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1. #Erial dillution vs parallel dilution serial#
2. #Erial dillution vs parallel dilution full#
3. #Erial dillution vs parallel dilution Pc#

If you’re using, for example, an EK-Kit Classic RGB and you bought a GPU water block planning to run a parallel loop, you’d need to purchase 4 additional fittings instead of regular 2 per component. Luckily, all EK CPU and GPU blocks are designed for optimal flow restriction, so you don’t have to worry about that. So what decides how much flow each of the blocks get? Easy! The less restrictive block gets more flow. The reason why the liquid splits is that it’s looking for the path of lowest resistance. After that, the coolant continues its path to the pump-reservoir combo inlet. The first part of the flow goes through the CPU block and just passes through the GPU terminal, joining with the second flow.

One part of the flow goes into the CPU block and the other circles through the GPU block. The flow looks strange, right? So, let’s break it down! The coolant comes from the radiator and enters the GPU block, but then it splits. Here, we’re going to make it a bit more understandable and easier to comprehend. A lot of people would look at the photo below and say the coolant is just going to skip the GPU. The parallel connection is not as straightforward, which is why a lot of new builders do not exactly understand how it works. This way, the coolant flows simultaneously through both radiators. This can be easily achieved with the newly released EK-Torque Angled T rotary fittings. Interestingly, the same build features a parallel flow setup on the radiators that are seen in the back.

#Erial dillution vs parallel dilution full#

The full flow is first received by the CPU block, and then the GPU block. So, a single inlet and outlet are used, the coolant goes in, circles through the GPU block and takes the heat away, after which it leaves the block through an outlet. Here, we can see that the liquid flows into the CPU water block inlet and goes from the outlet into the left side inlet of the GPU block, after which it leaves through the outlet port on the right-hand side.

#Erial dillution vs parallel dilution serial#

The serial configuration is the most common one, especially on first-time builder’s custom loops, due to a more straightforward way the liquid flows. The parallel connection utilizes all four ports on the GPU block, and in this blog, you’ll find out how that works and what are the benefits and drawbacks to both configurations. The most common and usually featured is a serial connection, which uses one inlet to the GPU block and one outlet. In this article, we’ll look at the two most common ways you can configure your liquid cooling loop and we will be focusing mostly on the GPU block.

#Erial dillution vs parallel dilution Pc#

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