EVGA's Pinout
EVGA is a brand utilizing a singular, standardized
pinout for their main series power supplies.
| Series | Wattage |
|---|---|
G+ | 650W 750W 850W 1000W |
G2 | 550W 650W 750W 850W 1000W 1300W 1600W |
G3 | 550W 650W 750W 850W 1000W |
G5 | 650W 750W 850W 1000W |
GA | 550W 650W 750W 850W |
GM | 450W 550W 650W |
B3 | 450W 550W 650W 750W 850W |
B5 | 550W 650W 750W 850W |
P2 | 650W 750W 850W 1000W 1200W 1600W |
T2 | 750W 850W 1000W 1200W 1600W |
Reading the
compatibility
tables and pinouts
The table above outlines which power supply series, and individual units within, are compatible with the defined pinout. While a majority of the power supplies are listed, there are several that I have not been able to test and verify to include in the table.
Cross-compatibility
Some power supplies share the same pinout with other series within the brand, and also with other companies, as a result of a similar OEM. To verify compatibility, it is important to check the wiring and connector variants of each cable before usage.
Double wires
Double wires, for some cables, are required to meet the number of matching endpoints on the power supply end of the connector. This would involve splicing and soldering a second wire to insert in a pin sharing the same voltage as the component end.
Pinout diagrams
All pinout diagrams are viewed from the rear of the connector where the wires enter, except for the PSU key, which is viewed from the front. The clip is positioned on top of the connector, and each individual terminal point is labeled, and colored, for viewing.
24 pin ATX cable
The 24 pin cable in EVGA's pinout will require three double wires to meet the number of endpoints.
ON
SB
OK
SB
ON
OK
GPU PCI-E cables
The 8 pin PCI-E cables do not have any double wires in EVGA's pinout.
CPU EPS cables
The 8 pin and 4 pin EPS cables feature a simple one-to-one wiring configuration.
Peripheral cables
Both the SATA power cable and Molex power cable pinouts are listed here, with the top left pin empty on the power supply end.
Additional notes regarding this power supply pinout
It is important to only use this pinout as a reference for your project, and not as the sole source of information. While I do my best to test, and verify, the cables and compatible power supplies, double checking your own unit's cables before usage is required.
Beginner friendly
There are no double wires on the PCI-E cables, the EPS cables feature a one-to-one layout, and the 24 pin ATX cable contains only three double wires.
Connector types
It is important to consider how the EVGA pinout features both PCI-E connectors and EPS connectors on the PSU end for their respective cable types.
Reusability
As a result of EVGA standizing their cables, and pinouts, across several of their power supply series, it can be convenient to reuse cables across builds.
24 pin ATX cable
Standard 24 pin connector on the component end, and 10 pin and 18 pin connectors on the PSU end.
PCI-E cables
Standard 8 pin PCI-E connectors on the component end, and 8 pin PCI-E connectors on the PSU end.
EPS cables
Standard 8 pin EPS connectors on the component end, and 8 pin EPS connectors on the PSU end.
SATA power
Standard SATA power connector on the component end, and 6 pin perif connector on the PSU end.
Molex power
Standard Molex power connector on the component end, and 6 pin perif connector on the PSU end.
12VHPWR cable
There is no integrated 12VHPWR cable documented for these specific power supplies from EVGA.