When the relatively open Android platform is compared to a tightly controlled system like iOS, one of the first differences people note is the superior smoothness of apps on iOS. This is something Android has struggled with since its inception, but many of the assumptions made about Android’s graphical system, and how that relates to interface smoothness are wrong. Google engineer Dianne Hackborn explained the ins and outs of Android’s hardware acceleration in a recent Google+ post, and it might not be the magic bullet everyone was hoping for.
- Hardware Acceleration Windows 10
- What Is Default Full Screen Hardware Acceleration
- Windows 10 Hardware Acceleration Settings
I cannot turn in hardware acceleration in my windows 10 PC. Generally, it is located in the Display section of the control panel. But in my control panel, I cannot see a Display section. Please help me turn on hardware acceleration on my PC.
- Steps: Before You Start: Not all computers will support this. Most newer computers using Nvidia.
- Microsoft and hardware partners are bringing hardware-accelerated AV1 video support to Windows 10 this fall. Windows 10 currently support AV1 videos but uses your CPU to decode the video stream.
Contrary to what we’ve always heard, Android has had some hardware acceleration for drawing 2D UI elements since before 1.0. Many of the animations we see every day on Android have been hardware accelerated the whole time. For instance, menus popping up, dialog boxes, sliding down the notification bar, and transitioning between activities are being drawn using the GPU.
All “window compositing” is done using GPU-based hardware rendering. We can think of this as drawing any new elements on the screen. When the menu button is pressed, the resulting overlay is handled by the GPU. Should that overlay change, like if a button is highlighted or pressed, that change is rendered in software, and most phones are more than able to push those pixels. When the entire window is changed, that is a GPU task.
So what is changing in Ice Cream Sandwich (ICS)? According to Hackborn, what we will see in Android 4.0 is “full” hardware acceleration. All UI elements in windows, and third-party apps will have access to the GPU for rendering. Android 3.0 had the same system, but now developers will be able to specifically target Android 4.0 with hardware acceleration. Google is encouraging developers to update apps to be fully-compatible with this system by adding the hardware acceleration tag in an app’s manifest.
This is likely to take time as developers certify their apps on ICS, but Google has included a switch in Android’s settings to force hardware rendering. Hackborn warns that in untested apps, this has the potential to break things in subtle, or fundamental ways. This is just the first possible problem with hardware acceleration on Android.
By rendering all of an app’s animations and UI with the GPU, the system takes a hit to memory usage. Loading up the OpenGL drivers for each process takes memory usage of roughly 2MB, and boosts it to 8MB. On devices with limited RAM, this can be a real issue. When more RAM is eaten up, the system will necessarily have to close more background tasks to save memory. Some developers might not want to use the GPU for drawing as a result.
The goal of hardware rendering for the interface is to get smoother operation, but if it isn’t handled appropriately, Android devices can actually perform worse. Using the example of Tegra 2, which can render all the pixels on a 1280×800 screen 2.5 times per second at 60FPS, the problem is clear. The GPU touches each pixel once for the background, once for icons and widgets, once more for labels, and then there are animations to deal with. There is no way to reach 60FPS doing things in such a way.
Android makes hardware acceleration work with a number of tricks, and developers should take note. First, separate windows in the interface are copied into unified overlays for more efficient GPU access. Android also renders the background as one large bitmap that does not need to be re-rendered as the user scrolls around.
Developers will need to be cautious in the way hardware acceleration is handled. Simply drawing everything with the GPU could result in poor performance on existing phones. For the future, the higher the resolution on a device, the more related GPU speed is going to be to overall smoothness and proximity to that 60FPS threshold. The limiting factor for a device’s speed will often be the GPU memory bus bandwidth going forward.
Hardware acceleration is a term commonly thrown around in PC circles. Chances are you’ve heard it being used but might not exactly know what it means. It is one of those labels that can be confusing because it overlaps with other terms like graphics card and video card rendering. It is a setting on your PC that both Windows and certain applications make use of to speed up the computing process when enabled. We shall discuss just what hardware acceleration is and whether you need it. Also, we will show you how to turn on hardware acceleration on your Windows 10 computer.
What is Hardware Acceleration in Windows 10?
Ordinarily, when an application is doing a task, it uses the standard CPU on your PC. If the work is heavy, it naturally requires more power beyond what the CPU might be able to provide and this would in turn affect performance. With hardware acceleration, the application uses dedicated hardware components on your PC to carry out the work more speedily and efficiently. The point of hardware acceleration is to boost either speed or performance, but usually both.
