Power SupplyReviews

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review

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Testing & Performance

We’ll start by saying we aren’t equipped to do extremely detailed electrical analysis required to pick apart a modern power supply. It takes laboratory-grade dedicated equipment, so we’ll have to make do with some less precise testing.

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review 1 ATX, Cooler Master, Fully Modular, Gold, Modular, Power Supply, PSU, V2, V650, V650 GOLD-V2, White

While we normally use a good Fluke Digital Multi-meter, we’ve found the onboard monitoring solutions in modern motherboards to be quite accurate and able to be easily logged with utilities like HWiNFO.

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review 2 ATX, Cooler Master, Fully Modular, Gold, Modular, Power Supply, PSU, V2, V650, V650 GOLD-V2, White

Next, we’ll look at ripple on the rails with our Owon VDS-1022/I Digital USB Oscilloscope.

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review 3 ATX, Cooler Master, Fully Modular, Gold, Modular, Power Supply, PSU, V2, V650, V650 GOLD-V2, White

The +12V rail under a stress test load registers a peak of 200mV peak to peak ripple.

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review 4 ATX, Cooler Master, Fully Modular, Gold, Modular, Power Supply, PSU, V2, V650, V650 GOLD-V2, White

The 5-volt rail does extremely well with 20mV of ripple but also has very little load in our test configuration.

Cooler Master V650 GOLD-V2 WHITE EDITION PSU Review 5 ATX, Cooler Master, Fully Modular, Gold, Modular, Power Supply, PSU, V2, V650, V650 GOLD-V2, White

The 3.3V rail does a great job with 40mV of ripple. Modern systems typically put very little load on the 3.3V rail with most M.2 drives pulling most of their power from the 3.3V rail.

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