Both systems feature a 2.2-GHz Intel Core i7-8750H processor, 16GB RAM and a 512GB NVMe M.2 PCIe SSD. For this test, I pitted a pair of Razer Blade 15s against each other. While I could talk about the differences between GTX and RTX till I’m blue in the face, the proof is in the numbers. This shortcut translates into improvements on the graphics and performance fronts.ĭLSS technology will debut in 20 titles, including Anthem, PUBG, Darksiders 3, Shadow of the Tomb Raider and Hitman 2. The AI is able to construct high-quality graphics from elements of many different scenes. The technology is trained to play games at super-high resolutions, capturing a large number of scenes.Īnd when it's time for the consumers to play the finished product, DLSS takes what it learned from those hours of training sessions, and renders those super-high-res scenes at a much lower rate. The company is calling it the first AI for games. That’s where Nvidia’s proprietary artificial intelligence DLSS comes into play.
But you’re not going to get all that power from something as slim as a Razer Blade 15. In order to get all that photorealism going, you’re going to need power –– lots and lots of graphical power. Currently, there are 11 games on tap that will work with Nvidia’s Ray Tracing tech, including Shadow of the Tomb Raider, Metro: Exodus, Control and Battlefield V, to name a few. This new technology means that games will look more photorealistic, including actual reflections in mirrors, bodies of water and other reflective materials: something that has been lacking in a lot of modern games. Ray Tracing essentially tracks in-game light from the game’s virtual camera back to the original in-game lighting source.
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