In this example, if the user opened Task Manager, they would see 14 processes running: Now that we’ve covered what each process does, let’s walk through an example of processes that would be running for a user who has one tab open and has two extensions turned on in Microsoft Edge.īrowser instance with four tabs open and two extensions turned on We use these crash reports to find and fix crashes. If Microsoft Edge crashes, this process will help the browser capture and transmit crash reports to Microsoft servers.
MICROSOFT EDGE EXTENSIONS SUPPOORT CODE
Each process also has code that allows the plug-in or extension to communicate with the browser and renderer processes. The resource usage of each process varies depending on the code provided. Each process executes the code provided by the plug-in or extension. Plug-in processes and extension processes: Plug-in processes contain active plug-ins such as Adobe Flash, and extension processes contain active extensions.Utility processes: Audio playback, network service, video capture, data decoding, and collections manager are all handled by these processes, so that Microsoft Edge can control and audit access to these resources and coordinate the use of global system resources.Modern browsers use the GPU to quickly render web pages.
The GPU is a piece of hardware that performs graphics-related calculations quickly and sends the output to a monitor for display. GPU process: This process is responsible for communicating with the GPU (graphics processing unit) and handles all GPU tasks.The resource usage of each renderer process varies depending on the content being hosted. They handle HTML (Hypertext Markup Language), CSS (Cascading Style Sheets), JavaScript, images, and more. Renderer processes: These control how websites are rendered in a tab by executing code provided by the website.It also routes privileged access to utility processes like network requests and file access.
MICROSOFT EDGE EXTENSIONS SUPPOORT WINDOWS
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