The EVGA SUPERNOVA 1000G+ 80 PLUS GOLD, released in June 2018, is a high-efficiency power supply unit designed for demanding PC builds. It offers robust power delivery, comprehensive protection features, and a fully modular design, making it ideal for gaming systems, workstations, and other high-performance applications.
Key features of the EVGA SUPERNOVA 1000G+ 80 PLUS GOLD include:
- Rated Output: 1000W
- Efficiency Certification: 80 PLUS Gold, ensuring high energy efficiency and reduced power consumption
- Voltage Regulation: ±2% for stable power delivery
- +12V Rail: Single rail design with 83.3A output, providing 99% availability
Power Output:
- +3.3V: 24A
- +5V: 24A
- +12V: 83.3A
- -12V: 0.5A
- +5Vsb: 3.0A
Cooling and Noise:
- Cooling Fan: 135mm with Fluid Dynamic Bearing (FDB) for quiet and efficient operation
- Fan Quantity: 1
Physical Specifications:
- Dimensions: Depth of 180mm
Warranty:
- A/S Warranty: 10 years of free warranty service
Connectors:
- Cable Design: Fully modular for improved airflow and easy cable management
- Main Power: 24-pin connector
- Auxiliary Power: Two 8-pin (4+4) connectors
- PCIe Power: Eight 8-pin (6+2) connectors
- SATA Power: Twelve connectors
- IDE Power: Six 4-pin connectors
- FDD Power: Two connectors
Additional Features:
- Free Voltage (FreVolt): Compatible with a wide range of voltages
- 105°C Capacitors: High-quality capacitors for enhanced reliability and longevity
- DC to DC Design: For stable and efficient power conversion
- ACRF (Active Clamp Reset Forward): Ensures improved efficiency and stability
Protection Features:
- Over Voltage Protection (OVP)
- Under Voltage Protection (UVP)
- Over Current Protection (OCP)
- Over Power Protection (OPP)
- Over Temperature Protection (OTP/OHP)
- Short Circuit Protection (SCP)
The EVGA SUPERNOVA 1000G+ 80 PLUS GOLD PSU is designed for users seeking a reliable, efficient, and feature-rich power supply. Its high efficiency, fully modular design, and extensive protection features make it suitable for a wide range of high-performance computing applications.