5 Benefits:
How VideoProc's Full Hardware Acceleration Influences 4K Video Processing

  • Up to 47x Real-time faster video processing
  • Optimizes file size [90% smaller than original]
  • Boosts speed without compromising quality
  • Hugely lowers CPU usage to 40%
  • Works with all the recent computers
* You may need 12 minutes to read through the article. If you are unfamiliar with computer terms, download VideoProc and you'll find how easy it is to enable Full Hardware Acceleration in the software.
HD/4K Video Processing Is a Big Challenge without Hardware Acceleration
By Harold Bentsen | Updated: Sep.26, 2018

4K Ultra HD is bringing stunning viewing experiences while placing high challenges on users' hardware and software. On a consumer-level computer, the decoding and rendering of 4K works, especially RAW ones from high-end cinema cameras which are integrated with compressed formats like HEVC, is often loaded to the brim with stutters, freezes, glitches... Listed below are some common problems that can occur during 4K video processing.

Lagging and choppy 4K video playback
Decoding & encoding UHD videos is slow and frozen
Lose quality during the editing process
CPU usages jumps to over 90% with overheating computer

Daunted by the challenges with 4K content, many switch to 1080P or 720P, yet still feeling a hankering to gain Ultra-HD experience. GPU acceleration is a make-or-break when it comes to ironing out problems related to 4K content. GPU deals with graphics processing tasks faster while freeing up CPU to keep all the basic applications run in normal operation. If the software offers no support to GPU acceleration, CPU will drain its last juice to pump power for 4K videos, which easily causes above problems. Currently, VideoProc is the only program that utilizes full GPU acceleration throughout 4K Ultra HD video processing. Dubbed "Level-3 Hardware Acceleration", this technology allows the program to deal with 4K speedily and smoothly.

Strapped for time? Jump straight to your most interested part.

Part 1: VideoProc's Full Hardware Accelerated Video Processing

Currently, about 65% of video transcoding programs have recourse to GPU acceleration for video encoding; 24% others can achieve both GPU accelerated video decoding and video encoding; however, none but VideoProc can get at full utilization of hardware acceleration in video processing, coupled with video encoding and decoding. This technology is called Level-3 Hardware Acceleration.

Benefit? To narrow down, video conversion speed, by virtual of Level-3 Hardware Acceleration, can reach up to 47x real-time faster while keeping low CPU usage (averagely 45 degrees centigrade). Additionally, its 4K video processing performance is second to none.

Indeed, there are 5 major advantages of Level-3 Hardware Acceleration of VideoProc.

What is Video Processing?

In a narrow sense, video processing equals video editing for the general public. But it is a boarder concept here: video processing is the level-3 hardware accelerated process after HWDec and before HWEnc fully powered by Intel, NVIDIA and AMD, including compulsory and arbitrary executions of video editing, transcoding (converting), resizing and adjusting (fine-tuning), specifically:

* Editing: cut, crop, trim, split, merge, rotate, subtitle, add effect, deshake, denoise, correct fisheye lens, mirror / flip, etc.

* Transcoding: convert or pass through video codes like H.264 to HEVC; convert formats of videos to videos or audios, e.g. MKV to MP4, MP4 to MP3; change video dimension, e.g. 3D to 2D.

* Resizing: compress video size, reduce video length, downscale (e.g. 4K to 1080o), upscale (e.g.: 720p to 1080p, 1080p to 2160p)

* Adjusting: force A/V sync, audio delay, change playback speed (slow down or speed up), adjust audio volume, deinterlace; change frame rate, bit rate, aspect ratio, etc.

What Is Video Processing Workflow

VideoProc is capable of fully exerting GPU acceleration from head to toe, penetrating to every link (video decoding -> video processing -> video encoding). The full hardware acceleration is by far a superior technology in the industry.

Part 2: 5 Benefits Brought about by VideoProc's Full Hardware Acceleration

To underscore the importance of VideoProc's full hardware acceleration, first up, it's a must to know how much of a contribution the key technology is making on HD/4K video processing. See the 5 exact benefits it brings to you.

1. Full Hardware Acceleration Boosts Video Process Speed up to 47x Real-time Faster

Video task requires a large amount of processing power, especially when your computer is poorly configured. For example, transcoding high-quality h.264/H.265 files solely by software takes high CPU usage (abnormally 90-99%), sometimes resulting in hours long or even crash for a single video converting on an aging computer.

