Voltage Regulation

+3.3V regulation
Load Voltage
10% 3.38V (+2.42%)
20% 3.37V (+2.12%)
50% 3.35V (+1.51%)
80% 3.33V (+0.91%)
100% 3.31V (+0.30%)
110% 3.30V (+-0%)

 

+5V regulation
Load Voltage
10% 5.03V (+0.60%)
20% 5.02V (+0.40%)
50% 5.00V (+-0%)
80% 4.97V (-0.60%)
100% 4.95V (-1.00%)
110% 4.94V (-1.2%)

 

+12V regulation
Load Voltage
10% 12.33V (+2.75%)
20% 12.30V (+2.50%)
50% 12.26V (+2.17%)
80% 12.22V (+1.83%)
100% 12.16V (+1.33%)
110% 12.12V (+1%)

The voltage regulation is decent. There is hardly any drop on the +12 V rail, since its capacity is high. Even at overload the voltage is still 1 % above the nominal value. The other rails are within specification as well, which is expected on any decent PSU. +3.3V starts at 3.38V while the +5V is near the optimal value. At 50% load +5V is still at 5.00V and +3.3V never drops below 3.30V. This is simply an awesome result!

Internals Efficiency and PFC
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  • Haravikk - Friday, December 27, 2019 - link

    Don't know why I never posted a comment sooner, but I got one of these ages ago, and it's still going strong over six years later.

    It's been used in two different builds now, and currently in use for a small form factor gaming PC, in a Rajinteck Metis case, which mounts the full-sized ATX PSU vertically at the front. While I'm not going fanless, this arrangement actually works really well for this PSU, as my CPU cooler is able to draw air in through the PSU before exhausting it out the back, which is fine, as with the PSU's high efficiency it doesn't generate much heat at all, and I have just a single fan cooling everything currently in my system, making it nice and quiet.

    In future I'll be adding discrete graphics (I've gotten a lot of mileage out the Ryzen with Vega's onboard GPU so far), so that'll be a second fan, it will also be pulling air through the PSU and exhausting it at the back, so I don't expect any issues. Plus the PSU easily gives me the headroom for that.

    In such a system as PSU with built in fan would either starving the interior of the case of air (by pulling from inside) or pushing air into a tiny case that only really needs a good exhaust fan to guarantee good airflow.

    Sure, it was a hefty price tag for minor benefits, but I've been pleased with it, and will buy fanless again if I can get one to the same high standard (or better).

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