What GPU do I need to run Trigonometric Equations?

The minimum GPU requirement for Trigonometric Equations is Intel Graphics 4000, 2GB VRAM. For smoother performance at higher settings, a more powerful graphics card is recommended.

What are the system requirements for Trigonometric Equations?

The minimum system requirements for Trigonometric Equations are: GPU: Intel Graphics 4000, 2GB VRAM, RAM: 2 GB.

Can I play Trigonometric Equations at 60 FPS?

To achieve 60 FPS in Trigonometric Equations at medium-to-high settings, you typically need at least a mid-range GPU (e.g. RTX 4060 Ti or RX 7700 XT). Use the FPS estimator on this page to check your specific GPU.

Trigonometric Equations

2026Demanding

Can your GPU run this game?

Estimated FPS across quality settings and resolutions

Search for your GPU above to see a full FPS breakdown at every quality and resolution.

Trigonometric Equations FPS by GPU

Estimated framerates for 14 reference GPUs · pick a resolution and quality

60+ fps30–59 fps<30 fpsClick any row to load the full benchmark

Full benchmark grid · 14 GPUs × 4 qualities × 3 resolutions

1080p performance

Trigonometric Equations estimated FPS at 1080p across 14 GPUs and 4 quality presets
GPU	low	medium	high	ultra
RTX 5090	444 fps	355 fps	284 fps	231 fps
RTX 4090	413 fps	330 fps	264 fps	215 fps
RX 7900 XTX	370 fps	296 fps	237 fps	193 fps
RTX 5080	349 fps	279 fps	223 fps	182 fps
RTX 4080 Super	328 fps	262 fps	210 fps	171 fps
RTX 4070 Ti	259 fps	207 fps	166 fps	135 fps
RTX 4070	222 fps	178 fps	142 fps	116 fps
RX 7800 XT	196 fps	157 fps	125 fps	102 fps
RTX 3080	190 fps	152 fps	122 fps	99 fps
RTX 4060 Ti	180 fps	144 fps	115 fps	94 fps
RTX 3070	164 fps	131 fps	105 fps	85 fps
RTX 4060	148 fps	118 fps	95 fps	77 fps
RTX 3060	127 fps	102 fps	81 fps	66 fps
GTX 1660 Super	92 fps	74 fps	59 fps	48 fps

1440p performance

Trigonometric Equations estimated FPS at 1440p across 14 GPUs and 4 quality presets
GPU	low	medium	high	ultra
RTX 5090	333 fps	267 fps	213 fps	173 fps
RTX 4090	309 fps	248 fps	198 fps	161 fps
RX 7900 XTX	278 fps	222 fps	178 fps	144 fps
RTX 5080	262 fps	209 fps	168 fps	136 fps
RTX 4080 Super	246 fps	197 fps	157 fps	128 fps
RTX 4070 Ti	194 fps	156 fps	124 fps	101 fps
RTX 4070	167 fps	133 fps	107 fps	87 fps
RX 7800 XT	147 fps	117 fps	94 fps	76 fps
RTX 3080	143 fps	114 fps	91 fps	74 fps
RTX 4060 Ti	135 fps	108 fps	86 fps	70 fps
RTX 3070	123 fps	98 fps	79 fps	64 fps
RTX 4060	111 fps	89 fps	71 fps	58 fps
RTX 3060	95 fps	76 fps	61 fps	50 fps
GTX 1660 Super	69 fps	55 fps	44 fps	36 fps

4K performance

Trigonometric Equations estimated FPS at 4K across 14 GPUs and 4 quality presets
GPU	low	medium	high	ultra
RTX 5090	178 fps	142 fps	114 fps	92 fps
RTX 4090	165 fps	132 fps	106 fps	86 fps
RX 7900 XTX	148 fps	118 fps	95 fps	77 fps
RTX 5080	140 fps	112 fps	89 fps	73 fps
RTX 4080 Super	131 fps	105 fps	84 fps	68 fps
RTX 4070 Ti	104 fps	83 fps	66 fps	54 fps
RTX 4070	89 fps	71 fps	57 fps	46 fps
RX 7800 XT	78 fps	63 fps	50 fps	41 fps
RTX 3080	76 fps	61 fps	49 fps	40 fps
RTX 4060 Ti	72 fps	58 fps	46 fps	37 fps
RTX 3070	66 fps	52 fps	42 fps	34 fps
RTX 4060	59 fps	47 fps	38 fps	31 fps
RTX 3060	51 fps	41 fps	33 fps	26 fps
GTX 1660 Super	37 fps	29 fps	24 fps	19 fps

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Minimum Hardware

Graphics Card

Minimum required

Intel Graphics 4000, 2GB VRAM

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Memory

Minimum required

2 GB

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Genres

Action Casual Indie

About

To run Trigonometric Equations smoothly, a mid-range GPU such as the RTX 4060 or RX 7600 is recommended. This game is designed to be accessible, meaning it doesn’t require top-tier hardware to perform well. Players with these GPUs can expect solid performance at 1080p resolution with high settings, ensuring a fluid experience without noticeable lag during gameplay.

For those with older or less powerful graphics cards, such as the GTX 1060 or RX 580, the game should still be playable at lower settings and resolutions, like 720p. With only 2 GB of RAM required, it’s an excellent option for casual gamers looking to enjoy a rhythm-based experience without breaking the bank on hardware. Overall, if you have a mid-range GPU, you should have no trouble enjoying this title at its best.

Performance profile

December 2026 release. As a current-generation title, Trigonometric Equations pushes modern hardware — expect to need an RTX 40-series or RX 7000-series GPU to enjoy it at native 4K Ultra without leaning on upscaling.

Action titles like Trigonometric Equations reward high framerates for visual clarity during combat. A mid-range modern GPU at 1440p 60–120 FPS is the practical sweet spot; VRR (G-Sync/FreeSync) smooths out drops during heavy effects.

Mid-range territory. An RTX 3060 or RX 6700 XT delivers 60 FPS at 1080p High in Trigonometric Equations. For 1440p Ultra you'll want an RTX 4060 Ti / RX 7700 XT; 4K Ultra needs an RTX 4070 Ti or faster.

Screenshots

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