Testing Resident Evil Requiem on Apple Silicon Macs: M4 Max Achieves Good Framerates with Adjusted Settings

Capcom’s much-anticipated game, Resident Evil Requiem, has launched without delays, quickly gaining traction among PC gamers. Remarkably, it has set a new record for player concurrency on Steam, showcasing its widespread appeal. However, the absence of a native port for Apple Silicon Macs has limited access, yet determined players are still experimenting to run this AAA title on their devices. One user, utilizing a MacBook Pro with the high-performing M4 Max chip, reported achieving respectable framerates after making some adjustments to the game settings.

Performance Optimization on M4 Max

In a test with the M4 Max, featuring a 14-core CPU and 32-core GPU, users have found that Resident Evil Requiem can be quite demanding, especially when settings are pushed to the limit. For players just starting with the game, it’s advisable to refer to our comprehensive tweaking guide to enhance performance. A Reddit user, known as oyskionline, shared insights about achieving approximately 90 FPS during early gameplay, indicating some strategic adjustments were necessary to reach this benchmark.

Graphics Settings Configuration

The graphics settings utilized by the M4 Max included AMD’s FSR3 upscaling set to Balanced, with frame generation enabled and visuals set to high. The game was played with an internal resolution of 1800 x 1169, using close to 16GB of the M4 Max‘s unified memory. Thankfully, the Apple Silicon models boast 36GB of RAM, although users with lower-end configurations might face significant limitations due to reduced GPU capabilities and potential video framebuffer shortages.

Resident Evil Requiem gameplay on M4 Max — The demanding settings, like Path Tracing, were disabled due to performance constraints./ Image credits: oyskionline (Reddit)

It’s essential to note that the gameplay shown in the image above is from the initial chapter of Resident Evil Requiem, which presents some of the highest graphical demands. As players make their way through the game with the character Grace Ashcroft, framerates typically improve—especially when inside environments, which are less demanding. It will be fascinating to observe how the game performs on less robust chipsets, such as the M4 Pro and anticipated M5 models. Stay tuned for further updates on performance and experience.

For more insights, you can check out the discussion on Reddit.

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