PCGameBenchmarks

Can GeForce GTX 1060 run The Caligula Effect: Overdose?

Great

The GeForce GTX 1060 handles The Caligula Effect: Overdose well at 1080p, delivering approximately 342 FPS at High settings — above the 60 FPS target for smooth gameplay. It can also achieve smooth 1440p at around 257 FPS.

The Caligula Effect: OverdoseGeForce GTX 1060 FPS Data

Quality1080p1440p4K
Low535 fps401 fps214 fps
Medium428 fps321 fps171 fps
High342 fps257 fps137 fps
Ultra278 fps208 fps111 fps

Estimated FPS · actual performance may vary based on drivers and settings

Minimum System Requirements

CPU
Dual-core Intel or AMD processor, 2.5 GHz or faster
GPU
NVIDIA GeForce 450 GTS or AMD Radeon 6770 HD
RAM
4 GB

Genres

Role-playing (RPG)

About

The Caligula Effect: Overdose, released in 2018, is a unique RPG that immerses players in the fabricated world of Mobius. This idyllic realm, created by the sentient vocaloid program μ, allows individuals to escape their harsh realities and relive their high school experiences. However, beneath its charming façade lies a deeper narrative about confronting one's true feelings and breaking free from this deceptive paradise.

When it comes to performance benchmarks on PC, The Caligula Effect: Overdose is quite accessible. With a minimum requirement of an entry-level GPU (around score 1277) and just 4 GB of RAM, players won't need top-tier hardware to enjoy the game. Most mid-range systems can achieve stable FPS even at moderate graphics settings, making it a solid choice for gamers with various setups looking for a smooth experience.

Should you play it? While its rating of 60/100 might suggest it’s not extraordinary, fans of RPGs looking for an engaging story and unique mechanics may find enjoyment in this title. If you appreciate narrative-driven gameplay and unique aesthetics, The Caligula Effect: Overdose could be worth adding to your collection.

More The Caligula Effect: Overdose GPU benchmarks

Can GeForce GTX 1060 Run The Caligula Effect: Overdose? — 342 FPS at 1080p | PCGameBenchmarks