Gigabyte GP-P850GM 850W
- 850 watts
- Modular
- 80 Plus Gold
- 120 mm fan
- ATX 2.31
89.-
Lowest price last 30 days
87.99
71.54 excl. VAT
In stock, expected delivery: 4 - 5 working days
Gigabyte GP-P850GM 850W
87.99
71.54 excl. VAT
In stock, expected delivery: 4 - 5 working days
- Wide range of IT related products
- Low prices
- Fast and reliable delivery
- Order now, expected delivery: 4 - 5 working days
Pay later or
in 3 payments of € 29.33
in 3 payments of € 29.33
The Gigabyte GP-P850GM is a powerful 850W ATX power supply designed to meet the demands of modern high-performance PC builds. With an 80 PLUS Gold certification and an efficiency rating of up to 90 percent, this unit delivers reliable and energy-conscious power delivery. Built to the ATX 2.31 standard and finished in a sleek black design, it fits seamlessly into a wide range of system builds. Its fully modular cabling system keeps your build clean and organized, allowing you to connect only the cables you need.
Comprehensive Connectivity
The GP-P850GM offers an extensive range of connectors to support complex and demanding configurations. It includes two 4+4 pin CPU connectors, four 6+2 pin PCIe connectors for multi-GPU setups, six SATA power connectors, five Molex connectors, and one floppy drive connector. With a combined +12V output of 846W and a maximum current of 70.5A on the +12V rail, this unit is well-equipped to handle power-hungry components.
Reliable and Efficient Cooling
Thermal management is handled by a single 120mm fan positioned on the top of the unit, providing active cooling to maintain stable operation under load. The power supply incorporates Power Factor Correction and a range of built-in protection features to help safeguard your components. With a hold time of 16ms and an MTBF rating of 100,000 hours, the GP-P850GM is built with long-term performance and system stability in mind.
Comprehensive Connectivity
The GP-P850GM offers an extensive range of connectors to support complex and demanding configurations. It includes two 4+4 pin CPU connectors, four 6+2 pin PCIe connectors for multi-GPU setups, six SATA power connectors, five Molex connectors, and one floppy drive connector. With a combined +12V output of 846W and a maximum current of 70.5A on the +12V rail, this unit is well-equipped to handle power-hungry components.
Reliable and Efficient Cooling
Thermal management is handled by a single 120mm fan positioned on the top of the unit, providing active cooling to maintain stable operation under load. The power supply incorporates Power Factor Correction and a range of built-in protection features to help safeguard your components. With a hold time of 16ms and an MTBF rating of 100,000 hours, the GP-P850GM is built with long-term performance and system stability in mind.
Brand:
Gigabyte
Product number:
21044271
Product number manufacturer:
GP-P850GM
Certificates
80 PLUS certification:
Gold
Connectivity
Cabling type:
Modular
CPU power connector (4+4 pins):
2 x
Floppy drive power connectors:
1 x
Molex power connectors:
5 x
PCI Express power connectors (6+2 pin):
4 x
SATA power connectors:
6 x
Cooling
Cooling type:
Active
Fan diameter:
120 mm
Fan location:
Top
Number of fan(s):
1 ventilator(en)
Energy management
Combined power (+12V):
846 W
Combined power (+3.3V):
120 W
Combined power (+5V):
120 W
Combined power (+5Vsb):
15 W
Combined power (-12V):
3,6 W
Efficiency:
90 procent
Hold time:
16 ms
Input frequency:
50 - 60 Hz
Max output current (+12V):
70.5 A
Max output current (+3.3V):
20 A
Max output current (+5V):
20 A
Max output current (+5Vsb):
3 A
Max output current (-12V):
0.3 A
Maximum input current (@110V):
12 A
Power factor:
0,9
Power Factor Correction (PFC) type:
Wattage:
850 Watt
Physical characteristics
Colour of product:
Black
Depth:
150 mm
Height:
86 mm
Width:
160 mm
Technical details
ATX version:
2.31
Form factor:
ATX
Mean time between failures (MTBF):
100000 uur
0 review(s)
No reviews have been placed yet. Be the first to review this product. Click here to write a review.
Paradigit has measures for review verification. More information
