#Chrome flags how to#

Not all features that are available behind a flag are ripe for productionsometimes quite the opposite. There are a few things you can do with rasterization through Chrome flags, but one of the best is zero-copy rasterization, where writers raster streams straight to your GPU memory (or VRAM), which can work faster than using your regular RAM (particularly if you have 4GB or less RAM on your PC). Browser flags are set by you and opt in your local browser to a given feature. All use cases are different, so you'll have to choose which flags are most appropriate. This file is an attempt to document all chrome flags that are relevant to tools, automation, benchmarking, etc. Zero-Copy Rasterization (Desktop/Android) Many tools maintain a list of runtime flags for Chrome to configure the environment.

#Chrome flags how to#

Helpful hint: do you find it hard to concentrate on your work when the fun of the Web is pulling you in? Learn how to block websites on Chrome. This can make browsing faster if your CPU isn’t particularly powerful or, conversely, if your GPU is very powerful. What Are Chrome Flags Chrome flags are simply innovative features that Google is currently testing in order to optimize them for implementation into the Google Chrome platform. It does this by organizing each page into “Tiles,” at which point it effectively paints in the information in each one to add up to the whole you see in front of you.Įnabling the “GPU rasterization” flag gets your GPU to always do the above process instead of your CPU (or processor). Rasterization is the process Chrome uses to organize website data into the pixels and tangible information you end up seeing on the screen in front of you.