+12V Rail Tests
For these tests, we take a reading of the voltage output of each PSU's 12V rail (or rails, if it uses a multi-rail design). This is done at three load levels: low, medium and high, which vary based on the wattage of PSU being tested. We are looking for results as close to 12V as possible. Higher loads are more likely to highlight any instabilities. Any output that falls outside of Intel's specifications is considered a fail and highlighted in red.
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Be Quiet! Pure Power 10 CM 500W
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EVGA SuperNOVA 850 P2 850W
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Be Quiet! Pure Power 9 CM 600W
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SilverStone SX600-G 600W
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SilverStone ST75F-PT 750W
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Cooler Master V550 550W
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Antec EDGE 650W
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Fractal Design Integra M 650W
Volts (blue = pass; red = fail)
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SilverStone SX600-G 600W
-
Antec EDGE 650W
-
Be Quiet! Pure Power 9 CM 600W
-
EVGA SuperNOVA 850 P2 850W
-
Be Quiet! Pure Power 10 CM 500W
-
Fractal Design Integra M 650W
-
SilverStone ST75F-PT 750W
-
Cooler Master V550 550W
Volts (blue = pass; red = fail)
-
Antec EDGE 650W
-
Be Quiet! Pure Power 10 CM 500W
-
SilverStone ST75F-PT 750W
-
Be Quiet! Pure Power 9 CM 600W
-
SilverStone SX600-G 600W
-
EVGA SuperNOVA 850 P2 850W
-
Cooler Master V550 550W
-
Fractal Design Integra M 650W
Volts (blue = pass; red = fail)
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