The 450 W Chieftec BPS-450S is the most powerful PSU remaining in this test after the AXP's untimely death. What first struck us when unpacking the Chieftec was its thick, multilingual manual. An extensive printed manual is uncommon, especially in this price range.
The cables and connectors are not quite as impressive, however, despite being long compared to the rest of the PSUs in this test. Four SATA and three Molex connectors are not enough for even a cheap PSU, especially one with only a single 6-pin PCIe connector. The ATX cable is the only one wrapped in sleeving.
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Chieftec BPS-450S
AC Input
100-240 V, 50-60 Hz
DC Output
+3.3 V
+5 V
+12 V (#1)
+12 V (#2)
+12 V (#3)
+12 V (#4)
-12 V
+5 Vsb
15 A
24 A
17 A
16 A
n/a
n/a
0.3 A
3.0 A
Individual Output
Row 3 - Cell 1
Row 3 - Cell 2
Row 3 - Cell 3
Row 3 - Cell 4
Row 3 - Cell 5
3.6 W
15.0 W
Rail Utilization
Sys
Sys
CPU And VGA
Combined Output
120 A
396 W
Total Continuous Output
450 W
Peak Output
550 W*
* for 60 seconds
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I still remember buying my Corsair VX550W for $91CAD just a year and half ago. Amazing how prices have come down for cheap, capable and yet quality PSUs over time.
Oh, and it was interesting to see a real PSU blow up :D
Is there no way to measure how stable the power on each rail is? Some PSU's Ive seen are very efficient but their rails drops below recommended power delivery meaning components are starved. Some even fluxuate which can damage components over time. The only other thing I feel is missing is capacitor aging. Is there any way to simulate 2-3 years use? Most PSU's I use in my main machine get handed down to another rig or sold. 2nd hand PSU's could be false economy!
great video, Ive always wanted to see a PSU explode lol.