![]() 6/8-Pin GPU ConnectorĮntry-level ones might consume less than 75W which is why they don’t require any additional power - they get all the “juice” they need through the motherboard and its PCIe x16 slot. The header itself is almost always located on the left-hand side of the motherboard, near the very top. This connector is also notched and keyed so connecting it to your motherboard shouldn’t prove to be much of an issue. Unless, of course, your motherboard only has a single four-pin header.Ī single four-pin connector will supply your CPU with up to 155W the combined eight-pin connector provides up to 235W. You should always connect both even if your processor doesn’t need that much power. Now, because some processors aren’t all that power-hungry, this cable is also divided into two parts or, rather, two 4-pin connectors to be more exact. Higher-end motherboards - those that will enable you to overclock to your heart’s content - allow for more flexibility and, in turn, can accommodate more powerful CPUs (those that need an inordinate amount of “juice”). Your motherboard will have one of the following: Now, different CPUs have different power requirements which are also reflected in your motherboard of choice. That is its primary function and, well, it’s about as important as you can imagine. This particular connector will provide your processor with all the power it needs. More on the CPU Power cable below: 8-Pin (4+4) CPU Connector In other words: you can’t miss it.Īnd this is what it looks like with my 24-Pin ATX Power Cable and CPU Power Cable plugged in: The corresponding header for this particular cable is almost always located on the right-hand side of the motherboard. That, in short, is great for novice PC builders. Much like most other connectors on this list, the 24-pin one is both keyed and clipped which means it can only go one way. Once connected, it should look like a single connector - nothing should be sticking out or be misaligned. ![]() The easiest way to connect your 24-pin PSU cable is to first insert the smaller bit (the 4-pin one) and then line up the wider piece accordingly and push it all the way down so that it is fully leveled. That’s why this connector is divided into two parts - the 20- and 4-pin segments (so as to ensure maximum hardware compatibility). Older motherboards required a 20-pin connector whereas newer ones need an additional four pins. The 24-pin connector is arguably the most important as it provides your entire motherboard with all the power it needs so as to function properly. So, what’s the purpose behind each and every single cable laying in front of you? ATX 24-Pin Power Connector You’ve opened the packaging, taken the power supply out, and are now staring at a bunch of different cables and connectors. So, with that little introduction out of the way, let’s begin! PSU Power Cables - What’s Whatįor this piece, specifically, we’re going to be focusing on your run-of-the-mill, cookie-cutter kind of PSU - the kind you can buy off the shelf at your local IT shop. Once you understand which cable does what, you’ll realize just how simple and straightforward it all actually is! You only have to experience this process once and you’ll be good to go for the years to come! Plus, it only seems daunting at first. They’re not great in number but they’re all of varying designs and lengths and, depending on your model and its manufacturer, colored in all sorts of ways.įortunately, there’s no reason to fret: connecting your PSU cables is an extremely simple process and it rarely ever changes, too! Is there a Wrong Way to Connect Power Supply Cables?Ĭonnecting your power supply cables sure can seem like a daunting task.Do I Need to Connect All of My Power Supply Cables?.
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