With the unique level-3 hardware acceleration at its core, VideoProc shortens the whole process dramatically. Technically speaking, it offloads not only video encoding and decoding but also video processing from CPU to GPU, which results in up to 47x real time increase in speed, along with great CPU relief. The end result shows it has positive speed influence on 3 fields mainly, including media converter, video editor, and screen recorder as below.

Convert videos fast | Edit Videos without Lags | Record screen with no stuttering

a. Converting: GPU Accelerated Video Conversion Boosted to the Fastest EVER

Statistics is worth a thousand words. Our benchmark tests below focus on HD/4K video converting performance that is measured by speed and average frames per seconds displayed. The speed boost is most noticeable on 720p and 1080p video transcoding. Still, GPU acceleration is utilized to the full extent to shorten the data-consuming 4k 2160p video conversion by 30%.

● HD video converting is up to 47x real-time faster:

As VideoProc's full hardware acceleration achieves to level 3, the following test shows how the highest level reaches the best performance. In the benchmark test, when tasked with transcoding an ordinary FHD 1080p video content using activated Nvidia NVENC GPU, VideoProc took approx. 1.2s only to finish the 1080p to 720p conversion, that is 1.5-3 seconds shorter as compared to the performance with level 1/2 GPU acceleration and up to 10x faster than using the CPU without hardware acceleration enabled.

VideoProc Reaches 47x real-time faster

● 4K video converting reaches up to 7x faster than others:

With GoPro Hero 5/6, DJI P4P, iPhone X and many other flagships adding the support of 4K video recording, larger frame resolution 4K takes precedence. This Ultra HD content incorporates CPU-intensive formats H.265/H.264, frame rates from 30fps to 60fps, larger frame sizes up to 50mb per frame, and 4x as many pixels as commonly used in 1920x1080 screens.

But processing such large-format video is typically accompanied with a dramatic increase in complexity, as compared to 1080p/720p video, thus posing big challenges on aging computers. This leads to choppy/stuttering 4k video playback error in VLC or other players, and exponentially lengthens the whole process.

VideoProc's Level-3 hardware acceleration proves to be a strong oxidizer in 4K video conversion, guaranteeing a stutter-free video processing, and most importantly, speed up the whole process to a new level that no rivals can surpass - up to 7x faster than others.

VideoProc is up to 7x faster than others


● Test is performed on Windows computer with Intel(R) Core(TM) i7-8700K CPU, Intel(R) UHD Graphics 630, and NVIDIA GeForce GTX 1080.

● The converting speed varies largely depending on what exact system you are using.

b. Editing: Full GPU acceleration Quickens 4K Video Editing with No Lags

Editing videos, especially the power-hungry 4K UHD files, is very demanding of computer's CPU, GPU, hard disk and memory, among which high-end graphics cards are the key to the stutter-free video editing work. Video editing software knows the rendering will go lackluster in the absence of GPU hardware acceleration - typically, 4K video playback can be choppy or lagging, quality will be degraded badly, rendering time will be increased dramatically, especially when you do some power-hungry 4K edits, such as color correction.

For example, Quik users reported the rendered output was terribly blurry compared with the original 4K clip after the editing. The huge quality loss is down to too much compression to smaller frame size for the purpose of fluid performance. Similarly, a distinctive amount of lag to a GoPro 4K 60fps video was noticed and even a 1-minute timeline encoding took a whopping 45 minutes in Premiere Pro CC, which made no difference using Sony Vegas Pro with GPU accelerated.

VideoProc (download the setup file) gets a significant speed boost and gives video editing a more fluid workflow, especially with the massive data in 4K. This is contributed to the parallel cooperation of its level-3 hardware acceleration and special rendering architecture, a boon to focus on video processing, cutting, cropping, shrinking, stabilizing and more directly without reconstructing or recalculating the original video frames each time.

