6 pin molex connector pinout2/7/2024 Many other connector manufacturers make compatible mating connectors. They mate with the following parts from Molex for a discrete wire cable: The 6-pin SIP connectors on the expansion boards are Molex part 53014-0610, or equivalent. The location of the each connector is also listed.įigures 2a and 2b show the pinout of the 6-pin connector on the expansion boards and the mating connector on the cable. The location of the each connector is also listed.įigures 1a and 1b show the pinout of the 6-pin connector on the expansion boards and the mating connector on the cable.Ī 6-pin Molex connector is used for clock and trigger for output updates on the following analog expansion boards. Related Products and PinoutĪ 6-pin Molex connector is used for clock and trigger for input sampling on the following analog expansion boards. It mates with female (receptable, socket) 6-pin connector on a connecting cable. The connector is keyed with a 0.079" (2mm) spacing. The Mini-Fit Connector family delivers an operating temperature up to +125 C, offers a double crimp tool and is available in Board-to-Board, Wire-to-Board. Is there a chance it will not refuse to turn on? I want to try but I just want to make sure that I'm safe regarding fire/heating or frying the GPUA 6-pin SIP (Molex) connector is used primarily for clock and trigger input on some analog input expansion boards. So, in theory, if the video card only takes around 100-125w or so from this second rail, then along with your mechanical hard drive, you won't get over that 180 watts threshold, so everything should work.īut, the power supply is only around 80% efficient, which means when you're gonna play games and your system consumes over 200 watts, around 100*200/80 - 200w = 250-200w = 50 watts of heat, so you'll want to make sure the power supply fan works well and keeps the insides of that power supply reasonably cool. What connectors are on each rail is not specified, but on such power supply my guess would be that the 24 pin connector and the CPU power is on first rail, and peripherals (sata and old hdd connectors / molex) and the pci-e 6pin are on second rail. This amount of power is split into two voltage rails which are limited to some amount of power: maximum 17A on first rail (204w) and maximum 15A on second rail (180w) The power supply says it can provide 32A on 12v - that's 384 watts. You have the "datasheet" here : fsp russia link to datasheet in pdf format The lack of a 8 pin connector on your power supply is often an indicator that the power supply was not meant to be used with very power hungry video cards but also sometimes the power supply manufacturer intentionally puts only a 6 pin connector to make the higher 500w / 550w models more appealing, as those would be more profitable for them. Check the label, it will say how much it can supply : you can divide watts by voltage to get current. Chances are that if you have a PSU with a 24-pin connector you will not have a -5V rail. There are also 20-pin connectors with adjunct 4-pin connectors that can be mated together to function as a 24-pin connector. So your power supply should be able to provide AT LEAST 250 watts on 12v out of those 400 watts. The two common ATX connectors are 20 and 24 pins. it must be able to do 125w for the video card, maybe 60-100w for your cpu, maybe around 10-15w for the motherboard, maybe 5w for the fans (cpu cooler, extra fans), maybe 5w for your hard drive motor. The power supply should be able to supply the wattage on 12v. You could trick the video card into thinking it's a 8 pin connector by shorting the ground pins in the connector, or you could just a 6 pin to 8 pin adapter cable, or a 2 x molex -> pci-e 8 pin adapter cable. The video card will detect that you don't have a 8 pin connector plugged in and will probably refuse to start. So by using an 8 pin connector, they have at least 80w of headroom in case user wants to overclock. For example, if they use 6pin on gtx 1060, that's 75w on connector, and 50w on slot, leaving just 10 watts for overclocking, which is kinda low. Sometimes the manufacturer uses an 8 pin connector to allow room for overclocking and reduce the "stress" on the motherboard slot. for example, they could take 100w from the pci-e 8 pin connector and only 25w from the pci-e slot. Some designs may chose to lean more on the pci-e connector and take less from the pci-e slot. Some designs may take some amount of power from the pci-e slot ( up to 65w on 12v and 10w on 3.3v) and the rest from a pci-e 6pin connector.
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