Marvel’s Spider-Man Remastered is less than a month away from swinging to PC, and Sony has revealed some new features on the PlayStation Blog that players will experience when they get the game. Two of the port’s most notable features are its PlayStation DualSense integration and Nvidia DLSS support.

DLSS is an acronym for “deep learning super sampling,” and it’s responsible for enhancing the graphical performance of a PC game, boosting its frame rates and resolution without compromising image quality or taxing the graphics card in the process. However, DLSS does this with the help of a dedicated Tensor Core A.I. processor that can only be found in GeForce RTX GPUs.

The “super sampling” part is an anti-aliasing method that smooths out the jagged edges that show up in a rendered image. In other words, the pixelated parts of buildings or characters that may have originally shown up in the original PS4 version of Marvel’s Spider-Man will be softened up by DLSS in the remastered PC version.

For those who prefer to play Marvel’s Spider-Man Remastered with a wireless controller instead of a mouse and keyboard, the game supports the use of the PS5 DualSense controller. This way, they can get the full PS5 experience with adaptive trigger feedback and haptic response as they swing around New York City and go toe to toe with Spidey’s biggest foes.

The PC version will get several other key features, including ray-tracing, ultrawide monitor support, and more graphical options. Sony released a spec chart for the title, showing that the game is capable of hitting 60 frames per second at 4K.

Marvel’s Spider-Man Remastered will be released on Steam and Epic Games Store on August 12.

Related Posts

Your controller may soon track your heart rate during intense matches

The headline feature here is undeniable: this gamepad has a built-in heart rate monitor

Your portable PS4 Slim dream just got a real-world build

The heart of the project is a trimmed and modified PS4 Slim motherboard, cut down to shrink the system without losing core functionality. To keep the handheld from cooking itself, the design leans on a reworked cooling setup plus active safeguards. An onboard ESP32 running custom firmware monitors temperatures and power behavior, and it can enforce thermal limits and trigger an emergency shutdown.

Your charging cable might get a workout if you try ‘Charchery’

The concept is as simple as it is destructive: you plug your charger into the phone to nock an arrow, and you physically yank it out to fire. It is undeniably clever, bizarre, and almost certainly a terrible idea for the longevity of your hardware.