The sound and video cards on your Windows 10 PC are examples of dedicated hardware utilized by the system to boost output. When a task that involves rendering graphics is in play, for example, the CPU on your PC offloads some of the work to your video card, making the process much faster, and the resultant graphics display will also be of a higher quality. Of course, how high the quality is depends on the specs of your graphics card.
Most computers nowadays come with a dedicated GPU alongside the main CPU. This GPU naturally takes over demanding computer operations like playing high-definition games or running complex video processing. When applications such as Chrome require more power to fully display everything on a page or frame, they force your PC to run in hardware accelerated mode.
Most modern computers come with hardware acceleration turned on by default, while on a few it has to be manually enabled. In the same vein, there is a setting in certain applications to trigger or disable hardware acceleration. Most of the time you don’t have to worry about this, but there are situations where you might want to know whether hardware acceleration, or the lack thereof, is what is causing glitches on your computer.
Although most modern browsing, display and gaming apps are designed to work with hardware acceleration, it doesn’t mean that they can use it. Your system has to support the feature before those apps can take advantage. This means there must be either an integrated GPU or a dedicated one on your Windows computer. If neither is present, there won’t be any accelerator for your apps to use. You can easily check whether your PC supports hardware acceleration. You can go to you NVIDIA (or AMD) control panel (if you have a dedicated GPU) and check the configuration settings for the hardware rendering option. For a GPU integrated with the main CPU, just follow these steps:
- Press Windows Key + X and choose Control Panel from the list of options.
- Go to Appearance and Personalization > Adjust screen resolution.
- On the Screen Resolution screen, click on Advanced settings.
- Check if there is a Troubleshoot tab in the Display Adapter Settings window.
If no such tab exists, it means your Windows PC isn’t capable of hardware acceleration.
Do I need hardware acceleration?
Now we come to the million-dollar question: Should you enable hardware acceleration on your computer? There are times you launch a game or app and a window pops up asking you to tick a box if you want hardware acceleration enabled. The short answer is that you should. The benefits are huge for your system and also far outweigh any minus of the feature.
For gamers, hardware acceleration is a must, unless you’re content to be stuck with games from the pre-HD era. With hardware acceleration, the animations will become smooth as snow and you will also get higher framerates. Not to mention 3D rendering becomes a breeze and game effects become clearer and more lifelike. In short, without hardware acceleration, any modern game won’t run in optimum conditions—if it runs at all.
Visited any popular site lately? You must have noticed the huge number of media clips and plenty of graphics-laden content on the pages. Your browser uses hardware acceleration to render the content faster and more efficiently. Otherwise, you’re likely to get slow loading times and poorly displayed pages.
For those who like to multitask, hardware acceleration is a must. If you’re working with several intensive applications at the same time, hardware acceleration ensures the workload is shared between your CPU and GPU. It is good old division of labour in practice.
Therefore, unless you’re making a trip to an uninhabited wasteland devoid of electricity and want to conserve your battery, you should always enable hardware acceleration on your PC. Most modern video cards/GPUs are designed to be energy-efficient anyway. Of course, turning on hardware acceleration will give off a bit more heat, but it is nothing that your cooling system can’t handle.
How to turn off hardware acceleration in Windows 10?
With that said, there are some special situations where it makes sense to disable hardware acceleration. Your main CPU might be capable of handling the most demanding of applications by itself. You might want to turn it off temporarily so as to conserve some juice. Whatever your reason, here is how to turn off the feature systemwide in Windows 10 (version 1803 and later), after which your computer will operate in software rendering mode:
- Right-click an empty space on your desktop and click on Display settings.
- Scroll down the Display settings options page to Advanced display settings and open it.
- In the next window, click Display adapter properties for display 1.
- The graphics properties window will open. Choose the Troubleshoot tab.
- Click Change Settings.
- In the Display Adapter Troubleshooter bar, move the Hardware acceleration pointer to the left to disable hardware acceleration on your PC.
- Click OK to save your changes and exit.
If the Change Settings option in step 4 is greyed out, you can try to enable it in Windows registry. Navigate to HKEY_CURRENT_USERSOFTWAREMicrosoft. Find the graphics card registry entry and change DWORD DisableHWAcceleration from 0 to 1. This method only works if your PC supports hardware acceleration.
Hardware Acceleration Windows 10
Many users have reported that the Change Settings option remains greyed out no matter what they do. Others have complained of being unable to enjoy the benefits of hardware acceleration even with a dedicated GPU installed. Both problems are primarily due to the absence of graphics card drivers or corrupted/outdated drivers. If you’re in the same boat, simply visit your graphic card manufacturer’s website and download the latest drivers for your hardware. Install them on your system, and everything should work fine.
What Is Default Full Screen Hardware Acceleration
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Windows 10 Hardware Acceleration Settings
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