PC & Computers

EVGA Introduces SuperNOVA 1600 and 1300 G+ Power Supplies

Enter the SuperNOVA G+, the new and improved fully-modular power supply line-up from EVGA with an 80+ Gold Efficiency rating. These power supplies pick up where the award-winning EVGA 1600 G2 and 1300 G2 power supplies left off and continue the tradition of EVGA quality and performance.

Additionally, the SuperNOVA G+ power supplies feature a cleaner internal layout to increase airflow, a Variable Resistor module (to increase voltage stability), two DC to DC modules for more efficient power switching on all models, EVGA ECO Mode, a full suite of power supply protections, and EVGA’s World-Leading Global 10-Year Warranty on all G+ power supplies.

Shorter Length

When it comes to building a system, even the smallest differences can make or break your build. The 1600 G+ power supplies are 20 mm shorter than their G2 counterparts, giving you more space without sacrificing quality.

 

 

Quiet and Long-Lasting Fans

SuperNOVA 1600 G+

  • 135 mm Double Ball Bearing Fan

SuperNOVA 1300 G+

  • 135 mm Fluid Dynamic Bearing Fan

Double Ball Bearings are the industry standard for any power supply expected to carry heavy loads on a regular basis due to their durability and low noise level. Fluid Dynamic Bearings reduce the wear and tear on a fan’s bearing, which reduces noise and increases its lifespan.

 

 

Tighter 12V Load Regulation

  • SuperNOVA 1600 G+ 0.60% Vs SuperNOVA 1600 G2 0.83%
  • SuperNOVA 1300 G+ 0.61% Vs SuperNOVA 1300 G2 1.98%

The SuperNOVA G+ is loaded in many areas, including a single 12v. rail, 100% Japanese capacitors, VR module, and DC to DC converter on all SuperNOVA G+ power supplies. Compliant with IEC 62368, this results in over 90% efficiency, 0.60%-0.61% 12v. load regulation, and stable power to all connected devices.
1600/1300 G+ power supplies manufactured in or after 2020 are compliant with IEC 62368. 1600/1300 G+ power supplies manufactured prior to 2020 are compliant with IEC 60950.

 

 

Up to 35% Quieter Under Load

  • SuperNOVA 1600 G+ 24.6 dB Vs SuperNOVA 1600 G2 38 dB

By combining quiet and long-lasting fan bearings with an optimized fan curve and a cleaner internal layout, the G+ power supply line-up reduces noise by up to 35%, compared to the G2 power supplies.

 

 

Specs At A Glance

  • Gold Rated Efficiency
    • 80 Plus certification ensures your power supply isn’t wasting power and turning it into excess heat. Under typical load, this power supply is 90% efficient or higher.
  • 100% Japanese Capacitors
    • Get the most reliability and greatest performance with the use of the highest possible quality Japanese capacitors.
  • Fully Modular Design
    • A fully modular design allows cables to be removed from the power supply for ease of installation and removal. You can also leave off unnecessary cables to reduce case clutter and maximize case airflow.
  • Tight Voltage Regulation
    • A single +12V rail offers the best power output, rail stability and compatibility with the latest hardware. EVGA SuperNOVA G+ power supplies provide up to 133 A on a single rail!
  • Quiet and Durable Fan Bearings with EVGA ECO Mode
    • A high-quality 135 mm fan gives the SuperNOVA G+ an excellent thermal and acoustic profile, and its high reliability ensures a long PSU lifetime. With EVGA ECO Mode, your power supply will remain silent under medium-to-low loads.
  • Full Suite of Protections
    • This PSU will cover your circuits with complete protection: OCP, OVP, OTP, OPP, SCP, and UVP.
  • 10 Year EVGA Limited Warranty
    • World leading warranty and support for 10 years

EVGA + GRIP: Combat Racing

EVGA SuperNOVA G+ power supplies qualify for the EVGA exclusive GRIP Promotion. Available for a limited time and while supplies last, purchase an EVGA SuperNOVA G+ power supply and receive a copy of the game and an exclusive EVGA skin.

To learn more about the EVGA SuperNOVA 1600 and 1300 G+ power supplies, please visit.

Source: EVGA

Related posts

Leave a Comment

* By using this form you agree with the storage and handling of your data by this website.

This site uses Akismet to reduce spam. Learn how your comment data is processed.

This website uses cookies to improve your experience. We'll assume you're ok with this, but you can opt-out if you wish. Accept Read More