PCGameBenchmarks

Can GeForce RTX 3060 run Pixel Puzzles 2: Anime?

Great

The GeForce RTX 3060 handles Pixel Puzzles 2: Anime well at 1080p, delivering approximately 1334 FPS at High settings — above the 60 FPS target for smooth gameplay. It can also achieve smooth 1440p at around 1000 FPS.

Pixel Puzzles 2: AnimeGeForce RTX 3060 FPS Data

Quality1080p1440p4K
Low999+ fps999+ fps834 fps
Medium999+ fps999+ fps667 fps
High999+ fps999+ fps534 fps
Ultra999+ fps813 fps434 fps

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

Minimum System Requirements

CPU
Intel® Core 2 Duo
GPU
DirectX 9.0 Compatible
RAM
2 GB

Genres

About

Pixel Puzzles 2: Anime, released in 2015, combines the relaxing aspects of traditional jigsaw puzzles with a charming kawaii art style. As an indie title within the action, casual, and simulation genres, it stands out for its blend of strategy and creativity, allowing players to enjoy puzzle-solving in a vibrant, anime-themed atmosphere. This engaging approach has garnered a favorable rating of 80/100, making it a delightful option for fans of casual gaming.

In terms of PC performance, Pixel Puzzles 2: Anime is highly accessible, requiring only an entry-level GPU with a minimum score of about 300 to run smoothly. Most integrated graphics solutions and low-end GPUs can comfortably handle the game without demanding high FPS, making it suitable for a wide range of hardware. For a more seamless experience, players may consider GPUs in the lower mid-tier range, ensuring that they can enjoy smooth gameplay even at higher graphics settings.

Ultimately, if you're looking for a relaxing and visually appealing puzzle experience, Pixel Puzzles 2: Anime comes highly recommended. Its blend of genres and solid rating make it a worthwhile addition to your gaming library, particularly for those who appreciate a blend of casual gameplay and charming aesthetics.

More Pixel Puzzles 2: Anime GPU benchmarks

Can GeForce RTX 3060 Run Pixel Puzzles 2: Anime? — 1334 FPS at 1080p | PCGameBenchmarks