VideoProc Hardware Info Check

A case in point is the video resizing. When you scale a 4K footage to a target frame size, you need to scan it to gather all the data needed to perform the video downscaling, which is known for significantly increasing export times. But with full GPU acceleration enabled, VideoProc manages to shorten 4k resizing task to 5 minutes only, that is 10x faster as compared to the software-based processing.

c. Screen Recording: Full GPU Acceleration Gives It a Leg up without Stuttering

Performance issues such as lagged frames, black recording, distorted output, or skips in audio track happen oftentimes if you have an older graphics card that is not quite capable of coping with high-quality video record task. This may happen especially when you try to record the horsepower-consuming game you are playing, such as Minecraft, Bad Company 2, BF3, GTA V, W3, Mirror's Edge Catalyst, etc. Generally, larger resolution and frame rate are the culprit behind these issues.

VideoProc takes full advantages of its level-3 hardware acceleration to record gameplay, online videos, and more and creates small recording files. It minimizes the CPU and GPU resources needed to record screen and spares your computer to do multiple tasks simultaneously.

2. Full GPU Acceleration Optimizes File Size [90% Smaller than Original]

VideoProc optimizes the file size and video quality which no other peers can surpass. Unlike common software that leaves bad tradeoff between size and quality in pursuit of fast speed, it features fully accelerated hardware-based video processing, allowing you to fast resize, cut, crop, and scale down 4K or other large-sized videos at fast speed yet maintaining the best balance between size and quality.

Resulting file compressed with VideoProc reaches up to 90% smaller than the original video. The table below shows you how much hardware-accelerated VideoProc can reduce a video size with high quality.

Test Environment:

Source Video: Sintel (2010) MKV video

Computer: Windows 10 Pro (64 bit)

Processor: Intel® i5-3470 CPU @ 3.20GHz 3.60 GHz;


File size Duration Format Codec Overall Bit Rate Resolution Frame Rate Audio Channels
Before 643 MiB 14mn 48s MKV AVC 6071 kb/s 1280 x 544 24 fps 6 channels
After 62.5 MiB 14mn 48s MP4 HEVC 591 kb/s 1280 x 544 24 fps 2 channels

● What conclusions can you draw from this table test?

As you can see a 14.48 minute HD video steals over 643mb storage space. But with our GPU-assisted video processing, the output file size is reduced to 62.5mb, that is 10x smaller than the original, without lowering the video resolution, frame rate, or trimming/cropping the video file. And best of all, the swift video shrinking process didn't come at the expense of quality. There is no pixilated images or noticeable video degradation.

3. Full GPU Acceleration Boosts Speed without Compromising Quality [98% Quality Reserved]

A majority of GPUs supports hardware-accelerated video decoding/encoding for speed gains, especially when the efficient parallel framework is adopted. But GPU-based acceleration is handicapped by lower-quality performance, because it is limited to the overall workflow of video process, particularly in the post-production part. Consequently, you may notice terribly fuzzy or blocky output after hardware accelerated rendering. This is truly the case when you offload the video tasks on earlier generations of hardware such as Sandy Bridge processor. That's why many high-quality fanciers would rather go for CPU-based encoding than GPU acceleration for speed gains.

Never is the case with VideoProc. A key factor in increasing the processing speed without compromising quality is the hybrid design of High Quality Engine and Deinterlacing technology with VideoProc's full hardware acceleration. Now content converted by VideoProc is 98% of the original video quality.

VideoProc retains 98% quality of original

4. Full GPU Acceleration Hugely Lowers CPU Usage to 33%

The 4K resolution requires more graphics horsepower than 1080p or 720p. Without hardware acceleration, the CPU usage reaches up to 100% when processing large 4K videos, and worse still, it increases the risk of thermal damage to the processor, let alone software crash, computer overheating and system freeze possibly associated with the heavy resource consumption.

Thanks to the unique level-3 hardware acceleration, VideoProc can process videos at higher speed, while on the other hand, intelligently share the load of video transcoding process on dedicated GPU and relieves the CPU strain to the extreme. Therefore, the video processing tasks have less of a performance impact on your computer. To be exact, it brings you majorly 4 benefits as below:

● No Stuttering/Freezing

● Multitasking

● Lower Computer Temperature

● Prolong the Life of Hardware

Here is our test involving in CPU usage during 4K video processing:

CPU usage: Take rendering a 4K video for example, Quik consumed up to 93%-100% CPU power while VideoProc hovers around reasonably 33% CPU power with GPU NVENC activated, that is strikingly 60% descending as compared to CPU-only encode.

Temperature: the hardware-based VideoProc maintains the temperature at 33 degrees on average in the course of conversion, but it will increase to 51 degrees if without full GPU acceleration.

