PSU MSI MAG A750GL PCIE5 Full Modular
- ATX 3.0 compatible, native PCIe 5.0 connector
- Supports NVIDIA® GeForce RTXTM 40 Series graphics cards
- Full modular design,Flat cables
- 80 Plus Gold certified for high efficiency
- Active PFC design,Industrial level protection with OVP,OCP,OPP,OTP, SCP,UVP
- 120mm Fluid Dynamic Bearing Fan
- LLC Full Bridge Topology with DC-DC module design
$113 exc. VAT
Out of stock
ATX 3.0 COMPATIBLE
It has an output port that is compliant with PCIe 5.0 and Intel PSDG(Power Supply Design Guide)
ATX 3.0, also the MAG A750GL PCIE5 power supply can handle up to 2x total power excursion and 3x GPU power excursion.
LEVEL UP YOUR GAME
With native 16 PIN PCIe connector this power supply is ready for NVIDIA®
GeForce RTX™ 40 Series graphics cards. It can freely pipe up to 450W of power to PCIe 5.0 graphics cards.
Dual-color 16-pin cable
The 16 Pin PCIe cable’s connector color has been changed to yellow so that
users can easily see if the connector has been plugged in properly. Besides,
the patented pending Dual-color 16-pin cabledual-color also won
80 PLUS GOLD CERTIFIED
The efficiency of your power supply directly influences your system’s performance
and your power consumption. The 80 PLUS Gold certification
promises lower energy consumption and higher efficiency.
COMPACT SIZING
Smaller than typical PSUs on the market, this power supply unit that can save
space and make it easier to organize cables in the computer case by freeing up more room inside.
ONLY WHAT YOU NEED
The connectors that required by the build need to be used, significantly reducing
cable clutter and simplifying the system’s overall build. Additionally,
the included cable pack provides a storage solution for any unused cables.
FLUID DYNAMIC BEARING
The power supply’s fan sports a fluid dynamic bearing that perfectly balances cooling performance and noise level.
DC TO DC & FULL BRIDGE
DC to DC and Full bridge be combined to achieve higher conversion efficiency,
stable output voltage, and quick voltage adjustment for different usage scenarios, thus providing a stable power supply design.
