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Let’s beat some usefulness out that Black Myth: Wukong benchmark tool

Journey to the Best… settings

Key art from Black Myth Wukong showing the main character holding a sword
Image credit: Game Science

Unlike Ed, I wasn’t deemed important or youthfully handsome enough to get Black Myth: Wukong review code, leaving my only hopes of conducting some hardwarey performance investigation with the recently released benchmarking tool. The one that, by the admission of developers Game Science themselves, "may not fully represent the actual gaming experience and final performance at the time of the game's release". Monkey nuts.

The tool does allow for tinkering with individual graphics settings, as well as fancier tricks like ray tracing and both DLSS 3 and FSR 3.1 flavours of frame generation. But considering Wukong is a fighting-forward Soulslike, the benchmark process is remarkably subdued, largely trundling down a quiet river with only brief glimpses of idling NPCs. There’s no way to judge, say, how a storm of boss-fight particle effects might tax a GPU, nor what would happen if you ignored the system requirements’ SSD stipulation and tried playing off an old hard drive.

However, I still think there’s some value to extract from this peaceful forest flyby. For one thing, it’s encouraging for Wukong’s chances on the Steam Deck: I got 65fps on the Valve handheld, with a combination of the Low preset and FSR upscaling set to 66%. Even if the tool isn’t perfectly 1:1 with the full game’s launch performance, it would have to be obscenely off-course to deny the Deck a smooth time.

The graphics settings menu for Black Myth: Wukong's benchmark tool.
Image credit: Rock Paper Shotgun/Game Science

More broadly, the tool can also provide a glimpse into which specific settings will be worth lowering, should you want slicker performance than what the presets offer. Even if the benchmark isn’t the best demonstration of, say, visual effects, if you can get big framerate gains from dropping something that is heavily represented – shadows, textures, reflections and so on – then it’s still a good bet that reducing those same settings will help speed up the full game.

To find out which options claimed the biggest performance impact, I started with an average of 36fps – that’s on the RTX 4060, at 1080p, using the highest Cinematic preset with DLSS at 75% - and re-ran the benchmark after changing each one individually. Here’s the results:

Setting Average performance
Motion blur, Strong to Off 36fps
Super resolution sampling, DLSS to TSR 32fps
Super resolution sampling, DLSS to FSR 34fps
Frame generation, Off to On 60fps
Full ray tracing, Off to Medium 38fps
View distance quality, Cinematic to Medium 37fps
Anti-aliasing quality, Cinematic to Medium 37fps
Post-effects quality, Cinematic to Medium 37fps
Shadow quality, Cinematic to Medium 51fps
Texture quality. Cinematic to Medium 36fps
Visual effect quality, Cinematic to Medium 39fps
Hair quality, Cinematic to Medium 38fps
Vegetation quality, Cinematic to Medium 40fps
Global illumination quality, Cinematic to Medium 45fps
Reflection quality, Cinematic to Medium 37fps

Sticking with just the quality settings for a moment, we can see that shadows, vegeation, and global illumination are the biggest framerate hogs of the bunch, and are therefore probable candidates for lowering in the full game. With all three on Medium at once, the rest remaining on Cinematic, my RTX 4060 put in a far smoother 75fps average. Obviously that exact figure could go up or down a bit in Wukong proper, but it’s very likely that those three settings will still present the biggest challenge to your rig.

Going into the more high-tech gubbins, DLSS looks like (once again) the best upscaling option, though if you don’t have a compatible RTX graphics card for it, neither TSR or nor FSR are especially ugly alternatives. It’s also interesting how enabling ray tracing can slightly improve performance over the Cinematic preset; normally RT effects are the GPU-heaviest things in the menu. Wukong being an Unreal Engine 5 game, it’s using Epic’s Lumen tech for its highest shadows and global illumination settings, and this can go just as hard as regular ray tracing on your GPU. If not more so, evidently. Opting for full ray tracing (or path tracing, as it’s often called) seemingly replaces those Lumen effects, hence the minor performance bump.

A screenshot of the Black Myth: Wukong benchmark tool in action, showing a wooden bridge over a quiet river.
Image credit: Rock Paper Shotgun/Game Science

So, the Black Myth: Wukong benchmark: not as pointless as it looks. I still wouldn’t assume that a solid 60fps in the tool equates to a solid 60fps in the final game, but once the latter releases on August 20th, at least you can go into it knowing which settings to cut if performance gets dicey.

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