My Bimbo Dream - Season 1 System Requirements
My Bimbo Dream - Season 1 system requirements 2025 - can your PC run My Bimbo Dream - Season 1?
Minimum | Recommended | |
CPU | Intel Core 2 Duo Q6867 | Intel Core i5-12400T |
Graphics Card | Unknown | NVIDIA GeForce GTX 1650 |
RAM | 2 GB | 8 GB |
File Size | 6 GB | 6 GB |
OS | Unknown | Windows 11 |
Can you run it? Test your computer against My Bimbo Dream - Season 1 system requirements.
Can I Run My Bimbo Dream - Season 1?
The minimum memory requirement for My Bimbo Dream - Season 1 is 2 GB of RAM installed in your computer. In terms of game file size, you will need at least 6 GB of free disk space available. An Intel Core 2 Duo Q6867 CPU is required at a minimum to run My Bimbo Dream - Season 1. The cheapest graphics card you can play it on is a modern graphics card.
My Bimbo Dream - Season 1 will run on PC system with and upwards. Additionally it has Mac and Linux versions.
Looking for an upgrade? See our graphics card comparison and CPU compare for benchmarks. We'll help you find the best deal for the right gear to run the game.
My Bimbo Dream - Season 1 FPS - what frame rate can you expect?
How many FPS will I get on My Bimbo Dream - Season 1? 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 My Bimbo Dream - Season 1 FPS drops and stutters.
Download our free tool on Overwolf to count your frame rates as you play, and test how tweaks to your settings can boost FPS and increase My Bimbo Dream - Season 1 performance. Our app is compatible with hundreds of the best PC games and available now.

My Bimbo Dream - Season 1 Mac OS system requirements (minimum)
- Memory:2 GB
- Graphics Card:ATI FireGL T2-128
- CPU:Intel Core i5-12400T
- File Size:6 GB
- OS:2.0 GHz Core 2 Duo
My Bimbo Dream - Season 1 Linux system requirements (minimum)
- Memory:2 GB
- Graphics Card:ATI FireGL T2-128
- CPU:Intel Core 2 Duo Q6867
- File Size:6 GB
- OS:Ubuntu 12.04+ or Kernel 3.x+ based distributions