If this feature is enabled in the browser, the browser uses the power of the video processor instead of the software capabilities. This reduces the load on the CPU and allows the page to load faster. The result is especially noticeable on pages with a lot of media data, or on sites with games, as the entire video rendering, 3d graphics, and complex animations take over the graphics processor that is, it performs the functions for which it was created.
The central processor at this time is busy processing other processes processing user commands, system processes, etc. It is worth noting that often, even with small loads, the use of hardware acceleration makes animations and videos smoother and games more responsive.
It is worth noting that the effect of using hardware acceleration will be evident if your computer uses a discrete graphics card. The thing is that discrete graphics cards have their processor and video memory. This solution allows you to use additional resources to provide a smoother operation of the system and evenly distribute the workload. However, discrete graphics cards are more expensive.
Especially if we are talking about laptops. Integrated graphics cards are usually built into the CPU and have no dedicated video memory. Instead, they use some of the RAM for their needs.
It makes them cheaper, but a computer with an integrated graphics card will be less performant than one with a discrete graphics card. Most often integrated graphics cards are used in laptops because of their size, making the laptop thinner, lighter, etc. But, back to the use of hardware acceleration in the browser.
Depending on how powerful the computer is, hardware acceleration can give both positive and negative results. Often, when the power of the graphics processor will not be enough — instead of faster page loading and smooth animation, the user will get heavy freezes and constant page reloading.
Sometimes the computer may even stop responding to any commands and the system completely hangs. It is especially common to see this on computers with the integrated graphics card. The reason for the occurrence of brakes is not difficult to guess — the graphics card can not provide the necessary performance level and instead of improving the browser, it slows it and the entire operating system. In such a situation, it is better to immediately disable the hardware acceleration , as continuing to work in this mode can lead to the loss of important data such as bookmarks, passwords, autofill data, and even cause data loss on the hard disk or SSD drive.
However, since every computer is different, it is up to the user to decide whether to use hardware acceleration in the browser or not. If you notice a significant decrease in performance, you can try to turn hardware acceleration off. Or, if you want faster performance, you can check if you have hardware acceleration turned on, and if not, you can turn it on manually.
However, if you suspect that hardware acceleration is disabled — follow a few simple steps to check if it is:. Important : make sure that all the data you were working on is saved and in a safe place, as all data will be lost during restart. The changes will be applied the next time you launch Chrome.
You will see the status of graphics processing settings. Sometimes there are situations when Google Chrome refuses to enable hardware acceleration using the standard features. Take web browsers for example. Google Chrome is one of those browsers. Before you turn hardware acceleration on or off, you should check its status.
To do this, you need to:. After you execute the command, Chrome should display a list of various data about the software. Next to each parameter, you should see either Hardware accelerated , Software onl y. Some might read Software only. Hardware acceleration disabled , but that's fine. If all or most of your values are set to disabled then you should read on to find out how to turn hardware acceleration on.
See whether hardware acceleration works better on or off. The site is provided by Mozilla who are the people behind the Firefox web browser, but the tests work equally well in Chrome.
The page provides a number of links which will show how well your browser performs. For example, a very simple demo is provided by this animated blob , but there are further examples including these draggable videos and this 3D Rubik's Cube. If you have a decent graphics card, try finding websites with high-end Flash animations and games to see whether there's any stuttering. Also, try watching high-definition videos on YouTube and make sure the video is crystal clear.
Hardware acceleration can't help with buffering. However, you might find that other features of Chrome perform far better than before.
Actively scan device characteristics for identification. Use precise geolocation data. Select personalised content. Create a personalised content profile. Measure ad performance. Select basic ads. Hardware acceleration combines the flexibility of general-purpose processors, such as CPUs, with the efficiency of fully customized hardware, such as GPUs and ASICs, increasing efficiency by orders of magnitude when any application is implemented higher up the hierarchy of digital computing systems.
For example, visualization processes may be offloaded onto a graphics card in order to enable faster, higher-quality playback of videos and games, while also freeing up the CPU to perform other tasks. There is a wide variety of dedicated hardware acceleration systems.
One popular form is tethering hardware acceleration, which, when acting as a WiFi hotspot, will offload operations involving tethering onto a WiFi chip, reducing system workload and increasing energy efficiency.
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