

The Enermax Noisetaker EG701AX-VE(W) is the second device from this manufacturer in the stress test and has 600 watts of total power. In contrast to the Coolergiant from the same company, this power supply unit has a traditional design with two fans: One transports the heat from the CPU cooler away and the second fan provides cooling for the power supply components.



The casing could do with a design update so that the switch recesses from older models disappear. Another traditional feature of Enermax is the integrated ventilation control: Enermax was one of the first manufacturers to establish manual fan control in the market. With it, the speed of the fan can be set by hand - electronics monitor the temperature. If a user has set the speed too low, nothing can be damaged.



24 hours of continuous stress passed by the Enermax without a trace. All measurements and also the specification of a combined load coincided with the specification. Consequently, the Enermax Noisetaker EG701AX-VE(W)emerges from the test once again with good values - during the last comparative test there were similarly good results. Here, the competition should learn from the example, above all from the voltage values of the individual lines. Here, the 12 volt bar should be mentioned, which was determined to be exactly 12 volts and consequently right in the middle of the tolerance range. The very high efficiency of 80.2 percent and the quiet operating noise were noticeable.
After 24 hours under high load, the power supply unit from Enermax seems to be as fresh as when it started: The measurement results are within the specification and the power ratings coincide with those of the manufacturer. Also as a result of past tests, the Enermax Noisetaker EG701AX-VE(W) is known for its outstanding performance.
| Enermax Noisetaker EG701AX-VE(W) (600 watts) | |||
|---|---|---|---|
| Test Phase 1 | |||
| Test Description | Lower Limit | Upper Limit | Result |
| Increase load from 20% to 100% of nominal load limit | 120 watts | 600 watts | Passed |
| Test Phase 2 | |||
| Test Description | Load | Result | |
| Steady load at 100% nominal load | 600 watts | Passed | |
| Test Phase 3 | |||
| Voltage Stability | |||
| Power Rail | Measurement | Min/Max according to ATX Spec. | Result |
| + 3.3 V | + 3.15 V | +/- 5% (+3.14 to +3.46 V) | Passed |
| + 5 V | + 4.95 V | +/- 5% (+4.76 to +5.25 V) | Passed |
| + 12 V | + 12.00 V | +/- 5% (+11.4 to +12.6 V) | Passed |
| + 12 V CPU | + 11.82 V | +/- 5% (+11.4 to +12.6 V) | Passed |
| + 5 V Standby | + 4.99 V | +/- 5% (+4.76 to +5.25 V) | Passed |
| - 12 V | - 12.35 V | +/- 10% (-10.8 to -13.2 V) | Passed |
| Ripple | |||
| Power Rail | Measurement | Min/Max according to ATX Spec. | Result |
| +3.3 V | 45 mV | 50 mV (Peak-Peak) | Passed |
| +12 V CPU | 58 mV | 120 mV (Peak-Peak) | Passed |
| Further Data | |||
| Value | Measurement | ||
| Noise Level (max.) | 58.6 dB(A) | ||
| Voltage | 213 V | ||
| Current | 3.53 A | ||
| Cos Phi (Distorsion of Phase) | 0.99 | ||
| Efficiency | 80.2% | ||
Where's the end of article? There are actual test results missing for 7 PSU's.