![]() ![]() The straightforward interface design is another point that you can leverage. ![]() And in our testing, the GPU acceleration in VideoProc Converter reflects on 3 fields mainly, including media converter, video editor, and screen recorder. Moreover, technically speaking, the technology offloads video encoding and decoding and video processing from CPU to GPU, which prompts an up to 47x real-time increase in speed, along with an average of 2% CPU usage only. Based on our testing result, graphics-based acceleration reduces video size output by up to 90%, with minimal loss in playback quality and up to 98% of the initial image quality reserved. However, empowered by the unique level-3 hardware acceleration, one of the most dominating features of VideoProc, the whole execution process can be drastically shortened and enhanced without landing any detriment to the media file. ![]() For instance, transcoding high-quality h.264/H.265 files solely through software would necessitate high CPU usage (often 90-99%) and might sometimes force a computer to collapse when doing so. Video tasks consume much processing power and data, especially on a poorly configured machine. ![]()
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