MSI MAG A850GL 850W 80 Plus Gold PCIE5 Täismodulaarne Valge PSU
- Võimsus: 850 W
- Effektiivsus: 80 PLUS Gold; 90%
- Kujutegur: ATX
MAG A850GL PCIE5
- Compatibility with the ATX 3.0 standard, native PCIe 5.0 connector
- Support for NVIDIA GeForce RTX 40 series graphics cards
- Fully modular design, flat cables
- 80 PLUS Gold certified, high performance guaranteed
- Active design of the PFC power factor correction system, Comprehensive circuit protection using industrial-class protections OVP, OCP, OPP, OTP, SCP, UVP
- 120 mm fan with hydrodynamic bearing
- Modular design of the DC-DC converter in the LLC Full Bridge topology
Support for the ATX 3.0 standard
The power supply is equipped with an output port compliant with PCIe 5.0 and Intel PSDG (Power Supply Design Guide) ATX 3.0 standards. Additionally, the MAG A850GL PCIE5 series power supplies are resistant to sudden spikes in power consumption up to twice the total power consumption, and are also able to withstand sudden spikes in power consumption up to three times the power consumed by the GPU.
COMPACT SIZE
The power supply is much smaller than typical power supplies available on the market, which saves a lot of space inside the computer case and makes cable management easier. This way you also have much more space inside your PC.
EVERYTHING CAN BE MORE ORGANIZED
Organizing cables is often the most tedious part of building a computer. The cables that come with the power supply are flat and black. Flat cables make running them inside your computer much easier! Thanks to flat cables, the entire system can be much more tidy, and there is more space inside the housing for unobstructed air flow. Use only the cables you need and store the rest in the included cable bag.
DYNAMIC OIL BEARING
The fan installed in the power supply is equipped with a dynamic oil bearing that perfectly balances cooling performance and noise level.
Power circuit with DC converters and full bridge rectifier design
Combining the power circuit with full-bridge rectifier DC converters allows for higher conversion efficiency, stable output voltage, and quick voltage adjustment for various usage scenarios. This ensures a much more stable power supply structure.