Takashi Toyoshima, “Reloader Sensei” at Google has today published details about the new Chrome browser version 54, Which will bring with it greatly improved reload speeds and leaner page reloads for mobile devices when compared to previous versions of Google’s Chrome browser.
The relatively minor change to the Chrome browser makes reloads up to 28 percent faster and helps extend your battery and allowances by consuming less bandwidth and power.
The performance and efficiency of reloading a page in the Chrome browser 54 release can be seen in the video below, where the difference on a slow mobile connection is clearly visible. Toyoshima explains more in the blog post over on the official Chromium Blog.
Reload has long been a staple feature of web browsers and kept its original behavior throughout the years, despite the changing landscape of web platform innovations, connectivity, and content consumption patterns. When reloading a page, browsers will check with the web server if cached resources are still usable, a process known as validation. This typically results in hundreds of network requests per page issued to dozens of domains. On mobile devices, the high latency and transient nature of mobile connections mean that this behavior can produce serious performance issues. In the latest version of Chrome, changes to page reload behavior produce reloads that are 28% faster and result in 60% less validation requests.
Users typically reload either because a page is broken or the content seems stale. The existing reload behavior usually solves broken pages, but stale content is inefficiently addressed by a regular reload, especially on mobile. This feature was originally designed in times when broken pages were quite common, so it was reasonable to address both use cases at once. However, this original concern has now become far less relevant as the quality of web pages has increased. To improve the stale content use case, Chrome now has a simplified reload behavior to only validate the main resource and continue with a regular page load. This new behavior maximizes the reuse of cached resources and results in lower latency, power consumption, and data usage.
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