#Graphic card benchmark 2015 full
#Graphic card benchmark 2015 pro

The integrated software offered 78 points at 3.5 MBps and 88 at 6MBps. OBS offered surprising results with its H.264 software-based encoder preset, x264 VerySlow. The benchmark test produced by EposVox shows that the Intel AV1 video codec has an increase of sixteen percent better performance than NVIDIA and AMD. Intel utilizes the Quick Sync encoder in the Alder Lake platform currently. AMD and its AMF encoder were similar to NVIDIA, and Intel’s Quick Sync encoder reached 76 and 87, respectively. On the other hand, NVIDIA NVENC scored 71 at 3.5MBps, but 8MBps achieved 85 points. At 3.5MBps, Intel’s AV1 video encoder scored 83 points, while at 6MBps, it reached 90 out of 100 points available. The video used was footage from the game Battlefield 2042. The benchmark tool compares the video quality to uncompressed video and is tested at 3.5MBps, 6MBps, and 8MBps. The YouTuber used Netflix’s VMAF benchmark tool that allows the user to analyze video quality with a scoring of 0 (which would be considered impossible to watch) to 100 (the best quality of video imaginable). Included in the testing were AMD’s AMF, Intel’s Quick Sync, NVIDIA NVENC, and software options available in streaming packages, such as the streaming software OBS.

In the above video, EposVox placed Intel’s AV1 encoder and tested the technology against several H.264 encoders. However, hardware that can accelerate AV1 encoding properly has never been developed, except for Intel’s recent Arc graphics cards.

With software assistance, a system’s processor can utilize the AV1 codec. Current graphics engines do not offer support for AV1 encoder engines.

#Graphic card benchmark 2015 full

In content creation, especially in streaming, AV1 has not seen full utilization, even with the video encoding available.

#Graphic card benchmark 2015 pro

Sony also integrated the technology in the PlayStation 4 Pro console gaming system. In the last several years, AV1 was increasingly adopted in video streaming platforms and has seen more extensive use in graphics card architectures, such as the NVIDIA RTX 30 series, AMD’s RDNA 2 architecture, and recently in Intel’s iGPUs.