Hardware acceleration uses the flexibility of CPUs with customized hardware like ASICs and GPUs to enhance the magnitude of their efficiency. It is mostly used when any advanced application is implemented. One of the best examples of dedicated hardware acceleration systems is tethering hardware acceleration. It not only reduces the system workload, but also enhances its energy efficiency.
1. What is GPU acceleration?
Hardware graphics acceleration, called GPU rendering, works on the server-side with the help of modern graphics APIs and buffer cache. In this way, it helps deliver cooperative visualization of high-cardinality data. The common types of hardware employed to accelerate efficiency in devices are:
Graphics Processing Units: GPU acceleration mainly handles the movement of the image but also computes and processes massive volumes of records immediately.
2. How to turn on hardware acceleration?
- Field Programmable Gate Arrays - This is a hardware description language. It is a specified semiconductor integrated circuit that configures a major chunk of the electrical functionality.
- Application-Specific Integrated Circuits - It is an integrated circuit that is customized to execute a specific application and enhance overall speed, while it aims completely on working of a single function.
3. What is Software Acceleration?
Where the hardware acceleration is used to enhance the efficiency of a device, software acceleration is a method that implements the maximum number of system functions required to delegate performance-critical tasks to dedicated external hardware. This helps lower the total time incurred in the execution of a program.
4. When Should You Use Hardware Acceleration?
The right time to use hardware acceleration is when your hardware components have to execute graphically intensive tasks. This includes processing 4K UHD videos, playing 3D contents, encoding H.265 (HEVC) clips, etc.
GPU hardware acceleration helps enhance the performance of an application throughout several fields that includes:
- Computer graphics
- Digital signal processing
- Analog signal processing
- Sound processing
- Computer networking
- Artificial Intelligence
- In-memory processing
- GPU hardware acceleration is used on types of computing tasks that are performed through Field-Programmable Gate Arrays, Application-Specific Integrated Circuits, Complex Programmable Logic Devices, and Systems-on-Chip.
5. When Should I disable hardware acceleration?
You do not need hardware acceleration all the time. You can disable hardware acceleration in a few scenarios.
- When your CPU is powerful but hardware components are damaged or poor in quality.
- Your computer experience overheating issues when hardware acceleration is enabled.
- When your applications crash at the time of working on them.
- You will need to disable hardware acceleration experience issues when you browse, stream or play games on the system.
6. Reasons Why Your GPU Acceleration Fails To Work
If you are noticing that your GPU hardware acceleration has stopped working, then it could be due to specific reasons. Most of the users come across this issue while working on NVIDIA, Core, Intel, AMD graphics, CUDA, etc. The fundamental reasons for this kind of problem are:
- The video card or graphics card gets damaged, or if they are not updated.
- When you do not ensure if you have enabled Hardware Acceleration.
Reasons that make HW Acceleration Significant for 4K Video Processing
GPU hardware acceleration is mainly used in encoding and decoding of videos, 4K Ultra HD video processing, compression of large files, video playback, online video streaming, two dimensional and three-dimensional games, web browser data loading, HEVC H.265 transcoding, etc.
There are several advantages of using Hardware Acceleration -
- HW Acceleration enhances the speed of 4K Video Processing
- Reduces CPU Load to Offer Enhanced Responsiveness When Doing Multi-tasking
- Solve issues related to CPU Overheating
- Prevents quality reduction in search of better speed
- Available to a majority of computers
- Reduced Electricity Consumption
Hardware acceleration is beneficial for a computer user to boost the performance of your computer. When you enable this feature, then you will notice an improvement in the speed of specific tasks. This results in the high performance of video games and programs. Below we will provide you the steps to enable and disable hardware acceleration on Windows 10 OS
Steps to Enable Hardware Acceleration
Let us let you two methods on how to turn on hardware acceleration Windows 10
- Go to Control Panel. Open the application.
- Choose “Large icons” view mode.
- Click on “Display”.
- Select “Change Display Settings”. It is present on the left-hand side of the window.
- Click on “Advanced display settings”. It will open a new dialogue box.
- Choose the Troubleshoot tab
- Click on the “Change settings” button.
- Visit the “Hardware acceleration section”, drag the pointer to “Full”.
- Click OK to turn on hardware acceleration Windows 10
Your new settings will be applied after you reboot your system.
Here is another method on how to turn on hardware acceleration.
Right-click on the Desktop
Select Display settings.
Go to the Display tab.
Now follow the above steps from Step 5 mentioned above in method 1.
