Valve’s first-person puzzler, Portal, is definitely one of many biggest video games of all time. What may make it higher? Effectively, a wonderful sequel, after all — however we have been already blessed with one. In November, Portal is getting an RTX replace that’ll add real-time ray tracing, new textures and fashions, and way more. It’ll even be free to those that personal Portal on Steam. Oh, and it seems fairly implausible.
It goes with out saying that Portal, launched in 2007, is nicely liked by the gaming group. First bundled within the additionally glorious The Orange Field, Portal is a well-designed puzzle sport with a wealthy humorousness and even richer cake. The sport reached unimaginable heights regardless of its brief size, creating memes that lasted for years.
However it has been round for some time, and its lower-resolution textures are due for a brushing up. That’ll occur this November, when Portal with RTX brings ray tracing to certainly one of Valve’s greatest. Coming from Nvidia’s Lightspeed Studios, the prettier Portal will embrace ray-traced lighting, shadows, and world illumination. Mild will scatter in fog and smoke extra realistically, and the textures are greater decision than ever. It’s additionally getting DLSS 3 help.
“Each body of gameplay is upgraded with gorgeous full ray tracing, new, hand-crafted hi-res bodily based mostly textures, and new, enhanced high-poly fashions evocative of the originals. In Portal with RTX, full ray tracing transforms every stage, enabling mild to bounce and be affected by the scene’s geometry and supplies.”
Portal like by no means earlier than
The above video for Portal with RTX provides you examples of the ray tracing improve and modifications. Reflections on metallic and within the water are wanting mighty high quality. It’s also possible to discover the up to date textures, and among the new modifications such because the glow of the weighted storage cubes.
The Portal with RTX replace is about to launch this November, however a extra correct launch date is unknown.