Description
The Cooler Master V750 Gold I 750W 24-pin ATX PSU MPZ-7501-AFAG-BEU is a power supply that is designed to be smaller and more compact than typical power supplies, while still providing the same level of performance. It has a unique 3D circuit design that offers higher efficiency and improves the heat dissipation. It is also fully modular, flat cable design, and has been certified by 80 PLUS Gold.
Cooler Master V750 Gold I 750W 24-pin ATX PSU MPZ-7501-AFAG-BEU
SILENCIO FP FAN HIGH AIR PRESSURE AND LOWER NOISE
The rotation speed stays lower in the Silencio while delivering high air pressure, meaning less noise. After 50% load, the rotation speed difference compared to double ball fans is 16% better in the V750, 22% in the V650, and 34% in V550.
MODULAR DESIGN
Modularity extends beyond modular cables and is applied directly to the power circuit design.
The circuit platform removes unnecessary cables and uses fully modular boards, resulting in lower crosstalk and signal noise.
The benefit is pure, clean power output and higher efficiency
TIGHT VOLTAGE REGULATION
The +12V rail is the most important part of a modern power supply as both the CPU and graphic cards are powered through it. Voltage fluctuations can cause system instability from high pitch noises
POWERFULLY COMPACT
The V series are powerfully small. Not to be confused, it is still a standard ATX form power supply that one would expect to see in any computer, but shorter.
Only 140mm versus +180mm typical length- 22% smaller in volume!ATX form factor, but ideal for compact systems.
Unique 3D circuit design offers higher efficiency and improves the heat dissipation
Cooler Master's exclusive Silencio FP fan technology enhances airflow, reduces vibration and provides the best thermal performance
Fully modular, flat cable design for better cable management
100% Japanese capacitors ensures an extended lifetime and minimizes power fluctuations
Compact design 6.8W/inch3 fits perfectly with small form factor systems
80 PLUS Gold certified: up to 92% efficiency on typical load