QNAP TS-453D: Time to Start Upgrading Your Network Setup to 2.5 GbE


QNAP offers Smart Fan control on their NAS with 3 preset fan mode: Quiet, Normal, and performance. There is not much customization available except that we are able to manually set a low temperature threshold where the fan would run at low speed when the temperature is below the set value and the full speed when the temperature is above the set value. The range of temperature is between from 35 to 44 ºC and it is referring to the system temperature and not the processor temperature.

On the TS-435, the default setting worked out quite well as the unit idle at low temperature of 29ºC with fan running at 900 rpm. When the system is transcoding with 22% of CPU usage, the CPU temperature jumped to 48ºC but the system temperature still runs at 30ºC. Under 100% CPU usage, we noticed the processor goes up to 68ºC but the system still runs at 35ºC. Since the system temperature stayed relatively steady even under load, we never heard the fan kicks into higher RPM. Thus, the TS-453D noise level is near silent even under heavy load.

We like just how quiet the unit runs but would probably love to see a more control for the cooling performance so we can manage the CPU and the system temperature. Additionally, while the fan on the NAS runs super quiet, we feel the noise isolation on the NAS can be improved a little bit. Since the fan runs quiet, it is much easier to hear the  hard drive noise coming out of the NAS. So, we would love to have better noise isolation and dampening so that the NAS would run at even quieter on our desk.

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What if you could find a way to lower both the temperature and the power consumption of your new GPU while still getting almost the same performance? Well, there is. It is called undervolting. Since the RTX 3080 and RTX 3090 came out there has been a lot of talk about undervolting them to get better thermals while still getting kick-ass performance and of course I decided I wanted to try it out myself. In the following pages you can both read on how to do it yourself but also get an idea how it will affect both the performance but also the thermals (and noise level).

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