Cables and Connectors(Non-accredited measurements)
Modular Cables
Description
Cable Count
Connector Count (Total)
Gauge
In Cable Capacitors
ATX connector 20+4 pin (600mm)
1
1
16-22AWG
No
4+4 pin EPS12V (700mm)
2
2
16AWG
No
6+2 pin PCIe (600mm)
2
2
16AWG
No
12+4 pin PCIe (650mm) (600W)
1
1
16-24AWG
No
SATA (455mm+120mm+120mm+120mm)
1
4
18AWG
No
4-pin Molex (450mm+120mm+120mm+120mm)
1
4
18AWG
No
Test Results
Temperature & Compliance Info
Temperature Range (°C /°F)
30-32 / 86-89.6
ErP Lot 3/6 Ready
✓
(EU) No 617/2013 Compliance
✓
ALPM (Alternative Low Power Mode) compatible
✓
Performance Summary
Efficiency Rating
PLATINUM
Noise Rating
A-
Average Efficiency (>1450 load combinations)
90.217%
Average Noise Output (>1450 Load Combinations)
26.53dBA
Average PF (>1450 Load Combinations)
0.988
Efficiency With 10W (≤500W) or 2% (>500W) Load
66.399%
Standby Power Consumption
0.0501W
12V Ripple (Full Load)
46.05mV
5V Ripple (Full Load)
20.29mV
3.3V Ripple (Full Load)
18.96mV
5VSB Ripple (Full Load)
13.78mV
12V Load Regulation
0.43%
5V Load Regulation
0.47%
3.3V Load Regulation
0.88%
5VSB Load Regulation
3.27%
Inrush Current
48.660A
Efficiency Rating
PLATINUM
Noise Rating
A-
Average Efficiency (>1450 load combinations)
92.027%
Average Noise Output (>1450 Load Combinations)
26.58dBA
Average PF (>1450 Load Combinations)
0.960
Efficiency With 10W (≤500W) or 2% (>500W) Load
0.000%
Standby Power Consumption
0.0886W
12V Ripple (Full Load)
46.69mV
5V Ripple (Full Load)
20.83mV
3.3V Ripple (Full Load)
19.77mV
5VSB Ripple (Full Load)
13.66mV
12V Load Regulation
0.43%
5V Load Regulation
0.47%
3.3V Load Regulation
0.88%
5VSB Load Regulation
3.27%
Inrush Current
94.290A
12V Transient Response (200%)
11.44V
5V Transient Response (200%)
4.991V
3.3V Transient Response (200%)
3.196V
5VSB Transient Response (200%)
4.918V
Hold-Up Time & Power Ok Signal
17.30ms
AC Loss to PWR_OK Hold Up Time
14.70ms
PWR_OK Inactive to DC Loss Delay
2.60ms
PSU Timings: T1 (20% / 100%)
59.0ms
59.0ms
PSU Timings: T3 (20% / 100%)
122.0ms
126.0ms
12V OCP (27.4°C / 42.5°C)
82.60A (152.96%), 11.598V
79.60A (147.41%), 11.714V
5V OCP (27.4°C / 42.5°C)
29.7A (148.50%), 5.08V
30A (150.00%), 5.08V
3.3V OCP (27.4°C / 42.5°C)
31A (155.00%), 3.285V
30.8A (154.00%), 3.285V
5VSB OCP (27.4°C / 42.5°C)
4A (133.33%), 4.995V
4A (133.33%), 4.988V
OPP (27.21°C / 42.11°C)
146.67%
144.19%
Hold-Up Time & Power Ok Signal
Hold-Up Time (ms)
17.3
AC Loss to PWR_OK Hold Up Time (ms)
14.7
PWR_OK Inactive to DC Loss Delay (ms)
2.6
Vampire Power
Tables
Detailed Results
Average
Min
Limit Min
Max
Limit Max
Result
Mains Voltage RMS:
115.07 V
115.04 V
113.85 V
115.11 V
116.15 V
PASS
Mains Frequency:
60.00 Hz
59.99 Hz
59.40 Hz
60.01 Hz
60.60 Hz
PASS
Mains Voltage CF:
1.416
1.415
1.340
1.418
1.490
PASS
Mains Voltage THD:
0.13 %
0.09 %
N/A
0.19 %
2.00 %
PASS
Real Power:
0.050 W
-0.007 W
N/A
0.079 W
N/A
N/A
Apparent Power:
6.584 W
6.415 W
N/A
6.756 W
N/A
N/A
Power Factor:
0.010
N/A
N/A
N/A
N/A
N/A
Detailed Results
Average
Min
Limit Min
Max
Limit Max
Result
Mains Voltage RMS:
231.02 V
230.94 V
227.70 V
231.09 V
232.30 V
PASS
