StarFive VisionFive 2 Quad-Core RISC-V Performance Benchmarks

Written by Michael Larabel in Computers on 16 August 2023 at 11:41 AM EDT. Page 3 of 6. 95 Comments.
GraphicsMagick benchmark with settings of Operation: Swirl. Orange Pi 5 was the fastest.
GraphicsMagick benchmark with settings of Operation: Rotate. Orange Pi 5 was the fastest.
GraphicsMagick benchmark with settings of Operation: Sharpen. Orange Pi 5 was the fastest.
GraphicsMagick benchmark with settings of Operation: Enhanced. Orange Pi 5 was the fastest.
GraphicsMagick benchmark with settings of Operation: Resizing. Orange Pi 5 was the fastest.
GraphicsMagick benchmark with settings of Operation: Noise-Gaussian. Orange Pi 5 was the fastest.

Still, for the price it was fun playing around with this quad-core RISC-V single board computer.

dav1d benchmark with settings of Video Input: Summer Nature 4K. Orange Pi 5 was the fastest.
dav1d benchmark with settings of Video Input: Summer Nature 1080p. Orange Pi 5 was the fastest.
AOM AV1 benchmark with settings of Encoder Mode: Speed 8 Realtime, Input: Bosphorus 4K. Orange Pi 5 was the fastest.
AOM AV1 benchmark with settings of Encoder Mode: Speed 10 Realtime, Input: Bosphorus 4K. Orange Pi 5 was the fastest.

StarFive already has been contributing various improvements to the mainline Linux kernel but hopefully they'll have some more contributions planned for bettering the performance potential.

VP9 libvpx Encoding benchmark with settings of Speed: Speed 0, Input: Bosphorus 4K. Orange Pi 5 was the fastest.
VP9 libvpx Encoding benchmark with settings of Speed: Speed 5, Input: Bosphorus 4K. Orange Pi 5 was the fastest.

If StarFive is able to get the VisionFive 2 boards in the hands of more community developers it would also likely help bolster the software optimization effort around RISC-V.


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