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A lightweight web browser is a web browser that sacrifices some of the features of a mainstream web browser in order to reduce the consumption of system resources, and especially to minimize the memory footprint. [1] [2] [3] The tables below compare notable lightweight web browsers.
Once upon a time, Google Chrome was atop the internet browser food chain with its simplistic design, easy access to Google Search, and customizable layout. In 2020, most browsers have adapted.
Web browsers are our windows into the internet and yet many people just stick with the one they know. They rarely, if ever, try out alternatives that might make their lives easier. You may think ...
Google: GNU LGPL, BSD-style: Google Chrome and all other Chromium-based browsers including Microsoft Edge, Brave, Vivaldi, Huawei Browser, Samsung Browser, and Opera [4] Gecko: Active Mozilla: Mozilla Public: Firefox browser and Thunderbird email client Goanna [b] Active M. C. Straver [6] Mozilla Public: Pale Moon, Basilisk, and K-Meleon ...
Additionally, engineers working on the site isolation project observed a 10 to 13 percent increase in memory usage when site isolation was used. [32] [33] Chrome was the industry's first major web browser to adopt site isolation as a defense against uXSS and transient execution attacks. [34]
Firefox 7 was released on September 27, 2011, [20] and uses as much as 50% less RAM than Firefox 4 as a result of the MemShrink project to reduce Firefox memory usage. [ 21 ] [ 22 ] [ 23 ] Firefox 7.0.1 was released a few days later to fix a rare, but serious, issue with add-ons not being detected by the browser. [ 24 ]
They also concluded that Firefox 3.6 was the most efficient with memory usage followed by Firefox 3.5. [319] In February 2012, Tom's Hardware performance tested Chrome 17, Firefox 10, Internet Explorer 9, Opera 11.61, and Safari 5.1.2 on Windows 7.
Firefox, Chrome, Safari, and Opera will, under some circumstances, fetch resources before they need to render them, so that the resources can be used faster if they are needed. This technique, prerendering or pre-loading, may inflate the statistics for the browsers using it because of pre-loading of resources which are not used in the end. [4]