Exact GPU / case compatibility

Does Gigabyte AORUS GeForce RTX 5090 MASTER fit in Fractal Design Meshify 2 Compact?

Fails the current FitMyPC dimensional check. GPU length exceeds the case limit by 19mm; height/cable envelope exceeds the stored case envelope by 1mm.

This page checks the exact GPU against the selected case with no front radiator installed. Use the interactive calculator to add your cooling hardware.

Open this exact build in FitMyPC GPU details Case details

Compatibility calculation

Check	Available	Required	Result	Data confidence
GPU length	341mm case limit	360mm GPU	FAIL · -19mm	Manufacturer verified
Height + power cable	185mm case envelope	186mm (150+36)	FAIL · -1mm	FitMyPC estimate
GPU thickness	85mm case envelope	75mm GPU	PASS · 10mm	FitMyPC estimate

Some case clearance fields used by this result are estimates, so treat a pass as a likely fit rather than a manufacturer guarantee. A front radiator can reduce available GPU length and change this answer.

Gigabyte AORUS GeForce RTX 5090 MASTER manufacturer data

Dimensions stored by FitMyPC: 360 × 150 × 75mm. Power connector: 12V-2x6 / 16-pin.

Manufacturer source checked

Verified fields: length, height, thickness, connector

GIGABYTE publishes 360×150×75mm and one 16-pin connector.

Official manufacturer source ↗

Checked 2026-08-29

Fractal Design Meshify 2 Compact manufacturer data

GPU length limit stored by FitMyPC: 341mm. Side-panel and thickness envelopes are displayed separately because manufacturers do not publish these consistently.

Manufacturer source checked

Verified fields: maxGpuLength, frontRadiatorBaseline, radiatorSupport.front, radiatorSupport.top

Fractal publishes 341mm with the front fan installed and up to 360mm front / 240mm top radiators. Its support guidance uses a 366mm chassis baseline when calculating radiator+fan GPU clearance.

Official manufacturer source 1 ↗ · Official manufacturer source 2 ↗

Checked 2026-08-29

What can change the result?

Front radiator/fan thickness, vertical mounting, drive cages, brackets, connector orientation, motherboard layout and product revisions can affect real-world fit.