Today Black Myth: Wukong got a new 8-minute trailer where gamers can experience the immersive and fantastic Chinese mythology world with ray tracing and NVIDIA DLSS in the upcoming action RPG from Game Science, all powered by GeForce RTX technology.
Black Myth: Wukong, is based around the well-known Monkey King mythology, and the 16th Century Journey To The West novel. Featuring excellent visuals and exciting action, the debut trailer and gameplay video racked up tens of millions of views when it debuted.
Game Science has announced that they’re taking visual fidelity one step further by upgrading to Unreal Engine 5, and adding NVIDIA DLSS for enhanced performance and image quality.
Today we get a first look at Black Myth: Wukong in 4K with RTX On!
Black Myth: Wukong With Ray Tracing and DLSS for the First Time Ever
Black Myth: Wukong is loaded with NVIDIA technology including NVIDIA DLSS and ray tracing, all captured in this new gameplay video.
As you watch, you’ll travel through the world of Black Myth: Wukong, getting a taste of the action-RPG’s gameplay, story, beautiful visuals, and cutscenes. Experience the combat against bosses, be dazzled by visual effects, and discover the intriguing characters of Journey To The West.
Black Myth: Wukong is one of our most anticipated games, and our game developer support organization is working diligently with Game Science throughout its development to ensure GeForce RTX users receive the definitive experience.
RTX ON!
AI technologies and ray tracing are revolutionizing the way we play and create, and at the forefront of this game-changing movement is NVIDIA RTX, the fastest and most advanced platform for bleeding-edge applications and games. Gamers with systems powered by GeForce RTX and optimized with the latest Game Ready Driver are ensured of the speediest performance, the smoothest gameplay, and the highest-fidelity ray-traced effects.
AI is one of the hottest trends in the tech world and an undeniable advantage for DLSS. NVIDIA DLSS is the only AI-powered super resolution technology, and that advantage translates to game performance boosts of up to 2X. And it’s also the only available scaling technology that taps into the power of a deep learning neural network to ensure image quality is comparable to native resolution. Scaling images without the power of AI-enabled temporal scaling techniques introduces unsightly artifacts such as motion artifacts, shimmering patterns, and muted, blurry textures.
Ray tracing is a method of graphics rendering that simulates the physical behavior of light. Thought to be decades away from reality, the specialized RT cores found in GeForce RTX GPUs made real-time ray tracing possible—and NVIDIA has continued to pioneer the technology since.
