RTX 3080 Power Consumption and Requirements And this cooling system will draw in additional power from the supply.
#3080 POWER CONSUMPTION PC#
That is because a PC with a more advanced GPU and power supply will also require a more powerful cooling system. You may have noticed that the power buffer is increasing as the GPUs become more powerful. Remember that this added power rating will allow room for future upgrades. So, the recommended power supply for the 3070 model is about 750 watts and for the 3070Ti, it is 800 to 850 watts. In this instance, the total estimated power consumption adds up to 607 watts for the regular 3070 and 677 for the 3070Ti. Once again, let’s put both graphics cards inside a standard PC setup:
#3080 POWER CONSUMPTION SERIES#
This is 50 and 120 watts more than the previous 3060 series respectively. In contrast, the RTX 3070Ti version has a peak power rating of 290 watts. The RTX 3070 has a peak power consumption rating of 220 watts. You have the normal RTX 3070 and then you have the RTX 3070Ti. Now, the 3070 families of graphics cards have 2 different iterations. RTX 3070 Power Consumption and Requirements So, to run the RTX 3060 GPU in this PC built, you should get a power supply unit capable of providing 650 to 700 watts. And if you were to use a mid-range process such as an intel i5, then the power consumption adds up to 442 watts.
#3080 POWER CONSUMPTION FULL#
This is the peak power this PC will consume when running at full capacity. The total power consumption adds up to an estimated 560 watts. So, let’s put this GPU in a standard gaming PC setup and see how much power the entire system will require: In this case, the RTX 3060 has a peak power consumption of 170 watts, which is a full 40 watts higher than the previous version. Unsurprisingly, the RTX 3060 model consumes more power than the 3050 version. RTX 3060 Power Consumption and Requirements But when and if it does, your PSU should be capable enough to supply the necessary power to keep the system going without crashing and burning. Meaning your PC will not consistently be running at this power level. Keep in mind that this calculation has been done using a peak power rating. And if you are running the RTX 3050 with an intel i5 process, then you would ideally want a PSU with a peak power rating between 500 to 550 watts.
This will give you plenty of overhead to work with. So, for the PC with a top-level process, you should look for a power supply anywhere between 600-650 watts. Of course, there are other smaller components that also need power.
If you were using a lesser process, say intel i5m, the total peak power for your PC would be around 400 watts. The total power consumption comes out to about 520 watts. This is a pretty standard configuration for a gaming PC that utilizes a 3050 GPU. Now, let’s assume that you have the following setup: Meaning this is the power you have to supply when you are running the GPU to its fullest capacity. The RTX 3050 GPU consumes 130 watts at peak usage. For this calculation, we are going to look at a top-tier PC built using an RTX 3050 GPU. So, now that we have the basic factors for selecting an adequate power supply unit down, let’s look at some specific GPUs. All graphics cards are tested in their out of the box state (auto).Conclusion RTX 3050 Power Consumption and Requirements During the temperature recording above, while in Unigine SuperPosition gamemode we monitored the audio and the results are found below. For the load tests we set Unigine SuperPosition running in game mode continuously for ~30 minutes and recorded the peak/maximum GPU temperature.ĪCOUSTICSFor the purpose of testing audio levels we have the NDI KC-3300 sound level meter.
Once the benchmarks were complete we left the card to reach a cooling plateau where we then took the idle temperatures. TEMPERATURETo test temperatures we measured idle temperatures after booting windows, letting all applications finish loading and ran a few benchmarks. Idle readings were taken 5 minutes after system boot to ensure any background services and applications had loaded. The CPU was always in a fixed state so did not affect the additional power load when the GPU was placed under 100% load using AIDA64 stability test (GPU Only) which was ran for 20 minutes at which point a load reading was taken. It is important to note that the figures below represent total system power use and not just the GPU. To test for power consumption, we take a measurement from the plug socket.
0 kommentar(er)
