The Thermaltake Toughpower DPS G RGB 850W Titanium is the world’s first PSU pre-installed with a patented 256 colors RGB fan that incorporate various high-tech components, leading technology and Eco-friendly commendations. Featuring 80 PLUS Titanium certification with individually sleeved cable and flat cable, Toughpower DPS G RGB Titanium Series adopts the highest quality components and fully modular design that always accommodate any mainstream build under any circumstance.
The combination of Toughpower DPS G RGB Titanium and three intelligent platforms – DPS G PC APP 2.0, DPS G Smart Power Management (SPM) Cloud 1.0, and DPS G Mobile APP 1.0 helps users not just monitor smart power supply units, but also save the energy, reduce CO2 emission, and eventually protect the Earth.
The Toughpower DPS G RGB 1000W Titanium features 100% high quality Japanese brand capacitors, which greatly improves the durability and offers the highest stability and reliability.
Fully Modular Cable Design
Fully modular power supply offers cable selection for users while powering the system at an advantageous voltage. Individually sleeved cable and flat cable can make cable management easier, reduce clutter and increase airflow inside the chassis.
Digital Control Board
Digital power supplies support high-efficiency switching transistors that perform only necessary steps and waste less energy given off as heat. In short, digital power supplies do not dissipate power, which creates waste, and incorporate smaller, lighter transistors. Using smaller parts that work more efficiently enables Thermaltake to craft smaller and lighter power supplies, typically one of the bulkiest components in any PC.
80 PLUS Titanium-Certified and Kaby Lake-Ready
Toughpower DPS G RGB 1000W Titanium Power Supply with DPS G software delivers up to 94% efficiency under real-world load conditions, promising the lowest power losses. Additionally, Toughpower DPS G RGB 1000W Titanium has been optimized to work with Intel’s new, Seventh-generation Kaby Lake processors to achieve maximum energy savings.