PlayStation Exclusive Ghost of Tsushima is Officially Coming to PC

The hit PlayStation exclusive Ghost of Tsushima is officially coming to PC in May. Sly Cooper and Infamous studio Sucker Punch released Ghost of Tsushima in 2020 to much acclaim, winning gamers over with an impressively detailed open-world action title set in Japan’s feudal era. As samurai warrior Jin Sakai, players were tasked with liberating Tsushima Island from an invading Mongolian army using a mix of ancient swordplay and ninja-like stealth. In 2021, Ghost of Tsushima was updated for the PS5, adding a new story expansion that took Jin to Iki Island to battle a sinister cult.

Sony has been slowly but surely bringing some of its biggest first-party PlayStation titles to the larger PC market, and a Ghost of Tsushima port has been rumored for a couple of years now. The game was listed on the now-infamous Nvidia GeForce Now Leak back in 2021, which correctly predicted ports of former PS exclusives like God of War and Horizon Forbidden West. More recently, reliable gaming news reporter Nick Baker claimed to have heard of a Ghost of Tsushima PC port being announced sometime this week, and now it seems that his prediction has come to pass.

Nixxes Software, the developer behind past PlayStation PC ports like Marvel’s Spider-Man Remastered and Ratchet and Clank: Rift Apart, has just announced that it is bringing Ghost of Tsushima Director’s Cut to PCon May 16. This announcement came with a trailer of the game in action, showing Jin in fierce combat with his Mongolian enemies while highlighting some of the new features that the new Ghost of Tsushima PC port will include — such as unlockable frame rates, a variety of interesting graphics settings and presets, and customizable mouse and keyboard inputs.

Players who would prefer to use a controller in Ghost of Tsushima will be able to do so by using Steam Input to remap and customize their peripheral of choice, as well as plug in the PlayStation DualSense controller for a more immersive experience with haptic feedback and