The supply should also achieve higher than 75% efficiency at 5VSB under full load, or with 3A if its max current output on this rail is higher than 3A. The SF600's cable configuration is identical to the SF450, which doesn't make sense to us. Able to output an extra 150W, the SF600 should be equipped with more cables (including additional PCIe and EPS connectivity). Moreover, four SATA connectors is a bit light for a 600W PSU, even if it's destined for a small form factor chassis. Sure, limited space on the modular PCB imposes design limitations, but Corsair could still give you two connectors on a PCIe cable instead of one. The unit easily meets the 80 PLUS Platinum requirements even under sky high operating temperatures, which apply a far heavier stress on a small form factor PSU, compared to an ATX one. individuals, physical or legal persons (legal, administrative and fiscal offices, computer companies, or The following graph shows the PSU's average efficiency throughout its operating range, with an ambient temperature close to 30°C.

The inrush current with 115V is low. With 230V we get a high reading though. Load Regulation And Efficiency Measurements

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The temperatures stay low, although we pushed the minor rails hard. So it doesn't come as a surprise that we measure higher temperatures on the voltage regulation modules, used for the generation of the minor rails. We may share your personal information with third-party service providers which perform services and Correction: According to Jon Gerow from Corsair, the fan controller takes into account both the internal temperature and the current load. In theory this lets the unit run passively for longer or run the fan at lower RPMs when it’s at low load but higher temperatures compared to pure temperature control.

In the table below, you’ll find the power consumption and voltage values of all rails (except -12V) when the PSU is idle (powered on, but without any load on its rails), and the power consumption when the unit is in standby mode (without any load, at 5VSB). Mode In the next set of tests, we measure the unit’s response in simpler transient load scenarios—during its power-on phase. The SFX form factor doesn't provide enough space for a large number of filtering caps in the secondary side, so you should not expect to see the jaw-dropping results that some of the ATX units achieve. Nonetheless, the SF600 Platinum registers a very good overall performance. We would be fully satisfied though if ripple at +12V was close to 25mV, in the worst case scenario. Ripple Oscilloscope Screenshots including independent entities located within the boundaries of the key city and the listed countiesGPU mfrs' recommended PSU capacities are always inflated to compensate for the mediocre ( or worse ) PSUs that flood the mainstream and OEM space. A 980 Ti will pull at most 250W - 275W, depending on OC, during a heavy gaming load. Torture tests can go above 300W, but no one mines with an ITX box. Adding the 130W you'll see from the rest of a typical i7 system, you'd rarely see this go above 400W. That's an 88% load on a 450W PSU. Tight, but certainly not risky or dangerous. As I constantly remind people, my i7 + 290X test bed runs just fine on a 500W PSU, and that GPU is a lot hungrier than the 980 Ti. Under light loads we measure high efficiency, with the power supply operating in passive mode throughout all tests. 5VSB Efficiency Personal data – exclusively of non-sensitive nature – communicated by you will be processed by the Data obligatory, as strictly connected to the nature of the required services. It follows that the consent to the All the partners involved in the project could use different technologies to collect and record information