MSI 850W ATX Fully Modular Power Supply – MAG

MSI 850W ATX Fully Modular Power Supply – MAG A850GL PCIE5 WHITE – (Active PFC/80 PLUS Gold)
- 80 PLUS GOLD CERTIFIED – An efficient power supply reduces energy consumption and heat load of the system. 80 PLUS Gold (up to 90%) is ideal for hardware with high power consumption (such as high-end GPUs and CPUs)
- ATX 3.0 FULLY MODULAR – With ATX 3.0, the PSU can handle up to 2x total & 3x GPU power excursions; A full modular format with triple-layer sleeved cables (with management combs) helps reduce clutter & comes with premium copper alloy connectors
- PCIe 5.0 GPU SUPPORT – With the native 16-pin PCIe connector, the PSU can feed up to 600W of power to a PCIe 5.0 GPU (NVIDIA & AMD supported)
- STABLE PERFORMANCE – A 120 mm FDB fan with dynamic fluid storage (fluid dynamic bearing) ensures exceptional efficiency and durability. 105°C capacitors ensure high stability under heavy loads
- DURABLE DESIGN – A LLC half-bridge with DC/DC converter and an active PFC design ensure a reliable output (OCP, OVP, OP, OTP, SCP, UVP protection). The MAG gaming power supply comes with a 7-year limited MSI warranty
SKU: | B0CH3T79F8 |
Weight: | 2.85 kg |
Dimensions: | 30.6 x 22.5 x 12.7 cm; 2.85 Kilograms |
Brand: | MSI |
Colour: | white |
Manufacture: | MSI |
Colour: | white |
From the manufacturer






Flat Cables
Flat modular cables help reduce clutter, improve airflow, and create a cleaner build. Keep the extra cables in an included storage bag.
Fluid-Dynamic Bearing Fan
A 120mm Fluid-Dynamic Bearing (FDB) fan offers reliable cooling performance that balances both noise and temperature output.
Extensive Connectivity
A wide range of connectivity options provides extensive hardware support.
Connect and upgrade multiple hard drives, SSDs, graphics cards and other components quickly and easily.
Output Specifications
Robust internals support a wide range of AC inputs, while delivering stable output for high performance components.
A full-bridge LLC with DC-to-DC converter includes an active PFC design (OCP, OVP, OPP, OTP, SCP, UVP).