Graphics Card PCI-E 6-Pin & 8-Pin Connectors Tutorial
A graphics card Is a Significant Part of a PC and it typically Consumes more energy in comparison to other elements. Budget level or any nonmid size graphics cards draw their power from the PCI
Express x16 slot just although the higher-mid selection and high-end graphics cards need outside power in the PSU due to their own working. The outside power for all these strong graphics cards stems in the 6-pin and 8-pin PCI-Express power connectors from the power source.
Here I will go over the graphics card power demands and its own PCI-E power connectors. Here are the several connectors whereby graphics cards receive their power. Every modern-day graphics card includes a PCI Express x16 connector that goes from the PCI Express x16 slot machine of your motherboard. PCI Express x16 connector joins your images to the motherboard and also is the sole interface by which communication occurs. A PCI Express x16 slot machine could offer a max of 75 Watts into the graphics card that’s sufficient for entry-level, very low profile and funding graphics cards. Some mid-range graphics cards may also operate on the electricity from the PCI Express x16 slot but high mid-range graphics cards and luxury graphics card requires external power from the PSU via 6-pin and 8-pin power connectors.
Below you may see the PCI-Express x16 connector of this card. A 6-pin power connector may provide 75 Watt into the card. So In case, your graphics card power consumption is greater than 75W then it’ll have a single 6-pin PCI-E power connector for the functioning. A graphics card using a single 6-pin power connector may have a maximum energy consumption of 150 Watt because it will get 75W in the PCI Express x16 slot and 75W in the 6-pin connector. The majority of the mid-range graphics cards from the Nvidia and AMD include all the 6-pin power connector. The 8-pin power connector may provide a maximum of 150W for a graphics card. If your graphics card power consumption is greater than 150W then it will surely arrive with an 8-pin jack or 2 6-pin connectors.
A graphics card with a single 8-pin power connector may find a max of 225W of electricity, 75W out of PCI Express x16 slot, and 150W in the 8-pin connector in the power source. The hottest High-end graphics cards arrive with the 8-pin power connector and a number of the power-hungry top-end graphics cards may have both 6-pin and 8-pin connectors or 2 8-pin connectors.
Have a look at Greatest Electricity Supply for High-end Graphics CardsBeneath you can view Nvidia’s top-notch graphics card GeForce GTX 1080 Ti with both 8-pin and 6-pin connectors. This card features a maximum power consumption of 250 Watt. If your power source Doesn’t Have 6-pin or 8-pin connectors then you May try out these 6-pin and 8-pin converters or power jack wires to
power your card.
4-Pin Molex into 6-Pin PCI-E Adapter Cable
If your graphics card takes a 6-pin power connector but your PSU does not have one then you may take advantage of this 4-pin Molex into 6-pin converter to power your own card. Some converters need two 4-pin Molex converter plus a few need you. You may take a look at the entire include the link provided below.
4-Pin Molex into 8-Pin PCIe Power Adapter Cable
This power adapter cable utilizes 2 4-pin standard Molex connectors and converts it into an 8-pin PCIe power connector to be used in mid-range to luxury graphics cards.
6-Pin into 8-Pin PCI-E Adapter Cable
If your graphics card needs an 8-pin connector but your electricity source has just a 6-pin connector then it is possible to take advantage of this 6-pin into 8-pin connector or jack cable for powering your high-end card.
SATA into 6-Pin PCI-E Adapter Cable
This adapter converts the SATA connector into some 6-pin power connector to your graphics card. If you’re short on Molex connectors then it’s possible to take advantage of this converter cable or adapter.
SATA into 8-Pin PCI-E Adapter Cable
If your graphics card comes with an 8-pin connector, however, your electricity source has 6-pin or 8-pin connectors then it is possible to take advantage of this SATA into 8-Pin converter cable to power your card. This power adapter cable utilizes two SATA connectors for a single 8-pin power connector. Important Notice: It’s always better to prefer Molex Connectors over SATA connectors for PCIe electricity because Molex connectors may provide more present and also have thicker cables. This prevents any potential prospect of burnout if your graphics card occurs to draw more electricity due to overclocking or greater load. The maximum power consumption of graphics cards based on various sorts of connectors it’s.In Case You Have any questions or doubts about images cards or their Power consumption than don’t hesitate to ask me by leaving a comment under.
Power Consumption for Graphics Cards
Maximum power consumption of graphics cards
|Graphics Card Maximum Power Consumption in Watts|
|PCI Express x16||6-Pin Connector||8-Pin Connector||Total Power|
|75W||1 x 75W||–||150W|
|75W||–||1 x 150W||225W|
|75W||2 x 75W||–||225W|
|75W||1 x 75W||1 x 150W||300W|
|75W||–||2 x 150W||375W (rare and above spec)|
If you have any queries or doubts regarding graphics cards or their power consumption then feel free to ask me by leaving a comment below.
You can also check the following for best graphics cards in 2020
My name’s George Owens and from past 10 years I am working as hardware engineer and built many PCs for myself and my friends. I love gaming, programming, graphics designing and basically anything that has to do with computers and technology. If you ever need a hand with anything, feel free to contact me and I will be more than happy to help you out.