PCGameBenchmarks

Can GeForce GTX 1060 run Bunny Alice in Wonderland?

Great

The GeForce GTX 1060 handles Bunny Alice in Wonderland well at 1080p, delivering approximately 473 FPS at High settings — above the 60 FPS target for smooth gameplay. It can also achieve smooth 1440p at around 355 FPS.

Bunny Alice in WonderlandGeForce GTX 1060 FPS Data

Quality1080p1440p4K
Low739 fps555 fps296 fps
Medium591 fps444 fps237 fps
High473 fps355 fps189 fps
Ultra384 fps288 fps154 fps

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

Minimum System Requirements

CPU
Intel
GPU
DirectX 9.0c compatible video card
RAM
1 GB

Genres

About

"Bunny Alice in Wonderland" (2024) is a captivating adventure game that invites players into a whimsical realm filled with challenges and imaginative encounters. Drawing heavily on observation skills, players will guide their character and companions through various obstacles, promising a unique blend of exploration and problem-solving. Its enchanting art style and rich storytelling make it a notable entry in the adventure genre.

When it comes to PC performance, "Bunny Alice in Wonderland" is designed to be accessible for a wide range of gamers. With a minimum GPU requirement of an entry-level graphics card, roughly scoring around 300, players can achieve a smooth gameplay experience, often exceeding 30 FPS at lower graphics settings. For optimal performance, consider mid-range GPUs, which can provide better visuals and frame rates, ensuring a more enjoyable adventure through this fantastical world.

If you're a fan of adventure games, "Bunny Alice in Wonderland" comes highly recommended, especially for those who appreciate innovative gameplay and charming narratives. With its accessible hardware requirements and engaging premise, this title is a delightful choice for both casual gamers and enthusiasts looking to explore new fantasy realms.

More Bunny Alice in Wonderland GPU benchmarks

Can GeForce GTX 1060 Run Bunny Alice in Wonderland? — 473 FPS at 1080p | PCGameBenchmarks