![]() ![]() Important Note: It is always better to prefer Molex connectors over SATA connectors for PCIe power because Molex connectors can provide more current and have thicker wires. This power adapter cable uses two SATA connectors for one 8-pin power connector. SATA to 8-Pin PCI-E Adapter Cable – If your graphics card has an 8-pin connector but your power supply has neither 6-pin nor 8-pin connectors then you can use this SATA to 8-Pin converter cable to power your graphics card. If you are short on Molex connectors then you can use this converter cable or adapter. ![]() SATA to 6-Pin PCI-E Adapter Cable – This adapter converts the SATA connector to a 6-pin power connector for your graphics card. You can check out the whole range from the link given below.Ĥ-Pin Molex to 8-Pin PCIe Power Adapter Cable – This power adapter cable uses two 4-pin regular Molex connectors and converts it into an 8-pin PCIe power connector for use in mid-range to high-end graphics cards.Ħ-Pin to 8-Pin PCI-E Adapter Cable– If your graphics card requires an 8-pin connector but your power supply has only a 6-pin connector then you can use this 6-pin to 8-pin connector or adapter cable for powering your high-end graphics card. Some converters require two 4-pin Molex converters and some require one. If your power supply does not have 6-pin or 8-pin connectors then you may try these 6-pin and 8-pin converters or power adapter cables to power your graphics card.Ĥ-Pin Molex to 6-Pin PCI-E Adapter Cable – If your graphics card requires a 6-pin power connector but your PSU doesn’t have one then you can use this 4-pin Molex to 6-pin converter to power your graphics card. Know about Graphics Card Components and ConnectorsĬonverters or Adapters for 6-pin and 8-pin connectors.How to Find Power Supply for Graphics Card.This card has a maximum power consumption of 250 Watt. A graphics card with both 6-pin and 8-pin connectors can have a maximum power consumption of 300 Watt (75W + 75W + 150W).Ĭheck out: Best Power Supply for High-end Graphics Cardsīelow you can see Nvidia’s top-end graphics card GeForce GTX 1080 Ti with both 8-pin and 6-pin connectors. The latest High-end graphics cards come with the 8-pin power connector and some of the power-hungry top-end graphics cards can have both 6-pin and 8-pin connectors or two 8-pin connectors. A graphics card with one 8-pin power connector can get a maximum of 225W of power, 75W from the PCI Express x16 slot, and 150W from the 8-pin connector from the power supply. So if your graphics card power consumption is more than 150W then it will definitely come with an 8-pin connector or two 6-pin connectors. The 8-pin power connector can deliver a maximum of 150W to your graphics card. Most of the mid-range graphics cards from both Nvidia and AMD come with the 6-pin power connector. A graphics card with one 6-pin power connector can have a maximum power consumption of 150 Watt as it will get 75W from the PCI Express x16 slot and 75W from the 6-pin connector. So if your graphics card power consumption is more than 75W then it will have one 6-pin PCI-E power connector for its working. Below you can see the PCI-Express x16 connector of the graphics card.Ī 6-pin power connector can supply 75 Watt to the graphics card. Even some mid-range graphics cards can also work on the power from the PCI Express x16 slot alone but higher mid-range graphics cards and high-end graphics card requires external power from the PSU through 6-pin and 8-pin power connectors. A PCI Express x16 slot can provide a maximum of 75 Watts to the graphics card which is enough for entry-level, low profile, and budget graphics cards. PCI Express x16 connector connects your graphics to the motherboard and is the only interface through which communication happens. PCI Express x16 connectorĮvery modern-day graphics card comes with a PCI Express x16 connector that goes in the PCI Express x16 slot of your motherboard. Here are the various connectors through which graphics cards get their power. ![]() Must Read: Best Budget Power Supply for Graphics Cards Graphics Card Power Connectors ![]()
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