Mains Frequency:
50.00 Hz
49.99 Hz
49.50 Hz
50.01 Hz
50.50 Hz
PASS
Mains Voltage CF:
1.417
1.417
1.340
1.419
1.490
PASS
Mains Voltage THD:
0.17 %
0.14 %
N/A
0.25 %
2.00 %
PASS
Real Power:
0.089 W
0.051 W
N/A
0.139 W
N/A
N/A
Apparent Power:
21.899 W
21.619 W
N/A
22.188 W
N/A
N/A
Power Factor:
0.005
N/A
N/A
N/A
N/A
N/A
Graphs
Efficiency Graph
INFO
This graph depicts the PSU`s efficiency throughout its entire operational range. For the generation of the efficiency and noise graphs we set our loaders to auto mode through our custom-made software before trying thousands of possible load combinations
INFO
This graph depicts the PSU`s efficiency throughout its entire operational range. For the generation of the efficiency and noise graphs we set our loaders to auto mode through our custom-made software before trying thousands of possible load combinations
Noise Graph
INFO
The PSU`s noise in its entire operational range and under 30-32 °C ambient is depicted in this graph. The X axis represents the load on the +12V rail(s) while the Y axis is the load on the minor rails
INFO
The PSU`s noise in its entire operational range and under 30-32 °C ambient is depicted in this graph. The X axis represents the load on the +12V rail(s) while the Y axis is the load on the minor rails
Conducted Emissions EN55032 & CISPR 32
Indicative Performance
Efficiency under high ambient temperature
INFO
The PSU`s efficiency under high ambient temperatures with 115V and 230V input. For this graph the results of the 10-110% load regulation table are used
5VSB Efficiency
INFO
This graph depicts the efficiency levels of the 5VSB rail with 115V and 230V input
12V to Earth: ✓ 5V to Earth: ✓ 3.3V to Earth: ✓ 5VSB to Earth: ✓ -12V to Earth: ✓
PWR_OK
Proper Operation
NLO
✓
Fan Failure Protection
✗
SIP
Surge: MOV Inrush: NTC & Bypass Relay
Supplementary Tests (For Reference)
Typical Load Tests
Test
12V
5V
3.3V
5VSB
DC/AC (Watts)
Efficiency
Fan Speed (RPM)
PSU Noise (dB[A])
Temps (In/Out)
PF/AC Volts
10%
3.611A
1.955A
1.979A
0.984A
64.997
86.429%
1182
30
40.32°C
0.951
12.018V
5.113V
3.334V
5.079V
75.203
42.19°C
114.82V
20%
8.273A
2.935A
2.972A
1.185A
129.922
90.571%
1262
32.2
40.6°C
0.975
11.970V
5.111V
3.331V
5.065V
143.449
44.45°C
114.81V
30%
13.271A
3.425A
3.47A
1.386A
194.919
91.627%
1309
32.9
41.24°C
0.986
11.970V
5.109V
3.329V
5.052V
212.729
46.72°C
114.78V
40%
18.279A
3.916A
3.968A
1.588A
259.999
91.829%
1316
33.1
41.97°C
0.989
11.970V
5.107V
3.327V
5.039V
283.133
48.49°C
114.76V
50%
22.933A
4.898A
4.965A
1.791A
324.985
91.723%
1347
33.8
42.03°C
0.992
11.968V
5.104V
3.323V
5.025V
354.311
50.28°C
114.75V
60%
27.529A
5.881A
5.964A
1.996A
389.266
91.486%
1430
35.8
42.84°C
0.994
11.968V
5.101V
3.32V
5.011V
425.491
52.56°C
114.72V
70%
32.210A
6.865A
6.965A
2.201A
454.573
91.063%
1685
40.2
43.2°C
0.995
11.967V
5.098V
3.317V
4.997V
499.185
54.64°C
114.7V
80%
36.895A
7.85A
7.966A
2.307A
519.405
90.615%
1733
40.7
43.75°C
0.996
11.967V
5.095V
3.313V
4.986V
573.203
56.59°C
114.67V
90%
41.977A
8.343A
8.455A
2.412A
584.798
90.202%
1815
42.6
44.53°C
0.997
11.966V
5.094V
3.311V
4.975V
