Cooler Master MWE Bronze 550 Watt V3 Power Supply (MPE-5501-ACAAW-3B)FeatureQuiet HDB fan: A hydrodynamic bearing fan delivers long-lasting quiet and effective cooling.Single 12V rail: All power comes from a single 12V source, ensuring consistent output through all connected cables.DC-to-DC technology: The DC-DC circuit design offers reliable, stable output to all connected components.High temperature resilience: A 40°C maximum operating temperature allows for pushing your machine to the limits with overclocking and other high-intensity applications.2 EPS Connectors: Two 4-pin EPS connectors are included for universal compatibility with current- gen motherboards.ATX 3.1 support: Compliant with ATX 3.1 to fully support a peak power 1.5 times higher than the rated maximum wattage, this unit is ideal for use with the 40 series GPUs.5-year warranty: This unit comes with a standard limited manufacturing warranty of 5 years from the date of purchase.Power EvolvedCooler Master presents the MWE Bronze V3, the upgraded version of the MWE Bronze featuring ATX 3.1 support, high temperature resilience, a smart DC-to-DC LLC circuit design, a quiet HDB fan, 80 Plus Bronze efficiency, an embossed cable, and a 5-year warranty.ATX 3.1 SupportCompliant with ATX 3.1 to fully support a peak power 1.5 times higher than the rated maximum wattage, this unit is ideal for use with the 40 series GPUs. *All performance stats confirmed in 25°C ambient temperature testing. Embossed CableAn embossed cable texture provides a softer and overall improved grip with a pleasing aesthetic. Quiet HDB FanA hydrodynamic bearing fan delivers long-lasting quiet and effective cooling. *All performance stats confirmed in 25°C ambient temperature testing.Certified EfficiencyThe MWE Bronze V3 is certified to achieve more than 85% efficiency at typical loads. *All performance stats confirmed in 25°C ambient temperature testing.High Temperature ResilienceA 40°C operating temperature allows for pushing your machine to the limits. *All performance stats confirmed in 25°C ambient temperature testing.