Hardware Acceleration in the Chrome browser -
Here is how to turn on hardware acceleration chrome. It will also improve the efficiency and page loading speed of Chrome. Before you proceed, you need to check whether it is enabled or not. If it is not enabled, then you can follow the below steps.
This is how to turn on hardware acceleration chrome. So, to check the activation of hardware acceleration in Chrome, you need to type chrome://gpu on the address bar. If your chrome is already on hardware-accelerated mode, then you will see Hardware-accelerated written next to a majority of the options. This indicates that your chrome has hardware acceleration enabled.
Else if you see it, it implies that it is either not enabled or there is an error. Perform the below steps to enable GPU hardware acceleration:
Open the Google Chrome Settings page by clicking on the three dots sign present in the top-right of the browser. Choose Settings.
Now type chrome://settings in the address bar and press enter.
Click on the Advanced tab present at the bottom of the webpage.
You will see” System” and a hardware acceleration switch present next to it. Click on it so that it turns blue.
For users who have turned off hardware acceleration, need to re-launch Chrome.
Once you are done, perform the steps mentioned above to check whether hardware acceleration is enabled or not.
Similarly, you can learn how to enable and how to turn on hardware acceleration in Firefox, Opera, and Microsoft Edge.
DVDFab's GPU acceleration's feature
DVDFab products offer assistance to the newest NVIDIA CUDA technology for encoding and decoding of videos to enhance performance. It ensures a faster speed of conversion than ever at the time of -
ripping DVD video or Blu-ray
DVDFab also supports HEVC CUDA Hardware Acceleration to enhance the user experience of their products, particularly DVD Ripper, Video Converter, and Blu-ray Ripper. That enables high-end graphics card iterations
Ways to Turn On HEVC CUDA When Ripping a DVD
So, here is the method to turn on hardware acceleration feature in DVDFab when ripping DVD to mp4 or various video formats
DVDFab HEVC CUDA is applicable in three products. These are Blu-ray Ripper, Video Converter, and DVD Ripper. People who own any of these products need to first enable the hardware acceleration feature to be able to use it.
Here are the steps to perform it:
Go to the Common Settings
Now click on General
Now visit A/V Codec, and
Finally set both the video encoder as well as video decoder as CUDA there.
Reasons To Use Hardware Accelerated DVD Ripper?
DVD Ripper is one of the widely used software due to the wide range of benefits it provides to its users. Here are a few of them:
quick ripping from DVD to MP4 (H.264/HEVC)/MOV/ AVI/iPhone
Even old and low-end systems can digitalize DVDs quickly.
Preserve your DVD-ROM to enhance its life.
Perform multiple tasks on the computer simultaneously while ripping DVD.
Get an adequate balance in quality, speed, and file size.
What Could Accelerated Hardware Bring in DVD Conversion Process?
The efficiency of DVD ripping is enhanced by using Graphical Processing Units. It helps users get enhanced performance at the time of DVD conversion. Here are the benefits that a user can get by GPU acceleration in DVD Conversion:
Increases the speed of DVD ripping procedure
Compatible with low-end systems
Safeguards optical disk driver
GPU hardware acceleration unburdens/Divests CPU tasks
Makes DVD Video Processing Faster
This is the major benefit of GPU acceleration. It can improve the speed of a device when it does multitask or runs concurrent computations. You can notice that GPU acceleration leads to a 50% improvement in speed when compared to using CPU in DVD ripping. Furthermore, the acceleration GPU process also enhances the speed of processing a large-sized video file.
Opens to More PCs
GPU acceleration or encoding has a very low need in terms of GPU and CPU. Due to this reason, when you enable hardware acceleration, it enables DVD Ripper to serve the request of several systems at one time.
Prolongs the Service Life of ODD
If you use your DVD drive on your comp for ripping frequently, especially on laptops, you might have experienced heating up of the system. Sometimes it is also accompanied with buzzing noises. The acceleration GPU extends the service life of DVD Ripper hardware.
It avoids idle time of DVD-ROM
The third important benefit of GPU hardware acceleration for DVD ripper is that it avoids idle time of DVD-ROM. This, in turn, lowers power consumption. It also saves the DVD-ROM temperature from reaching extremely high levels. In this way, the total lifespan of computers and hardware can be increased. As per research, the life of DVD-ROM can get increased by ten times. Furthermore, the DVDs remain protected for extended use with GPU acceleration.
Then it might beg one question if you are trying to rip or copy a DVD, what if the DVD is protected or encrypted? Don’t worry about it, we have found a way to copy or rip protected DVD.