648.318
59.23°C
114.64V
100%
46.793A
8.836A
8.974A
3.032A
649.641
89.611%
1908
44
45.18°C
0.997
11.966V
5.092V
3.309V
4.948V
724.95
62.54°C
114.63V
110%
51.477A
9.824A
10.072A
3.037A
714.268
89.009%
1991
45.2
46.03°C
0.998
11.966V
5.089V
3.306V
4.94V
802.471
65.68°C
114.59V
CL1
0.116A
14.183A
14.427A
0A
121.288
84.622%
1831
42.7
41.57°C
0.975
11.978V
5.091V
3.306V
5.088V
143.328
50.84°C
114.8V
CL2
0.115A
19.628A
0A
0A
101.342
83.89%
1501
36.6
40.24°C
0.97
11.975V
5.093V
3.329V
5.098V
120.802
46.83°C
114.8V
CL3
0.115A
0A
19.971A
0A
67.38
77.842%
1752
40.7
41.99°C
0.958
11.996V
5.108V
3.305V
5.097V
86.56
45.31°C
114.82V
CL4
54.287A
0A
0A
0A
649.446
90.549%
1730
40.4
45.45°C
0.997
11.963V
5.109V
3.33V
5.057V
717.232
58.99°C
114.63V
The results above are not used in the certification process
Test
12V
5V
3.3V
5VSB
DC/AC (Watts)
Efficiency
Fan Speed (RPM)
PSU Noise (dB[A])
Temps (In/Out)
PF/AC Volts
10%
3.612A
1.956A
1.979A
0.984A
64.998
87.03%
1144
28.9
40.03°C
0.829
12.016V
5.113V
3.334V
5.079V
74.685
40.58°C
229.83V
20%
8.273A
2.935A
2.972A
1.185A
129.922
91.587%
1219
30.8
40.95°C
0.923
11.969V
5.111V
3.331V
5.065V
141.858
42.36°C
229.82V
30%
13.275A
3.426A
3.47A
1.386A
194.92
92.995%
1214
30.7
41.41°C
0.953
11.968V
5.108V
3.329V
5.052V
209.603
43.3°C
229.81V
40%
18.283A
3.916A
3.968A
1.588A
260.003
93.457%
1300
32.7
41.69°C
0.967
11.967V
5.107V
3.327V
5.039V
278.205
45.32°C
229.8V
50%
22.934A
4.898A
4.964A
1.791A
324.993
93.511%
1406
34.8
42.18°C
0.975
11.969V
5.104V
3.324V
5.025V
347.548
47.55°C
229.79V
60%
27.530A
5.881A
5.963A
1.996A
389.289
93.441%
1442
35.8
42.55°C
0.98
11.968V
5.101V
3.321V
5.011V
416.612
48.66°C
229.77V
70%
32.213A
6.865A
6.965A
2.201A
454.599
93.178%
1506
36.6
43.06°C
0.983
11.967V
5.099V
3.317V
4.997V
487.885
50.01°C
229.77V
80%
36.898A
7.849A
7.966A
2.307A
519.426
92.921%
1745
40.7
43.88°C
0.985
11.966V
5.095V
3.314V
4.986V
558.998
51.31°C
229.75V
90%
41.979A
8.343A
8.454A
2.412A
584.818
92.697%
1829
42.7
44.08°C
0.987
11.966V
5.094V
3.312V
4.975V
630.896
53.02°C
229.74V
100%
46.797A
8.837A
8.974A
3.032A
649.661
92.321%
1919
44.1
45.31°C
0.989
11.966V
5.092V
3.309V
4.948V
703.7
55.19°C
229.74V
110%
51.480A
9.824A
10.072A
3.037A
714.29
91.947%
2038
45.3
46.87°C
0.99
11.966V
5.089V
3.306V
4.94V
776.851
57.37°C
229.72V
CL1
0.116A
14.182A
14.428A
0A
121.29
85.465%
1855
43.6
40.07°C
0.924
11.979V
5.091V
3.306V
5.088V
141.917
49.19°C
229.82V
CL2
0.115A
19.629A
0A
0A
101.341
84.898%
1688
40.3
40.37°C
0.906
11.975V
5.092V
3.329V
5.098V
119.367
45.86°C
229.82V
CL3
0.115A
0A
19.972A
0A
67.38
78.663%
1765
41.2
41.69°C
0.856
11.999V
5.107V
3.305V
5.097V
85.658
44.75°C
229.83V
CL4
54.293A
0A
0A
0A
649.506
93.219%
1739
40.7
45.71°C
0.988
11.963V
5.109V
3.33V
5.057V
696.759
52.36°C
229.73V
The results above are not used in the certification process
Light Load Tests
Test
12V
5V
3.3V
5VSB
DC/AC (Watts)
Efficiency
Fan Speed (RPM)
PSU Noise (dB[A])
Temps (In/Out)
PF/AC Volts
20W
1.236A
0.489A
0.494A
0.196A
19.994
74.024%
916
22.1
36.02°C
0.842
12.013V
5.116V
3.338V
5.11V
27.011
36.8°C
114.84V
40W
2.720A
0.684A
0.692A
0.294A
39.995
