Google offers a clever idea to improve Chrome’s performance

Google offers a clever idea to improve Chrome's performance

Tech Highlights:

  • Largely, these performance improvements can be attributed to steps to partition the browser’s code, such that resource-expensive features are only loaded when absolutely necessary. Although Chrome is far and away the most widely used browser in the world, holding almost 65% of the market, some say it has become somewhat of a poorly-optimized patchwork, as a result of years of iterative improvements and feature additions.

  • TechRadar’s audience backs it up. We may receive an affiliate commission if you make a purchase after clicking on one of our links. Find out more. Google reveals a clever plan to boost Chrome’s speed. Google has released new data on the effects of recent optimizations on the performance of its Chrome web browser. In a blog post, the company claims Chrome on Android now uses between 5-7% less memory and loads web pages faster than ever before. Google also claims that the mobile browser now has far fewer crashes and rendering issues.

To address these issues, Google is looking for new and clever ways to optimize performance. Almost by chance, when “spelunking in the Android source code”, the firm came across an attribute (android:isolatedSplits) that could be used to minimize the burden on resource-constrained smartphones and tablets. “Having a small minimum set of installed modules that are all immediately loaded at startup is beneficial in some situations. For example, if an app has a large feature that is needed only for a subset of users, the app could avoid installing it entirely for users who don’t need it,” explained Google.

Joel Khalili is the News and Features Editor at TechRadar Pro, covering cybersecurity, data privacy, cloud, AI, blockchain, internet infrastructure, 5G, data storage and computing. He’s responsible for curating our news content, as well as commissioning and producing features on the technologies that are transforming the way the world does business.

“However, for more commonly used features, having to download a feature at runtime can introduce user friction – for example, additional latency or challenges if mobile data is unavailable.” With isolated splits, though, all features can exist in a state of readiness, but load completely only when called into action. The end result, says Google, is marked improvements across renderer process memory usage, GPU process memory usage and browser process memory usage. And, in short, a much faster Android browser. Protect your online privacy with the best VPN services on the market.

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