![]() It focused on peak scripting performance, and as is the case, over time browser scripting engines had optimized their code to solve many of the bottlenecks that Octane was originally designed to put a spotlight on, and as such, the benchmark was retired by Google in 2017. The original Octane was released in 2012, and the later Octane 2.0 was one of the most popular scripting performance benchmarks around. Mozilla Firefox is not quite as fast here as the Chromium browsers, and classic Edge and Internet Explorer both failed to load the test at all. JetStream 2Ĭombining JavaScript and Web Assembly benchmarks, and featuring 64 subtests, JetStream 2 includes part of some older popular scripting tests such as SunSpider and Octane 2, and each benchmark is weighed equally in the results with a geometric mean over each individual benchmark score to provide the final JetStream 2 score.Īgain, we see Microsoft’s Chromium Edge slightly edge (pun intended) the other Chromium browsers. ![]() Interestingly, Chromium Edge does outperform the other Chromium browsers by a few points here. ![]() Apple warns against comparing the scores of different browser engines as they will do different work, which is why we use the same browser in hardware reviews.įor this test with different browsers, the scores are actually fairly similar for most browsers, although classic Edge and Internet Explorer both do poorly, with the latter not even loading the page. The test performs the to-do tasks with some of the most popular JavaScript frameworks available, and the score is a geometric mean of the different implementations of the to-do app, and then an arithmetic mean of the geometric means for each iteration. ![]() Speedometer 2.0 was created to measure the browser responsiveness. Speedometer 2.0Ĭreated by Apple’s WebKit team, Speedometer 2.0 is a relatively simple test which involves adding, completing, and removing items in a to-do list. Interestingly, classic Edge and new Edge are almost tied. In this first test, Firefox is the clear winner, easily outclassing all of the Chromium browsers which are all within a few points of each other. If you would like to delve into how this benchmark works, and how the score is calculated, check out the report on WebXPRT as well as scoring. Rather than focus on a specific function, Principled Tehcnologies developed WebXPRT to simulate several real-world tasks with HTML5 and JavaScript, including photo enhancement, OCR scanning, AI, and more. It is set to run in its maximum performance mode during these tests to give the CPU its maximum boost. And, just for fun, we are including some incredibly old scripting tests just to show why they are not used any longer.Īs far as hardware we are turning to the Microsoft Surface Laptop 3, featuring the Intel Core i7-1065G7 which is based on Intel’s 10 nm Ice Lake platform. The specific tests we normally leverage are being expanded to include a wider variety of workloads to get a better handle on how each browser can handle them. To quantitatively analyze this performance, we turn to several web-based scripting tests. As websites have gotten more and more complex, the browser’s scripting performance has continued to be extremely important.
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