82.494%
1004
25.2
37.65°C
0.921
12.014V
5.116V
3.337V
5.105V
48.483
38.39°C
114.83V
60W
4.206A
0.879A
0.89A
0.392A
59.995
86.617%
1073
27
38.64°C
0.946
12.014V
5.115V
3.336V
5.099V
69.265
39.89°C
114.83V
80W
5.700A
1.075A
1.088A
0.491A
79.932
88.519%
1105
28
39.4°C
0.959
11.983V
5.114V
3.335V
5.094V
90.298
41.17°C
114.82V
The results above are not used in the certification process
Test
12V
5V
3.3V
5VSB
DC/AC (Watts)
Efficiency
Fan Speed (RPM)
PSU Noise (dB[A])
Temps (In/Out)
PF/AC Volts
20W
1.236A
0.489A
0.494A
0.196A
19.995
73.826%
988
24.7
36.86°C
0.525
12.017V
5.116V
3.338V
5.11V
27.083
37.34°C
229.84V
40W
2.720A
0.684A
0.692A
0.294A
39.997
82.734%
1016
25.8
37.12°C
0.717
12.015V
5.116V
3.337V
5.105V
48.343
37.89°C
229.84V
60W
4.206A
0.879A
0.89A
0.392A
59.997
87.301%
1059
26.6
38.44°C
0.811
12.013V
5.115V
3.336V
5.1V
68.725
38.69°C
229.83V
80W
5.700A
1.075A
1.088A
0.491A
79.934
89.576%
1067
26.8
39.1°C
0.862
11.984V
5.114V
3.335V
5.094V
89.237
39.26°C
229.82V
The results above are not used in the certification process
Ripple Measurements
Test
12V
5V
3.3V
5VSB
Pass/Fail
10% Load
48.79mV
18.99mV
15.85mV
9.64mV
Pass
20% Load
36.26mV
16.94mV
15.60mV
8.98mV
Pass
30% Load
25.83mV
17.91mV
17.49mV
9.23mV
Pass
40% Load
25.27mV
19.09mV
18.31mV
9.39mV
Pass
50% Load
24.45mV
17.91mV
16.16mV
10.32mV
Pass
60% Load
26.39mV
19.66mV
17.60mV
10.32mV
Pass
70% Load
24.70mV
18.37mV
16.93mV
10.88mV
Pass
80% Load
25.21mV
17.81mV
18.06mV
12.42mV
Pass
90% Load
25.27mV
21.09mV
18.52mV
11.90mV
Pass
100% Load
46.05mV
20.29mV
18.96mV
13.78mV
Pass
110% Load
44.45mV
20.75mV
19.12mV
14.33mV
Pass
Crossload1
49.94mV
19.14mV
21.11mV
19.14mV
Pass
Crossload2
40.76mV
20.58mV
18.21mV
17.96mV
Pass
Crossload3
32.94mV
16.47mV
19.55mV
18.21mV
Pass
Crossload4
42.33mV
18.44mV
17.15mV
21.68mV
Pass
The results above are not used in the certification process
Test
12V
5V
3.3V
5VSB
Pass/Fail
10% Load
50.74mV
18.53mV
17.24mV
8.82mV
Pass
20% Load
34.63mV
18.17mV
16.62mV
8.57mV
Pass
30% Load
26.09mV
16.99mV
16.83mV
9.44mV
Pass
40% Load
23.38mV
18.58mV
15.60mV
9.18mV
Pass
50% Load
23.27mV
17.24mV
17.03mV
9.39mV
Pass
60% Load
23.88mV
18.32mV
17.60mV
9.65mV
Pass
70% Load
23.27mV
17.04mV
15.49mV
10.26mV
Pass
80% Load
24.55mV
19.61mV
18.32mV
11.39mV
Pass
90% Load
26.90mV
20.27mV
17.91mV
11.24mV
Pass
100% Load
46.69mV
20.83mV
19.77mV
13.66mV
Pass
110% Load
43.91mV
20.73mV
21.73mV
14.06mV
Pass
Crossload1
49.05mV
19.31mV
21.27mV
18.51mV
Pass
Crossload2
40.04mV
20.73mV
18.98mV
17.09mV
Pass
Crossload3
42.29mV
17.50mV
20.57mV
16.47mV
Pass
Crossload4
44.34mV
20.22mV
18.57mV
21.36mV
Pass
The results above are not used in the certification process
Gamer Storm PQ650P
Top side
Power specifications label
All data and graphs included in this test report can be used by any individual on the following conditions: › It should be mentioned that the test results are provided by Cybenetics › The link to the original test results document should be provided in any case
Cybenetics offers the ETA and Lambda voluntary certification programs, through which the efficient and silent power supplies are promoted
