Delivery Networks, also known as CDNs, are groups of servers that cache your site’s content. This is different from regular hosting, where all data is acquired from the main hosting server.
Basically, this brings data physically closer to the user. This means that the process of transmitting data can be reduced significantly, sometimes by as much as 50%.
This performance can be measured by the latency metric, which defines the duration between a request and its response or an action and its result.
Using a CDN essentially brings data closer to the user, which is a very good strategy for improving site speed, especially in terms of TTFBs, FCPs, and other factors.
Popular CDN service providers include Akamai, Amazon CloudFront, and Cloudflare. These providers are trusted in the industry and scalable to fit your specific needs and preferences.
6. GZip Compression
GZip is a file compression method that reduces files such as Javascript, CSS, and HTML before sending them to the user and then decompresses them upon arrival.
This reduction of file size can help reduce loading times when transmitting the data to the browser, resulting in improved performance and a better browsing experience.
CMS plugins or server configurations can be used to implement this type of compression. Using GZip can have a significant impact on loading speeds, resulting in improvements of up to 70 percent.
7. Your Database
Dynamic databases usually utilize databases for the storing, retrieval, and processing of data that serve as input and output through the front end, that is, the page that the users see on their browser.
Optimizing your database will result in faster processing and increased load times. By removing unnecessary data, optimizing the performance of scripts, and redesigning tables and queries, among other tasks, your site can have improvements of up to 10 or 15 percent.
Tools such as WP-Optimize for WordPress sites can help optimize databases so that they are capable of running more smoothly and efficiently.
8. Your Monitoring Schedule
Maintaining and improving site speed is a continuous process. Emerging technologies and other factors can either positively or negatively impact site speed.
By scheduling tasks such as identifying bottlenecks, conducting performance tests, and tracking metrics, you can resolve issues before they pose a significant impact on your site’s speed.
Tools such as Google PageSpeed Insights, GTMetrix, and Pingdom are some of the most common ways to see how well your sites are performing in terms of load times. These tools can even provide suggestions on how to make your site run faster.
Monitoring and tweaking your site should be done regularly so that you can quickly determine any drops in performance and conduct corrective measures to maintain or improve its current speeds.
The Future of Site Speed and SEO
With the emergence of new technologies and trends in how users consume content, optimizing websites for site speed and taking advantage of SEO algorithms is critical.
Here are some of the emerging and future factors that will influence site speed and SEO in the coming months, years, and beyond.
1. Core Web Vitals
Google introduced Core Web Vitals, a guide that provides metrics to help you measure and assess your site’s overall performance. The guide also recommends how each aspect of page speed should perform to qualify as “optimal” in terms of user experience.
These metrics include:
- Largest Contentful Paint (LCP) – recommended to be within 2.5 seconds
- First Input Delay (FID) – recommended to be less than 100 milliseconds
- Cumulative Layout Shift (CLS) – recommends a score of below 0.1
If these metrics are met, Google rewards them with higher rankings. Conversely, those who do not meet these requirements are penalized.
Future expansions include covering Google Web Vitals in areas such as Augmented and Virtual Reality and providing incentives to excel in different performance areas for SEO purposes.
2. Artificial Intelligence
Artificial intelligence, or AI, is one of the cornerstones today when it comes to how websites are being designed and optimized for best performance.
AI-powered tools are fast becoming one of the best ways to automate metrics analysis, identify areas for improvement, and even implement settings changes, code modifications, and other optimization improvements.
AI is capable of making real-time changes and adjustments based on factors such as user behavior and network loads, among others. This removes a lot of the legwork for web developers and site administrators so that they can focus on other tasks.
Tools such as NitroPack and Cloudinary already use AI to optimize sites. As AI evolves, we can expect that more site optimization tasks will be AI-driven.
AI can even be integrated with other tools to automatically comply with standards set by Google Core Vitals. Thus, compliance can be achieved instantly upon updates to these guidelines with minimal human intervention.
3. Mobile Browsers
Mobile browsing has long been considered the future of the Internet. As such, optimizing sites for mobile browsing is of paramount importance and should be a priority for web developers, regardless of industry.
According to a study by Statista, mobile traffic accounts for almost 60% of total web traffic worldwide. With the rise of 5G networks offering faster Internet speeds and Progressive Web Apps (PWAs) that provide a browsing experience similar to mobile apps, this figure will likely rise in the coming years.
Maintaining and prioritizing site speed for mobile devices will be an uphill battle, especially with the rise of software and hardware such as foldable phones. This, however, will be the reality in the future, as well as users who aim to consume these types of content on mobile devices in order to keep up with sites that can take advantage of these technologies.
4. 5G and Edge Computing
5G and Edge Computing are technologies that aim to provide a better browsing experience through increased Internet speeds and improvement in ways that systems process data, respectively.
With these technologies fast becoming the norm, users will expect sites to respond almost instantly. Any performance below their expectations may result in increased bounce rates and lower conversions.
This puts pressure on web developers to use these technologies, as several factors can hinder site performance despite their benefits.
Large media files, AR or VR functionalities, e-commerce platforms, and other process-intensive sites must capitalize on these opportunities for faster data delivery, especially against competing sites.
5. Green Web Hosting
Green web hosting is a fast-growing trend that focuses on sustainability. While prioritizing green energy is a relatively new concept, it aims to provide energy-efficient and optimized data transmission solutions while remaining true to its cause.
Choosing green web hosting indirectly impacts SEO. This option can be leveraged to influence consumer choices, especially now that the public is rapidly becoming environmentally conscious.
Using green web hosting can thus improve your reputability and trust rating, resulting in higher engagement and overall satisfaction of users despite any current shortcomings that this type of technology may have.
6. Next-Generation Experiences
Next-gen experiences pertain to augmented reality and virtual reality, among others.
Both of these technologies require a high amount of bandwidth and very low latencies to ensure that they function as intended, that is, seamlessly and in real-time based on user input.
For AR and VR technologies to progress, site speed must be optimized so that there is little room for flaws or delays. Anything beyond that may prove unsatisfactory for users who want a “real” reality and will not compromise on anything else.
Frameworks such as Content Delivery Networks and compression tools can greatly boost loading speeds, but they can only do so much without constantly monitoring and improving other facets of the site to ensure satisfactory performance for sites containing AR or VR-related content.
Conclusion
Nobody likes going to a website that takes forever to load. Some will wait, but most will click away and go to the next best option.
Site speed is not just beneficial for users. Having a faster-loading site can also benefit you, as these sites are typically rewarded with higher SEO ranks.
Aside from giving users the impression that your site is professionally designed, which would, in turn, increase brand perception and reputation, a website with good performance will also improve metrics such as bounce rates, user traffic, and repeat visits.
As such, site speed is no longer a luxury. It is an essential part of website management and must be maintained continuously and meticulously, especially with the rise of new trends and technologies, seemingly monthly.
By optimizing your site and ensuring that all pages run fast, smoothly, and well, you can ensure not only customer satisfaction and higher engagement but also higher SEO rankings, which will have immense short—and long-term benefits for your business.
If you would like an expert to examine and improve your site speed, feel free to contact us anytime!
