Power supply

What power supply do you need for Resident Evil Village

Resident Evil Village needs a 450 W or larger power supply (80+ Bronze) by the recommended requirements (Radeon RX 5700 + Core i7-8700), 400 W at the very least; system load is about 335 W with spikes up to 407 W. For the minimum requirements 400 W is enough.

450 Wrecommended PSU
400 Wminimum acceptable
400 Wfor minimum requirements

System load and spikes for Resident Evil Village

Average loadShort spikesRecommended PSU
Graphics card (recommended)Radeon RX 5700 · 180 W
ProcessorCore i7-8700 · 65 W
Board, memory, drives, fans90 W
Average load335 W
Short spikes407 W
recommended PSU450 W · 80+ Bronze

Official requirements of Resident Evil Village

Graphics card · minimum: «AMD Radeon RX 560 with 4GB VRAM / NVIDIA GeForce GTX 1050 Ti with 4GB VRAM»

Graphics card · recommended: «AMD Radeon RX 5700 / NVIDIA GeForce GTX 1070»

Processor · minimum: «AMD Ryzen 3 1200 / Intel Core i5-7500»

Processor · recommended: «AMD Ryzen 5 3600 / Intel Core i7 8700»

🔌 Calculate for your graphics card

Pick your graphics card and CPU power — same formula.

PSU wattage for Resident Evil Village by graphics card

Recommended PSU wattage (W) with headroom for peak loads; dashed line — a common 650 W PSU.

Graphics cards with 60+ FPS in Resident Evil Village and their PSU

Graphics card1080p HighTDPRecommended PSU
GeForce GTX 107060150 W400 W
GeForce RTX 206067160 W450 W
GeForce GTX 108067180 W450 W
GeForce RTX 305067130 W400 W
GeForce RTX 2060 Super72175 W450 W
Radeon RX 660073132 W400 W

The most affordable (by performance) popular graphics cards that reach 60+ FPS at 1080p High by the FPSHQ model, and the PSU they need with the CPU from the requirements.

What else Resident Evil Village needs

Key figures

data updated

How we calculate

The graphics card and processor come from the game’s official requirements (Steam or the publisher) and are matched to the FPSHQ catalog only by exact model name; power is the rated TDP from the catalog.

One formula for the whole site: load = GPU TDP + CPU TDP + 90 W (board, memory, drives, fans); peak = 1.4 × GPU TDP + CPU TDP + 90 W; recommended PSU — the nearest standard rating not below max(load × 1.3; peak).

If the CPU in the requirements is not recognized, a mid-range 105 W class is used — this is marked on the page.

methodology →

Key figures

Unique FPSHQ metrics from this page's data

450 W (80+ Bronze), minimum 400 W.
Recommended PSU for Resident Evil Village
400 W.
For the minimum requirements
In short

What power supply do you need for Resident Evil Village

Resident Evil Village needs a 450 W or larger power supply (80+ Bronze) by the recommended requirements (Radeon RX 5700 + Core i7-8700), 400 W at the very least; system load is about 335 W with spikes up to 407 W. For the minimum requirements 400 W is enough.

Recommended PSU for Resident Evil Village
450 W (80+ Bronze), minimum 400 W.
For the minimum requirements
400 W.
updated · source: FPSHQ model estimate

FAQ

What PSU do I need for Resident Evil Village?
Resident Evil Village needs a 450 W or larger power supply (80+ Bronze) by the recommended requirements (Radeon RX 5700 + Core i7-8700), 400 W at the very least; system load is about 335 W with spikes up to 407 W. For the minimum requirements 400 W is enough.
Is 500 W enough for Resident Evil Village?
The recommended PSU for Resident Evil Village is 450 W, the minimum acceptable is 400 W (calculated from the recommended requirements). If your graphics card is different, use the calculator on this page.
Why a PSU with headroom?
Graphics cards briefly draw more than their rated TDP: the formula accounts for spikes (1.4 × GPU TDP) and a 30% margin over the average load, so the PSU runs quieter and does not trip its protection.
Where does FPSHQ get its data?
From four sources: official developer and Steam system requirements (166,973 games), hardware manufacturers' specifications (1,965 GPUs, 456 CPUs), FPS measurements from reviews, YouTube and players (105 independent measurements and 4,800 rows of aggregated review data), and the FPSHQ model where no measurement exists — always labelled "estimate".

Sources: Steam

FPSHQ unified FPS model estimate (benchmarks + calibration) · data updated · methodology