#Web browser benchmark 2009 pro#
Safari 15.2 17612.3.6.1.6 on a MacBook Pro (14", 2021), Apple M1 Max, 10 cores (8 performance, 2 efficiency), 32 GPU cores, 64gb device.Is your browser holding you back? The status quo means "uh oh" when it comes to performance 0 -enable-features=CanvasOopRasterization -use-cmd-decoder=passthrough vs. Posted by Thomas Nattestad, Chrome Product Managerįootnote:Data source for M1 MacBook statistics: Speedometer 2.0 comparing Chrome. Stay tuned to this blog to stay up to date on all things speed. We are excited to achieve this milestone in performance and look forward to delivering even more performance improvements with each release. With Apple’s introduction of the M1 CPU, combined with Sparkplug and LTO+PGO, Chrome now scores over 300 - the highest score any browser has ever achieved \o/. The result of years of work has been an 83% improvement in Speedometer score, a dramatic improvement we are happy to deliver to our users. Similarly, when the Spectre CPU exploit hit, we traded off performance to help guarantee the safety of our users. For example, with pointer compression, we were willing to take a small performance hit for the large memory savings it provided.
You’ll notice some projects actually decrease our Speedometer score, as building an entire browser is about managing trade offs. You can learn about fast lookups, the Ignition + TurboFan compilers, blazingly fast parsing, faster JS calls, Spectre, Pointer Compression, Short builtins, Sparkplug and much more on V8.dev. In the graph above, you can see just some of the many projects that have helped make a dramatic improvement in performance. Since 2015, we’ve been measuring Chrome’s Speedometer scores on a 13-inch MacBook.
#Web browser benchmark 2009 mac#
We’ve been tracking our performance on Speedometer 2.0 ever since it came out:īeginning with the M87 release, Chrome shipped on the M1 based Mac and began measuring the speed of Chrome on the new CPU reflected in the red line above. For comparing browsers’ JavaScript performance, Apple’s Speedometer 2.0 benchmark is the most reflective of the real world, and most broadly used today. Chrome uses a combination of internal benchmarking infrastructure and public, industry-standard benchmarks, to continuously measure Chrome’s performance. Making these benchmarks both reflective of the real and ever changing world, while also being consistent, is a challenge. For measuring browser performance, there has been a long history of various benchmarks that aim to provide test workloads for browsers to track their performance. “If you can’t measure it you can’t improve it” – this sentiment has driven a large part of our work to improve Chrome’s performance since the early days.
In this The Fast and the Curious post we'll go behind the scenes to share all the work that went into making Chrome blazingly fast. We're proud to announce that Chrome scores over 300 on Apple’s Speedometer 2.0 benchmark suite on the M1 MacBook, the highest score we’ve ever seen. We have never strayed from our performance mission, and are always analyzing and optimizing every part of Chrome. Since the launch of Chrome in 2008, one of our core principles has been to build the fastest browser, whether you're on your phone or laptop. We wanted to follow up by going in depth on how we achieved this milestone in browser performance. Last week we released a blog post about our improvements in Chrome speed over the past year culminating with the M99 release of Chrome.
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