Description
Thermaltake Toughpower GX1 600W
Built to deliver 80 PLUS Gold efficiency, Toughpower GX1 comes with capacities ranging from 500W to 700W, a 120mm Fluid Dynamic Bearing Fan, <±3% tight voltage regulation, Japanese 105°C/221°F main capacitors and premium components. Its near silent operation, trouble-free installation and reliable performance are making itself one of the best value-buys for basic system upgrades.
80 PLUS Gold Certified and Intel C6/C7 States Ready
Toughpower GX1 saves energy through its high energy efficiency of up to 90% and is certified to the 80 PLUS® Gold standard. The series has been optimized to work with all generations of Intel processors to achieve maximum energy saving.
Ultra Quiet 120mm Fluid Dynamic Bearing Fan
Featuring a 120mm Fluid Dynamic Bearing Fan to keep friction at low levels even after prolonged usage, while guaranteeing superior cooling performance.
Low Ripple Noise
The maximum ripple noise is lower than 60mV on the +12V rail and lower than 40mV on the +5V &+3.3V rails to ensure excellent power supply stability. Low ripple noise will keep your performance-critical components such as high-end graphics cards operating reliably for longer.
< ±3% Strict Voltage Regulation
The voltage regulation of the PSU is set to no more than ±3% for major rails to meet their highest performance levels. The strict voltage regulation is a higher standard than Intel’s standard of ±5% for major rails and ±10% for -12V.
Sophisticatedly Designed Exterior
The exterior shroud fits into the aesthetics of your rid and protects your interior components from direct contact with live wires.
Multiple Connectors
Comes with multiple connectors that power the system at the right voltage and makes cable installation an easy.
High-Quality Japanese 105°C/221°F Main Capacitors
Comes with high quality 105 °C (221 ° F) Japanese main capacitors to greatly improve durability and offers the highest stability and reliability.
High-Amperage Single +12V Rail and DC to DC Design
Powerful single +12V rail and DC to DC design ensure a stable and reliable supply to other PC components.