VideoProc lowers CPU usage and temperature

5. Level-3 Hardware Acceleration Works with All the Recent Computers

Video processing on a lower-end computer can cause excessive heat and therefore lead to a total freeze, crash or unresponsiveness due to the overloaded processor.

Benefiting from its unique level-3 hardware acceleration, VideoProc eradicates the problems and processes large frame videos fast and smoothly on almost all the recent computers even they are seven years old. Below are the CPU and GPU requirements for hardware acceleration.

System requirements:

● OS: Windows 7 or later; macOS 10.6 or later

● Intel CPU: 2nd-generaton Intel Core (2011 Sandy Bridge) or newer (The 2015 6th-gen Intel Core Skylake is the minimum requirement for HEVC encoding/decoding).

● Nvidia GPU: Kepler-based GPU (2012 GeForce GT 630) or newer (hardware accelerated HEVC transcoding raises the threshold to Nvidia Maxwel GM206 GPUs GTX 960/950).

● AMD: Radeon HD 7700 series (HD 7790 or newer)

Below is the detailed reference of supported GPUs and CPUs for full hardware acceleration.

CPU reference for Quick Sync Hardware Acceleration

Sandy Bridge Ivy Bridge Haswell Broadwell Skylake Kaby lake/Coffee lake
H.264/MPEG-4 AVC Yes Yes Yes Yes Yes Yes
HEVC No No No Decode only Yes Yes
HEVC 10-bit No No No No No Yes

GPU Reference for Nvidia Hardware Acceleration

Kepler Maxwell (1st Gen) Maxwell (2st Gen) Maxwell (GM206) Pascal Volta
H.264/MPEG-4 AVC H.264 YUV 4:2:0 only Yes Yes Yes Yes Yes
HEVC No No H.264 YUV 4:2:0 only Yes Yes Yes
HEVC 10-bit No No No Decode only Yes Yes

Note: If you are computer illiterate and unknown of your computer CPU and GPU, just check the sticker normally marked with Intel and NVIDIA on your computer, which will indicate the exact Intel processor or graphics card in your computer.

Part 3: Other Merits of VideoProc You Can Enjoy

In addition to the above 5 benefits, VideoProc has more to explore.

1. One-stop solution for all video tasks

VideoProc offers a complete suite for video-related tasks. It will easily make a 1:1 copy of DVD collections on hard drive, or rip movie discs to 420+ built-in mobiles, websites, TVs and other devices; download online videos from 1000+ sites for offline playback on iPhone, iPad, Samsung; convert 4K, HD, SD videos, video folders and audio files among popular formats; and record desktop activities and iPhone screens, etc. It has all your needs taken care of, no third-party programs required.

2. Professional but simplified

If you find the video processing daunting in Adobe Premiere Pro CC, Final Cut Pro X, DaVinci Resolve, Lightworks or others, VideoProc transforms the task into a few simple clicks. Both the interface and workflow of VideoProc is bare-bones compared with its competition. It requires no daunting learning curve or much setup. Novice or pro, you can convert, edit, rip, download, or record in no time.

3. Work with any video from anywhere

When you shoot a footage in 4K 60fps with Phantom 4 Pro camera, take stunning underwater recording with Hero Black 6 in 2.7K 120fps, capture large RAW files with DSLR cameras, make HEVC family clips using iPhone X, or download some funny video content from online websites, feel free to import them into VideoProc for further processing. Its 370+ codec library ensures the most extensive support for video types.

4. Prepare video for any purpose

You will also gain full control over the output videos to perfectly fit any programs, social services or devices. VideoProc can convert video files to any popular video formats like MP4, AVI, MOV, HEVC, H264 etc. for sharing on YouTube, Facebook, Instagram, Twitter, etc. It has 420+ built-in profiles for the latest mobiles like iPhone X, Samsung Galaxy S9/Note 9, Apple TV 4K, others. Users can convert the projects to any final destination without bothering the ins and outs. Download VideoProc below to have a go!

Related Article
Harold Bentsen

Harold Bentsen worked on tech writing in Digiarty Software earlier than anyone else. Now as a senior editor-in-chief and immersed geek, he pursues common progress with his team and expects to share more creative content and open-source information to readers. He on the flipside is a symphony amateur and pretended arts connoisseur who is also trying not to be only a dreaming world traveler.

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