HANDBRAKE GPU ACCELERATION 1080P
HANDBRAKE GPU ACCELERATION MAC

The H264 hardware encoder Handbrake can make best of your CPU cores up to 6 to accelerate video encoding speed.

Hardware: The higher configuration, the faster speed. Therefore, you're advised to check your input file codec and detailed info before you do the transcoding stuff. In the actual test data, you will find that the HEVC, H264, MPEG-2, MPEG-4 AVC or VP8/9 have a large gap in video conversion time like VP8 and MPEG-2 need more time than H264 to complete video conversion. Beyond that, the video codec of input file also has a significant impact on transcoding speed.

HANDBRAKE GPU ACCELERATION 1080P

For instance, the conversion time would be much longer for 4K 2160p video conversion than the equivalent of 1080p video. Source: The video source matters a lot to video conversion speed. On top of CPU and GPU hardware encoding techs, there are still other aspects that can together accelerate video encoding speed to a new height.

More Ways to Improve Video Encoding Speed

HANDBRAKE GPU ACCELERATION MAC

If you're not satisfied with the current Handbrake Intel QSV performance on your Windows or Handbrake Mac version without any hardware encoding tech, you're suggested to read on the below methods to improve your video encoding speed on your PC. Though we are very hopeful that Handbrake could feature CUDA or NVENC GPU hardware encoding technology as soon as possible, it's still unclear when the day will come. Most of important, only one NVENC graphic card can't satisfy the processing task, 2 Nvidia NVENC cards needed. To use CUDA/NVENC encoding to transcode video to HEVC/H265, Maxwell (2nd Gen) GPU with Quadro M4000 board and GM204 chip is the basic condition. To use CUDA/NVENC GPU hardware encoding to decode and encode video to H264, the entry level should be GPU Kepler version with Quadro K420 and GK107 chip. In addition, what makes NVENC more advanced than CUDA is that it can go into action as long as there are necessary memory and bandwidth, no high requirements on neither CPU nor GPU. That means it goes to idle mode if it isn't used to encode video. NVENC, the successor to CUDA, is a dedicated part of your GPU only used to encode video, no further usage for other purposes. Nvidia CUDA GPU hardware encoding tech adopts the usual graphic card to encode video instead of the general purpose processor CPU.

More Ways to Improve Video Encoding Speed.

You're suggested to have a look at the explaination if you're completely in the dark and feel interested in this. If so, the explaination of what is CUDA/NVENC GPU hardware acceleration is seemingly quite necessary. The truth is that the current Handbrake doesn't cover GPU (CUDA/NVENC) hardware acceleration techs, but there is a high likelihood for Handbrake to feature Nvidia CUDA or NVENC GPU encoding technologies in the near future.įor expert users, they might know a thing or two about what is CUDA/NVENC GPU hardware acceleration while for the newcomer, they might not have the slightest idea of GPU hardware encoding techs. There are still a large number of users wondering if it is possible for Handbrake to support GPU hardware encoding technologies like Nvidia CUDA or NVENC.

As is known to all, Handbrake has already included Intel QSV CPU hardware acceleration tech to help you to decode and encode video at 2-3X real time faster speed on your Windows PC.

Handbrake gpu acceleration