Page 1:Features & Specifications
Page 2:Unboxing Video
Page 3:Teardown & Component Analysis
Page 4:Load Regulation, Hold-Up Time & Inrush Current
Page 5:Efficiency, Temperature & Noise
Page 6:Protection Features & DC Power Sequencing
Page 7:Cross-Load Tests & Infrared Images
Page 8:Transient Response Tests
Page 9:Ripple Measurements
Page 10:EMC Pre-Compliance Testing
Page 11:Performance, Value, Noise & Efficiency
Page 12:Final Analysis
The SuperNOVA 650 G1+ is a fully modular and efficient PSU. It sells for $110 though, and that price weighs heavy on our value score. In fact, while the 650 G1+ does demonstrate excellent performance, it costs the same as EVGA's own 650 G3 and Seasonic's Focus Plus Gold 650, both of which serve up superior results across our benchmark suite.
We aren't sure why the company created so many power supply families within its portfolio. After all, when multiple models overlap, enthusiasts shopping for new PSUs are bound to get confused. In this case, the 650 G1+'s major advantages over the 650 G3 include a top-notch fan and longer warranty (10 years versus seven). Plus, through the end of 2018, EVGA offers a two-year warranty upgrade on both models, extending their protection to 12 and nine years, respectively.
Either way, the EVGA PSUs are well-protected by a confident guarantee. That actually makes it difficult to favor one over the other based on wrranty coverage alone. Our decision is even more challenging since EVGA's 650 G3 fares better under transient loads, which PSUs have to deal with every single day.
To help cut through some of the confusion caused by EVGA's excessive number of PSU families, remember that the G in G1+ represents 80 PLUS Gold efficiency. The G1 line-up first entered production in 2013, so it's been overdue for an update. Once again, FSP handles the manufacturing for EVGA.
Although an 80 PLUS Gold certification carries over from the previous version, the G1+ actually loses a level in Cybernetics' system, dropping to ETA-A- (rather than ETA-A) as a consequence of low power factor measurements.
|Max. DC Output||650W|
|Efficiency||80 PLUS Gold, ETA-A-|
|Noise||LAMBDA-A- (25-30 dB[A])|
|Intel C6/C7 Power State Support||✓|
|Operating Temperature (Continuous Full Load)||0 - 50°C|
|Over-Current (+12V) Protection||✓|
|Short Circuit Protection||✓|
|Inrush Current Protection||✓|
|Fan Failure Protection||✗|
|No Load Operation||✓|
|Cooling||135mm fluid dynamic bearing fan (MGA13512XF-O25)|
|Dimensions (W x H x D)||152 x 87 x 172mm|
|Weight||1.78 kg (3.92 lb)|
|Form Factor||ATX12V v2.4, EPS 2.92|
|Warranty||10 years (12 years for PSUs registered before the end of 2018)|
All of the protection features we expect to see are present.
A LAMBDA-A- rating indicates that the 650 G1+ is not noisy, though it does lack a semi-passive mode. Inside, you'll find a 135mm cooling fan armed with a fluid dynamic bearing that should outlast EVGA's warranty coverage. Apparently, the company is eager to inspire confidence in the longevity of its products.
|Total Max. Power (W)||650|
The minor rails offer up to 120W of combined power, which is more than enough for any modern PC. EVGA's +12V rail can deliver up to 54A or 648W of power, while the 5VSB rail's capacity is satisfactory for a mid-range PSU.
Cables & Connectors
|Description||Cable Count||Connector Count (Total)||Gauge||In Cable Capacitors|
|ATX connector 20+4 pin (600mm)||1||1||18-22AWG||No|
|4+4 pin EPS12V (650mm)||2||2||18AWG||No|
|6+2 pin PCIe (650mm)||4||4||18AWG||No|
|Four-pin Molex (550mm+100mm+100mm)||2||6||18AWG||No|
|FDD Adapter (2x100mm)||1||2||22AWG||No|
|AC Power Cord (1400mm) - C13 coupler||1||1||18AWG||-|
It is nice that EVGA exposes a couple of EPS and four PCIe connectors, all hosted on dedicated cables. The cables are all long enough to ensure compatibility with most cases, and they aren't made obnoxiously rigid by extra filtering capacitors. However, the distance between connectors is too short at only 10cm. Ideally, the SATA and four-pin Molex connectors should be placed 15cm away from each other.
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MORE: All Power Supply Content
- Features & Specifications
- Unboxing Video
- Teardown & Component Analysis
- Load Regulation, Hold-Up Time & Inrush Current
- Efficiency, Temperature & Noise
- Protection Features & DC Power Sequencing
- Cross-Load Tests & Infrared Images
- Transient Response Tests
- Ripple Measurements
- EMC Pre-Compliance Testing
- Performance, Value, Noise & Efficiency
- Final Analysis