Looking Inside Cells System Requirements

Looking Inside Cells system requirements 2024 - can your PC run Looking Inside Cells?

Looking Inside Cells minimum requirements

  • Memory: 8 GB
  • Graphics Card: AMD Radeon RX 480
  • CPU: Intel Core i5-4590
  • File Size: 325 MB
  • OS: Windows 10

Looking Inside Cells recommended specs

Unknown recommended system requirements

Can you run it? Test your computer against Looking Inside Cells system requirements.

Can I Run Looking Inside Cells?

The minimum memory requirement for Looking Inside Cells is 8 GB of RAM installed in your computer. You will need at least 325 MB of free disk space to install Looking Inside Cells. The cheapest graphics card you can play it on is an AMD Radeon RX 480. An Intel Core i5-4590 CPU is required at a minimum to run Looking Inside Cells.

Looking Inside Cells will run on PC system with Windows 10 and upwards.

Looking for an upgrade? Try our easy to use Looking Inside Cells set up guides to find the best cards. Filter for Looking Inside Cells graphics card comparison and CPU compare. We'll help you find the best deal for the right gear to run the game.

Looking Inside Cells FPS - what frame rate can you expect?

How many FPS will I get on Looking Inside Cells? An FPS Monitor is the first step in understanding how the parts in your gaming PC are actually performing in real-world conditions. It's the perfect way to track Looking Inside Cells FPS drops and stutters.

Download our free FPS Monitor via Overwolf to count your frame rates as you play, and test how tweaks to your settings can boost FPS and increase Looking Inside Cells performance. Our app is compatible with hundreds of the best PC games and available now.

Looking Inside Cells Details

Looking Inside Cells PC Specs
   Download Via Steam
   Developers NYU CREATE Lab NYU Future Reality Lab
   Publisher New York University
   Category Simulation
   Looking Inside Cells Release Date TBAs
What is Looking Inside Cells?

Looking Inside Cells is a set of interactive Virtual Reality simulations for learning about cellular biology. Users can build cells by arranging their organelles, as well as transform them into specialized cells, such as red blood cells and e. coli bacteria.