Antec Voltage Regulation and Quality

+3.3V regulation
Load Voltage
10% 3.41V (+3.33%)
20% 3.41V (+3.33%)
50% 3.39V (+2.73%)
80% 3.37V (+2.12%)
100% 3.36V (+1.81%)
110% 3.36V (+1.81%)

 

+5V regulation
Load Voltage
10% 5.16V (+3.2%)
20% 5.15V (+3.0%)
50% 5.13V (+2.60%)
80% 5.10V (+2.00%)
100% 5.09V (+1.8%)
110% 5.08V (+1.6%)

 

+12V regulation
Load Voltage best/worst
10% 12.18V (+1.50%) / 12.17V (+1.42%)
20% 12.17V (+1.42%) / 12.16V (+1.33%)
50% 12.12V (+1.00%) / 12.10V (+0.83%)
80% 12.08V (+0.66%) / 12.05V (+0.42%)
100% 12.05V (+0.42%) / 12.01V (+0.08%)
110% 12.03V (+0.25%) / 12.00V (+0.00%)

All +12V show almost the same performance and still stay above 12.00V at 110% load.+3.3V starts very high and reaches 3.36V at full load. The same goes for the +5V rail, which starts with +3.2% and ends at +1.6%.

Ripple and Noise

+3.3V ripple quality
Load ripple and noise
10% 4.70mV
20% 5.50mV
50% 7.20mV
80% 9.30mV
100% 9.70mV
110% 10.90mV

 

+5V ripple quality
Load ripple and noise
10% 7.30mV
20% 8.00mV
50% 9.30mV
80% 10.80mV
100% 13.30mV
110% 15.20mV

 

+12V ripple quality
Load ripple and noise
10% 7.90mV
20% 10.10mV
50% 13.80mV
80% 19.60mV
100% 21.30mV
110% 33.70mV

Holy moly! All of the rails have no remarkable transients and ripple is always below 50% of the allowed level. +3.3V only just exceeds 10mV (at 110%), which is impressive. Overall, these are exceptional results and deserve praise; we wish every manufacturer would do as well!

Antec TruePower New Internals Antec Noise Levels and Efficiency
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  • Gonemad - Wednesday, November 3, 2010 - link

    I had a Thermaltake ThoughPower (can't remember exact model) that performed fairly for 5 years. It operated non-stop for 1 year in-between that time. I bought it separately from a Thermaltake Case, that had several fans. Worth every dime, both of them.

    But...

    I had to replace an original case fan, so I decided "what t'e hell' and slapped a cheap-o-dozen fan in its place. VERY. BAD. IDEA.

    The whole thing worked fine for 6 months, then the ASUS metering software showed steady voltage dropping, curiously on the 3.3V rail as I later found out. Then it alarmed in an intermittent fashion, for no apparent reason, as it got to 10% Low Voltage on that rail.

    Guess what? The fan LOCKED, and effectively pushed the PSU to 110% or above (who knows?), FOR FREAKING 6 MONTHS.
    THE PSU DIDN´T QUIT ON ME.

    As I opened it for regular maintenance (hey, 6 months, remember?) I found the locked fan, and a funny smell that could be felt only very near the PSU vent. You know the smell, don't you? That's the smell of a dying PSU. The fan almost burned my hand when I touched it, proving that the PSU was not at fault; in fact, it performed above and beyond any expectation, and possibly avoided a fire hazard. It was still operational when I removed it, but the smell was ever greater each time it was turned on, even for a few minutes, proving the whole thing had collapsed after all that operating time. The fan didn't short out, which would have triggered any safety (fuse, probably?) on the PSU, it just didn't rotate anymore on its bearings, and became a power drainer on the circuit, eating away the average life-time of the component.

    The good PSU purchase decision not only proved a wise decision, it avoided me lots of hassle and grief. The cheap fan, on the other hand, destroyed a perfectly good piece of equipment.

    "Caveat Emptor" indeed.
  • gurboura - Saturday, November 6, 2010 - link

    It seems right from the start that you have something against TechSolo, you also talk about how it was loud at almost 30dbA, but yet, the Antec is at 32 and the OCZ tops at 26, still close to that 30dbA level.

    "If you want to have a silent computer, please buy another power supply and protect your ears." Couldn't this have been said the same for the Antec since it was actually louder than the TechSolo?

    When doing doing these type of articles your supposed to have an unbiased opinion and its pretty obvious from the start that that wasn't true.

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