Lee has reviewed more than a few EVGA SuperNOVA PSUs over the years and they tend to win the Gold as they are very well made. The new G3 models are a bit smaller in volume than the previous G2 PSUs at 85mm high, 150mm wide and 150mm long, previously they tended to be 165mm long. The new size will also mean the Hydraulic Dynamic Bearing fan size is reduced to 130mm, it will continue to support the EVGA ECO mode for those who desire quiet operation. There is a seven year warranty on the 550W and 650W models, the higher powered are covered for a full decade. We don't have a review up so keep an eye out for that, in the mean time have some PR.
November 8th, 2016 – EVGA SuperNOVA power supplies are well-known for their extreme efficiency, performance and reliability. In fact, over the last 3 years EVGA SuperNOVA power supplies have won over 70 awards from leading review sites. EVGA’s dedication to performance has forged the latest power supply platform: the EVGA SuperNOVA G3 Series. With these new power supplies, EVGA took the best features of the award-winning G2 lineup and made them even better. The SuperNOVA G3’s smaller size, improved performance and a new Hydraulic Dynamic Bearing fan give you ultra-quiet performance with an increased lifespan.
Small Size, Big Performance
A reduced size does not mean reduced performance with the EVGA SuperNOVA G3 power supplies. At only 150mm long, this makes these some of the smallest power supplies on the market today, while offering improved performance and features.
Whisper Silent Hydraulic Dynamic Bearing Fan
Better performance, quieter operation and a longer lifespan. EVGA ECO mode gives you gives you silent operation at low to medium loads.
Next Gen Performance
Next-generation systems deserve next-generation performance. The EVGA SuperNOVA G3 takes the already efficient G2 series and makes it even better with improved efficiency and lower ripple. These power supplies are over 91% efficient!
Fully Modular Design
Use only the cables you need, reducing cable clutter and improving case airflow.