Post by account_disabled on Nov 30, 2023 6:30:36 GMT 1
Load Balancing – across them rather than just putting the load all on one server. This technology offers the opportunity to continue to add more servers to your pool as demand continues to grow… sometimes in real-time. Page Requests – The path after the domain queries your content management system or commerce system to get the content. Your database indexing and hardware can impact the speed at which the content is retrieved. Page Caching – Most high-performant web servers offer the ability to bypass the request to the database and serve content from a cache.
Header Requests – Within the content of a page, there are typically resources like scripts and style sheets that are requested before the page is loaded in the browser. Too many resources can drive up your page load times. Page Elements – Browsers typically make requests back to the same server one at a time.
If there are multiple domains or subdomains, elements can be requested simultaneously. Some companies deploy multiple subdomains for scripts, style sheets, and media to leverage the way browsers make those requests. If you’re loading multiple scripts or stylesheets, combining them into the fewest number of files will improve performance as well.
Content Delivery Network – Believe it or not, geography plays a role in the time it takes to load your site. If you’re close to your server, it’s quick. If you’re across a continent, it’s slower. A CDN like Country Email List Bunny can download your images regionally and serve them faster to your audience.
Compression – Web servers that incorporate gzip compression of web resources, images that are compressed, scripts and CSS that are minified to remove extraneous space can all have a dramatic improvement in website load speed. Lazy Loading – Why load images if the element isn’t actually visible on a page? If you notice on our site, as you scroll down the page the images are loaded once they need to become visible rather than all at once.
Lazy loading can speed up your website load speed significantly. Hosted Libraries – Sites like Google are now hosting shared libraries for common JavaScript libraries and fonts. Because browsers cache these resources, even if the visitor is arriving at your site for the first time – they may already have a hosted library cached locally.
Header Requests – Within the content of a page, there are typically resources like scripts and style sheets that are requested before the page is loaded in the browser. Too many resources can drive up your page load times. Page Elements – Browsers typically make requests back to the same server one at a time.
If there are multiple domains or subdomains, elements can be requested simultaneously. Some companies deploy multiple subdomains for scripts, style sheets, and media to leverage the way browsers make those requests. If you’re loading multiple scripts or stylesheets, combining them into the fewest number of files will improve performance as well.
Content Delivery Network – Believe it or not, geography plays a role in the time it takes to load your site. If you’re close to your server, it’s quick. If you’re across a continent, it’s slower. A CDN like Country Email List Bunny can download your images regionally and serve them faster to your audience.
Compression – Web servers that incorporate gzip compression of web resources, images that are compressed, scripts and CSS that are minified to remove extraneous space can all have a dramatic improvement in website load speed. Lazy Loading – Why load images if the element isn’t actually visible on a page? If you notice on our site, as you scroll down the page the images are loaded once they need to become visible rather than all at once.
Lazy loading can speed up your website load speed significantly. Hosted Libraries – Sites like Google are now hosting shared libraries for common JavaScript libraries and fonts. Because browsers cache these resources, even if the visitor is arriving at your site for the first time – they may already have a hosted library cached locally.