Not only that, it can fine-tune the fan control feedback with steps, activation percentage, hysteresis, and response time parameters. The graph fan curve editor that it provides can add, remove and drag points around the graph. Moreover, Sync coincides with an existing control while Flat permits you to set a fixed percentage value. The Mix allows you to use two different curves and apply a mix function-either max or sum-on it. Target curve type, on the other hand, holds fans' speed until your aimed temperature is reached. Linear and Graph types based the temperature on linear function and custom curve respectively. There are six fan curve types that you can utilize here. It enables you to combine various curves, sensors, and graphs and even create custom fan curves. However, what makes FanControl unique among them is its high customization capability. They will return to 0% if the temperature is 65 C or less.Frankly, there are tons of applications in the market that offer the same. For example, in my curves, the fans will always spin at 100% speed if the temperature is 95 C. When the minimum or maximum temperature is reached for both of these cards, their corresponding speed will trigger. Next, you need to set a minimum speed and a maximum speed. Basically, you're telling the app, "I want my temperature to never exceed X, but it's okay if it never goes below Y." Both cards require you to set a minimum and a maximum temperature. First, let's focus on the Target and Linear cards since they're very similar to each other. I've already configured these cards to my personal preference. For case fans, you can use the hottest motherboard, CPU, or GPU sensor as it doesn't matter too much. Before you do anything, you need to select a temperature source.įor CPU fans, use one of your CPUrelated sensors (pick the one with the highest temperature to be safe).
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