The fully modular Toughpower GF1 series is available in 650W - 850W models and built to deliver 80 PLUS Gold efficiency. The series features a 140mm hydraulic bearing fan Japanese capacitors and other premium components to help deliver a continuous and stable power with an ambient temperature up to 50°C while near silent operation and reliable performance are guaranteed. With an ample 10-year warranty the Toughpower GF1 is able to satisfy the market where PC enthusiasts are looking for a premium power supply with all the latest features.

Zero Cable Platform

Farewell to messy cables! We have connected the back panel and the PCB with a copper plate for better heat dissipation and impressive output power quality.

Ultra Quiet 140mm Hydraulic Bearing Fan

Featuring a 140mm hydraulic bearing fan with intelligent RPM controls to help guarantee superior cooling performance and near silent operation.

?30mV Low Ripple Noise

All ripples are lower than 30mV on +12V +5V or +3.3V from 0% to 100% load to ensure a stable operation and keep your performance-critical components to function reliably for longer.

Extremely Strict Voltage Regulation ?±2%

The voltage regulation more strict than Intel's standard ±5% for major rails and ±10% for -12V is set to no more than ±2% for major rails to meet the highest performance.

Fully Modular Low-Profile Flat Cable

Offers cable selection for users while powering the system at an advantageous voltage. Low-profile flat black cable makes cable management easier reduces clutter and increases airflow inside the chassis.

Premium Japanese 105°C/221°F Capacitors

Providing great durability as well as offering the highest stability while remaining reliable.

High Amperage Single +12V Rail

Powerful single +12V rail ensures a stable and reliable supply to other PC components.

80 PLUS Gold Certified and Intel C6/C7 States Ready

Toughpower GF1 series saves energy through its high energy efficiency up to 90% and is certified to 80 PLUS® Gold. The series has been optimized to work with all generations of Intel's processors to achieve maximum energy saving.