Gigabyte P850GM GOLD 850W 80 PLUS Full Modular Power Supply Unit
FULLY MODULAR DESIGN
All the black flat cables are modular design. Installing only the cables you need to reduce clutter, to increase the airflow and to improve the chassis thermal performance.
80 PLUS GOLD CERTIFIED
80 Plus Gold certified ensures to deliver 90% efficiency at 50% load. The better power efficiency leads to less power waste, less heat and less fan noise. And with the support of Intel processors, it will save more energy and more money.
HIGH QUALITY JAPANESE CAPACITORS
The main capacitors are high quality Japanese capacitors, to produce the efficient performance and to ensure the longer reliability.
120MM SMART HYDRAULIC BEARING (HYB) FAN
The fan speed is adjusted according to the automatic power detection and will stop when the system is idle or under low load (less than 20% load). The Hydraulic Bearing fan provides longer and more stable life time.
SINGLE +12V RAIL
Single +12V rail provides the best power output, stability and compatibility for the hardware. It provides the easiest way to install the power cable. And it is the best design for overclocking.
In order to make sure the entire computer system to operate stably under any conditions, we not only added protection designs such as OCP, OTP, OVP, OPP, UVP and SCP, but also ensured the stable operation of your system through the safety certification of various countries.
Model : GP-P850GM
Type : Intel Form Factor ATX 12V v2.31
PFC : Active PFC (>0.9 typical)
Input Voltage : 100-240 Vac (full range)
Input Current : 12-6 A
Input Frequency : 60-50 Hz
Output Capacity : 850W
Dimension : 150 x 140 x 86 mm
Fan Type : 120mm Hydraulic Bearing ( HYB ) fan
80 PLUS : Gold
Efficiency : 90% at typical load
MTBF : >100,000 hours
Protection : OVP/OPP/SCP/UVP/OCP/OTP
Power Good Signal : 100-500ms
Hold Up Time : >16ms
Cable Type : Flat, All black
ATX/MB 20+4 Pin x 1 : 610mm*1
CPU/EPS 4+4 Pin x 2 : 600mm*2
PCI-e 6+2 Pin x 4 : 600mm+150mm*2
SATA x 8 : 600mm+150mm+150mm+150mm*2 :
4 Pin Peripheral x 3 + 4-Pin floppy x 1 :