To help you save money on your electricity bill, GX-F features a highly efficient design that surpasses 80Plus
First, GX-F’s LLC, DC-DC and Tri-Sense(3.3V, 5V, 12V) designs for high-quality outputs, with tight 3% voltage regulation for ultra-stable operation.
Second, it includes 105ºC Japanese Main and Standby Capacitors. These features work to ensure that it will keep providing your computer with stable electrical supply for a long time.
GX-F has been designed and thoroughly tested to perform optimally in 50ºC working temperature environments.
HDB Fan’s hub design performs the best operation lifespan and the lowest acoustic noise.
COUGAR 135mm Hydro Dynamic Bearing fan for a long useful life.
COUGAR 135mm HDB fan achieves the best balance between RPM and noise.
COUGAR Xformer: This high-frequency transformer reduces copper loss and adapts to rising temperatures, while its PQ-Type core further increases efficiency and reliability while keeping the temperature under control.
Streamlined PCB wave soldering: A precise board-to-board connection improves the GX-F’s internal structure, eliminating intermediate cables that produce electrical losses and further enhancing its efficiency.
Up to 91% efficiency power conversion for reducing your electricity bill
Connect only the cables you need for less clutter and better airflow
Hydro Dynamic Bearing fan: Extended durability and lower noise levels
Advanced tuning technology for noise minimization
Powerful performance at 50°C ambient temperature
DC to DC technology for enhanced voltage stability
Massive outputs for high power devices
Maximum safety for your key system components
|Model Name||AC Input||DC output|
|Pin||24(20+4) Pins||8(4+4) Pins||4 Pins||5 Pins||8(6+2) Pins|
If the voltages fall below a certain tolerance value on the single lines, the PSU automatically switches off.
If the current on a single line is higher than indicated, the PSU automatically switches off.
In the case of a short-circuit this feature prevents damage to the core components of the PSU and its system components.
If the voltages increase above a certain tolerance value on the single lines, the PSU automatically switches off.
If the temperature is too high, the PSU automatically switches off.
If the system is oversized and requires more power from the PSU than it can perform, this protection function is activated.