Cooler Master MWE Gold 850 V3 Fully Modular Power Supply - 850W 80+ Gold Certified PSU, Cybenetics Platinum, 90° 12V-2x6 PCIe 5.1, ATX 3.1 Support, Low Noise Zero-RPM Mode, 10-Year Warranty

The MWE Gold V3 brings a new standard of durability and efficiency to Cooler Master's lineup of power supply units. This 80 Plus Gold certified unit can achieve Titanium level efficiency at light loads in a 115V test. With an APFC half bridge LLC and DC-to-DC design, the MWE Gold V3 has achieved an 80 Plus Gold efficiency certification with top-tier performance. A smart thermal control mode and a zero-RPM default mode reduces noise and improves heat dissipation. Combined with an ATX 3.1 12V-2x6 native cable featuring a space-saving, durable 90- degree connector, the MWE Gold V3 is a powerhouse.Exceptional efficiencyThis 80 Plus Gold certified unit can achieve Titanium level efficiency at 10% and 20% loads in a 115V test.Fully modular cablingEfficiently reduces clutter, increases airflow, and improves overall efficiency and thermal performance.Advanced thermal performanceA hexagonal fan cover with a maximum 80% airflow intake and a synchronous rectifier dedicated heat sink provide enhanced thermal performance.ATX 3.1 support & a durable 12V-2x6 cableIncludes ATX 3.1 support and a 90-degree 12+4pin (12V-2x6) cable featuring lower temperatures, enhanced durability, and improved safety.Smart thermal control modeFan speed is automatically adjusted according to the PSU's operating temperature.
Silent fan performance with a zero-RPM modeThis unit defaults to zero fan spin, providing silent fan performance. Zero-RPM default mode below 40% loads.Japanese-designed main capacitorA large, high-quality Japanese main capacitor feature reduced ripple noise and enhanced reliability.
Advanced thermal performanceAn airflow maximum of 80% from the hexagonal fan cover enhances thermal performance.80 Plus Gold efficiency certificationCertified to achieve more than 90% efficiency at typical loads.
Exceptional efficiencyCan achieve 80 Plus Titanium level efficiency during general use.