![]() ![]() But if it lacks the second 4-pin that PS might be older and therefore not dual-rail so be careful if you're also planning on an add-in high power 3d card that needs a dedicated 12v of it's own. like running Prime95 or something similar. In that case you may have unexplained lockups or crashes under extremely heavy loads. The problem would be if your MB's VRM design doesn't offer very good line regulation. The 6300 at stock 95W TDP may under really heavy load but I am doing pretty well using on one 12v socket for my 6300 that's overclocked to 4.5G. It’s important to note that the wattage of the 8 Pin CPU power connector is not the only. CPU and GPU cables might look the same (at a glance, at least). This means that if you’re using a high-end CPU that requires more power, you’ll need to use an 8 Pin CPU power connector. Others still get their power through a 6- and an 8-pin connector (300W in total). ![]() As you noted, your 65W TDP processor is unlikely to challenge your 500w PS the wires leading from it or anything else. Typically, the 8 Pin CPU power connector can handle up to 150 watts, while the 4 Pin ATX 12V connector can handle up to 75 watts. If your system requires dual EPS + 12 V connectors, please connect the 8-Pin end of the second CPU 8-Pin connector into the appropriate 8-Pin receptor on the power supply unit. 6-pin Motherboard Power Connector Pinout. This small connector usually attaches to the motherboard near the CPU. so my problem is that my psu only have 8pin cpu connector and my mobo need additional 4pin cpu connector. Connect the + 12 V 4-Pin connector and the EPS + 12 V connector, if applicable. Links to ATX power supply pinout tables including the 24-pin motherboard, 15-pin SATA, 4-pin peripheral, and more connectors. The suggestion to get a newer PS is generally the better idea (in order to gain two complete cables all the way from the internal power rail), but could very easily be an unneeded extra expense. The eps 4 and 8 pin connectors are used to give the motherboard extra power for overclocking and for fully utilized pcie slots. Using the adapter isn't likely to gain you anything. Being 500W and a name brand one would hope it's a nice sturdy 16ga or better which should readily handle 20 amps for 240w total to the CPU VRM's. 13 PCIe 6/8-pin connector, 10 PCIe version 1.0, 97 PCIe version 1.1. The two 4-pin sockets are usually wired in parallel and therefore electrically redundant on the motherboard so I believe the adapter is really superfluous and it will mainly depend on the gauge of wire leading from the power supply which will be unchanged at any rate. 465 Partition table, 466 Passcode screen, 872873 Passive CPU cooler. ![]()
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