F5F Stay Refreshed Power Users Overclocking EVGA 1050 SC Overclocking Tips

EVGA 1050 SC Overclocking Tips

EVGA 1050 SC Overclocking Tips

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_HT
Junior Member
24
08-04-2016, 07:40 PM
#1
I previously purchased this card and felt the need to explore further. I'm curious about the best approach if it isn't provided with additional tips, especially since it doesn't connect via a six-pin or external connector, has just one fan, and I want it to run more stably and at higher power.
_
_HT
08-04-2016, 07:40 PM #1

I previously purchased this card and felt the need to explore further. I'm curious about the best approach if it isn't provided with additional tips, especially since it doesn't connect via a six-pin or external connector, has just one fan, and I want it to run more stably and at higher power.

C
CiscoMiner
Senior Member
500
08-04-2016, 08:06 PM
#2
Since the power comes directly from the board, you need to check what voltage can be set through it. Also, determine the recommended watts for your system to run normally. Once you know that, you should consider a higher wattage power supply. For example, my build only needed around 300 watts, but since I wanted to overclock, I chose a 650-watt supply. I’m not suggesting you double the watts, just that I had the budget to experiment. Regarding overclocking, I use EVGA’s own tool but prefer MSI Afterburner for its interface. Also, test it while adjusting clock speeds to ensure stability.
C
CiscoMiner
08-04-2016, 08:06 PM #2

Since the power comes directly from the board, you need to check what voltage can be set through it. Also, determine the recommended watts for your system to run normally. Once you know that, you should consider a higher wattage power supply. For example, my build only needed around 300 watts, but since I wanted to overclock, I chose a 650-watt supply. I’m not suggesting you double the watts, just that I had the budget to experiment. Regarding overclocking, I use EVGA’s own tool but prefer MSI Afterburner for its interface. Also, test it while adjusting clock speeds to ensure stability.

S
Soccerdude0
Member
106
08-10-2016, 03:21 PM
#3
Since the power comes directly from the board, you need to check what voltage can be set through it. Also, determine the recommended watts for your system to run normally. Once you know that, you should consider a higher wattage power supply. For example, my build only needed around 300 watts, but since I wanted to overclock, I chose a 650-watt supply. I’m not suggesting you double the watts, just that I had the budget to experiment. Regarding overclocking, I use EVGA’s own tool but prefer MSI Afterburner for its interface. Also, test the settings while adjusting clock speeds to ensure stability.
S
Soccerdude0
08-10-2016, 03:21 PM #3

Since the power comes directly from the board, you need to check what voltage can be set through it. Also, determine the recommended watts for your system to run normally. Once you know that, you should consider a higher wattage power supply. For example, my build only needed around 300 watts, but since I wanted to overclock, I chose a 650-watt supply. I’m not suggesting you double the watts, just that I had the budget to experiment. Regarding overclocking, I use EVGA’s own tool but prefer MSI Afterburner for its interface. Also, test the settings while adjusting clock speeds to ensure stability.

T
TempLate_YT
Senior Member
424
08-12-2016, 01:10 PM
#4
I have the Asus P8H61 M-LX. I am not home yet but I'll check the manual. But if there is anything you can say about this information that'd be great.
T
TempLate_YT
08-12-2016, 01:10 PM #4

I have the Asus P8H61 M-LX. I am not home yet but I'll check the manual. But if there is anything you can say about this information that'd be great.