The EVGA SuperNOVA G+ Power Supplies have arrived. Launched in 2013, the EVGA SuperNOVA G1 power supplies have been among the longest-lasting and best-performing power supplies on the market. Despite only a few changes over the years, it's only fitting that these are due for an upgrade. Enter the G+, the new and improved fully-modular power supply line-up from EVGA with an 80+ Gold Efficiency rating.
Compared to the EVGA SuperNOVA G1 power supplies, the G+ are up to 20mm shorter, feature 100% Japanese capacitors, are up to 20% quieter, have much tighter 12v. load regulation, and have a superior fluid-dynamic bearing fan. Combining a full set of current, voltage, and temperature protections with EVGA's World Leading 10-Year Warranty, the EVGA SuperNOVA G+ power supplies set the new Gold standard for performance and value.
Compared to the EVGA SuperNOVA G1 power supplies, the G+ are up to 20mm shorter, feature 100% Japanese capacitors, are up to 20% quieter, have much tighter 12v. load regulation, and have a superior fluid-dynamic bearing fan. Combining a full set of current, voltage, and temperature protections with EVGA's World Leading 10-Year Warranty, the EVGA SuperNOVA G+ power supplies set the new Gold standard for performance and value.
Warranty
| Limited Warranty | 10 Year |
Technical Information
| Efficiency | 90% |
| Number of Fans | 1 |
| Modular | Yes |
| Specification Compliance | ATX12V/EPS12V |
Physical Characteristics
| Weight (Approximate) | 7 lb |
| Form Factor | Internal |
| Height | 3.3" |
| Width | 5.9" |
| Depth | 7.1" |
General Information
| Product Type | Power Supply |
| Manufacturer Part Number | 120-GP-0850-X1 |
| Manufacturer | EVGA Corporation |
| Product Name | SuperNOVA 850W Power Supply |
| Product Line | SuperNOVA |
| Brand Name | EVGA |
Miscellaneous
| Environmentally Friendly | Yes |
| Environmental Certification | WEEE |
| TÜV | |
| ErP Lot 6 | |
| RoHS | |
| cTUVus | |
| 80 Plus Gold |
Power Description
| Input Voltage | 230 V AC |
| 120 V AC | |
| Output Power | 850 W |
| Output Voltage | - 12 V DC @ 500 mA |
| 5 V @ 3 A | |
| 5 V DC @ 24 A | |
| 3.3 V DC @ 24 A | |
| 12 V DC @ 70.80 A | |
| Number of +12V Rails | 1 |