F5F Stay Refreshed Power Users Overclocking Overclocking with both GPU and CPU

Overclocking with both GPU and CPU

Overclocking with both GPU and CPU

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Baby_Baboon
Junior Member
3
03-17-2016, 10:02 AM
#1
You're using an i7 6700k with 16GB RAM, liquid cooling, and a r9 390 GPU. The PSU is an Evga Supernova 650G with 80+ Gold certification. You're aiming for a stable 4.7 GHz overclock but are struggling to reach it consistently. Your current temperatures are acceptable, but stability remains an issue. For the GPU, you're curious about what factors affect performance when pushing higher overclocks and what temperature limits you should respect.
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Baby_Baboon
03-17-2016, 10:02 AM #1

You're using an i7 6700k with 16GB RAM, liquid cooling, and a r9 390 GPU. The PSU is an Evga Supernova 650G with 80+ Gold certification. You're aiming for a stable 4.7 GHz overclock but are struggling to reach it consistently. Your current temperatures are acceptable, but stability remains an issue. For the GPU, you're curious about what factors affect performance when pushing higher overclocks and what temperature limits you should respect.

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Adoptions
Junior Member
24
03-25-2016, 12:25 AM
#2
Also include your mainboard. If you aim for higher performance, you also need the appropriate board to handle increased overclocking. The key elements affecting OC that damage your card or CPU are voltage and temperature. Voltage changes more quickly than temperature, so avoid exceeding a few hundred MHz.
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Adoptions
03-25-2016, 12:25 AM #2

Also include your mainboard. If you aim for higher performance, you also need the appropriate board to handle increased overclocking. The key elements affecting OC that damage your card or CPU are voltage and temperature. Voltage changes more quickly than temperature, so avoid exceeding a few hundred MHz.

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ViiRaL_Hyper
Member
167
03-26-2016, 12:44 PM
#3
also share your mainboard. If you aim for higher performance, you also need the appropriate board to handle increased overclocking. The key elements affecting overclock stability are voltage and temperature. Voltage changes more quickly than temperature, so avoid exceeding it too much for a few hundred MHz. I have an ASUS Z170A MB.
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ViiRaL_Hyper
03-26-2016, 12:44 PM #3

also share your mainboard. If you aim for higher performance, you also need the appropriate board to handle increased overclocking. The key elements affecting overclock stability are voltage and temperature. Voltage changes more quickly than temperature, so avoid exceeding it too much for a few hundred MHz. I have an ASUS Z170A MB.