Hiper Power Type M 780W Review

Testing:

For more information on how we test our power supplies, please browse our testing methodology.

 

 

 

 

 

 

 

Electrical Safety:

 

Electrical Safety Test Class 1
Manufacturer/Model	Pass/Fail
Hiper Power Type M 780W	Pass

 

Short Circuit Protection:

I short circuited the 3V3, 5V0 and all four 12V lines in turn. The power supply did shut down, and once the short was removed and the unit switched off for at least one second, it then resumed normal operation. Although listed here at the beginning of the testing section, I tend to leave this test until the very end, in case it doesn't quite go to plan.

 

DC Output Voltage Load Regulation:

 

Testing @ 110VAC

 

 

110VAC - Total Load at 173W which is 22% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.33	3.10	10.32	3.135 – 3.465	Pass
+5V0	5.07	4.72	23.93	4.75 – 5.25	Pass
+12V0(1)	12.11	2.55	30.88	11.4 – 12.6	Pass
+12V0(2)	12.09	2.54	30.71	11.4 – 12.6	Pass
+12V0(3)	12.11	2.52	30.52	11.4 – 12.6	Pass
+12V0(4)	12.11	2.57	31.12	11.4 – 12.6	Pass
-12V0	12.06	0.36	4.34	10.8 – 13.2	Pass
+5VSB	4.91	2.16	10.61	4.75 – 5.25	Pass
Total Power Supply Loading			173W

 

110VAC - Total Load at 342W which is 44% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.28	7.79	25.55	3.135 – 3.465	Pass
+5V0	5.03	9.28	46.68	4.75 – 5.25	Pass
+12V0(1)	12.13	2.57	31.17	11.4 – 12.6	Pass
+12V0(2)	12.11	2.56	31.00	11.4 – 12.6	Pass
+12V0(3)	12.06	8.00	96.48	11.4 – 12.6	Pass
+12V0(4)	12.05	7.98	96.16	11.4 – 12.6	Pass
-12V0	12.15	0.37	4.49	10.8 – 13.2	Pass
+5VSB	4.90	2.16	10.58	4.75 – 5.25	Pass
Total Power Supply Loading			342W

 

110VAC - Total Load at 774W which is 99% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.23	12.05	38.92	3.135 – 3.465	Pass
+5V0	5.07	13.86	70.27	4.75 – 5.25	Pass
+12V0(1)	12.03	11.44	137.62	11.4 – 12.6	Pass
+12V0(2)	11.95	11.18	133.60	11.4 – 12.6	Pass
+12V0(3)	12.00	13.86	166.32	11.4 – 12.6	Pass
+12V0(4)	11.91	17.81	212.12	11.4 – 12.6	Pass
-12V0	12.40	0.38	4.71	10.8 – 13.2	Pass
+5VSB	4.90	2.16	10.58	4.75 – 5.25	Pass
Total Power Supply Loading			774W

 

Testing @ 230VAC

 

 

230VAC - Total Load at 173W which is 22% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.33	3.11	10.36	3.135 – 3.465	Pass
+5V0	5.07	4.72	23.93	4.75 – 5.25	Pass
+12V0(1)	12.11	2.56	31.00	11.4 – 12.6	Pass
+12V0(2)	12.09	2.55	30.83	11.4 – 12.6	Pass
+12V0(3)	12.11	2.52	30.52	11.4 – 12.6	Pass
+12V0(4)	12.11	2.57	31.12	11.4 – 12.6	Pass
-12V0	12.06	0.36	4.34	10.8 – 13.2	Pass
+5VSB	4.91	2.16	10.61	4.75 – 5.25	Pass
Total Power Supply Loading			173W

 

230VAC - Total Load at 343W which is 44% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.28	7.87	25.81	3.135 – 3.465	Pass
+5V0	5.03	9.32	46.87	4.75 – 5.25	Pass
+12V0(1)	12.13	2.57	31.17	11.4 – 12.6	Pass
+12V0(2)	12.11	2.56	31.00	11.4 – 12.6	Pass
+12V0(3)	12.06	8.01	96.60	11.4 – 12.6	Pass
+12V0(4)	12.05	8.00	96.40	11.4 – 12.6	Pass
-12V0	12.15	0.37	4.49	10.8 – 13.2	Pass
+5VSB	4.91	2.16	10.61	4.75 – 5.25	Pass
Total Power Supply Loading			343W

 

230VAC - Total Load at 769W which is 99% of Rated Maximum Output Power.
PSU DC Line	Measured Voltage(V)	Measured Current (A)	Load Power (W)	ATX12V V Limits (V)	Pass/Fail
+3V3	3.23	12.10	39.08	3.135 – 3.465	Pass
+5V0	5.07	13.91	70.52	4.75 – 5.25	Pass
+12V0(1)	12.03	11.44	137.62	11.4 – 12.6	Pass
+12V0(2)	11.95	11.19	133.72	11.4 – 12.6	Pass
+12V0(3)	11.99	13.32	159.71	11.4 – 12.6	Pass
+12V0(4)	11.93	17.85	212.95	11.4 – 12.6	Pass
-12V0	12.35	0.37	4.57	10.8 – 13.2	Pass
+5VSB	4.89	2.16	10.56	4.75 – 5.25	Pass
Total Power Supply Loading			769W

 

The DC output voltage load regulation of the Hiper Power Type M 780W is satisfactory and all voltages maintained well within the ATX12V specification. I would have liked to see the +5VSB rail a little nearer the 5V0 level rather than the 4.9V consistently produced during the test, but this should not cause any problems.