But there is a nuance.
Tech blogger Jeff Girling decided to use a Raspberry Pi 5 microcomputer to run Crysis Remastered. And he succeeded, but with one clarification: for this, a discrete Radeon RX 6750 XT GPU was connected to the computer via a docking station. The Raspberry Pi 5 itself has an ARM chip BCM2712 (12 W) in conjunction with 8 GB of RAM, which is not enough to run games, especially those requiring powerful hardware.
In addition to running the Crysis remaster in 4K resolution at low graphics settings with 20-30 fps, the microcomputer launched DOOM Eternal - in 4K, the frame rate averaged 20 fps, and in 720p it reached 30 fps.
According to the tech blogger, the main limiter of the frame rate was the processor, since the video card power was used at most by 60%. Girling wanted to launch Red Dead Redemption 2, but he was unable to do so - probably due to the architecture of the Raspberry Pi 5 processor itself.
Tech blogger Jeff Girling decided to use a Raspberry Pi 5 microcomputer to run Crysis Remastered. And he succeeded, but with one clarification: for this, a discrete Radeon RX 6750 XT GPU was connected to the computer via a docking station. The Raspberry Pi 5 itself has an ARM chip BCM2712 (12 W) in conjunction with 8 GB of RAM, which is not enough to run games, especially those requiring powerful hardware.
In addition to running the Crysis remaster in 4K resolution at low graphics settings with 20-30 fps, the microcomputer launched DOOM Eternal - in 4K, the frame rate averaged 20 fps, and in 720p it reached 30 fps.
According to the tech blogger, the main limiter of the frame rate was the processor, since the video card power was used at most by 60%. Girling wanted to launch Red Dead Redemption 2, but he was unable to do so - probably due to the architecture of the Raspberry Pi 5 processor itself.
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