- #What is gpu process in google chrome full#
- #What is gpu process in google chrome android#
- #What is gpu process in google chrome pro#
I checked the PID (375) in Google Chromes own task manager, and it is GPU Process. Ideally, Tensor could simply get better at ramping up performance when under load. I upgraded to OS X 10.9 yesterday, and since then, one Google Chrome Helper is constantly red in Activity Monitor.
#What is gpu process in google chrome pro#
With a few tweaks here and there to the underlying software, I really do expect Pixel 6 and Pixel 6 Pro to simply get faster over time, and it looks like the hardware is there to support whatever it is Google chooses to do over the coming months.
#What is gpu process in google chrome full#
While the processor benchmarks mentioned above don’t feel like class-leading performance, I really don’t think we’re seeing the full power of Tensor just yet. Access to the GPU in the Chrome browser is provided through a protection mechanism (see Figure 13.10). Benchmarks only give us a guide as to the max power of a device. Secure access to the GPU as a separate process 28. With the big question of performance coming down to GPU, I think it is safe to say that Tensor has the chops to compete on the highest levels.ĭoes that mean Pixel 6 is the fastest phone on the market? Not really. Again, the core configurations in the Tensor SoC possess all the necessary power to be very, very fast. To me, this was a huge surprise and one that I’m very happy with.
#What is gpu process in google chrome android#
But not with Tensor.Īs you can see, while not a slaughter, Tensor wins out versus all the major Android SoCs currently on the market. Chrome’s 2.6 billion users again need to be on high alert (for the second time in a week), because Google has confirmed multiple new High-level hacks of the browser. Chrome uses GPU to accelerate web-page rendering, typical HTML. Google opted for the Mali GPU in Tensor, and it generally falls behind Adreno in most benchmarks. The GPU process is a process used only when Chrome is displaying GPU-accelerated content.
Where we thought that Tensor might edge out the Snapdragon 888 in sheer speed (because of that core configuration), I freely assumed the GPU would struggle to keep up with Qualcomm’s Adreno. For that, other benchmarks are much more helpful. One thing Geekbench doesn’t test very well is GPU performance. I’d hope that over time we’ll see both Pixel 6 and Pixel 6 Pro open up that horsepower a bit. I opened the Settings page on Edge Chromium and Google Chrome on each of my three computers.
I have a hunch that Google is likely governing Tensor’s top speed a bit to make battery life better and steer clear of overheating issues. Or, Chrome Browser is rendering a graphics-intensive page, such as a website with 3D images or YouTube videos. The graphics processing unit (GPU) process slows down if there’s an issue with a particular graphics card driver. With 2 of the larger Cortex-X1 cores versus the single X1 setup in the 888, you’d think Tensor would have more raw power. Isolate Chrome Browser tabs and identify which web apps or webpages are reducing browser performance. They actually fall somewhere between the Snapdragon 865 and the 888 even though the core layouts are actually a little beefier. If you’ve checked out performance benchmarks like Geekbench 5, you’ll note that the Pixel 6 and Pixel 6 Pro aren’t the fastest phones out there in terms of sheer processor speed.