F5F Stay Refreshed Power Users Overclocking Need Help. GPU overclocking

Need Help. GPU overclocking

Need Help. GPU overclocking

N
Nienke_2002
Senior Member
621
05-13-2025, 06:14 PM
#1
I just pushed my GPU (Sapphire Dual-X R7 265) to its maximum settings. I increased the power limit at the start by +20, but is that excessive? Did I do it correctly? After running Unigine Valley for a while, the temperature stayed between 70-75°C. No artifacts or crashes were observed. The results are attached. I didn’t do this before, so it’s a first time overclocking.
N
Nienke_2002
05-13-2025, 06:14 PM #1

I just pushed my GPU (Sapphire Dual-X R7 265) to its maximum settings. I increased the power limit at the start by +20, but is that excessive? Did I do it correctly? After running Unigine Valley for a while, the temperature stayed between 70-75°C. No artifacts or crashes were observed. The results are attached. I didn’t do this before, so it’s a first time overclocking.

I
iTzCheTTo
Member
80
05-15-2025, 04:49 PM
#2
Wow, bring it down! You don't want to damage your graphics card right away.
I
iTzCheTTo
05-15-2025, 04:49 PM #2

Wow, bring it down! You don't want to damage your graphics card right away.

A
axsthetiic
Member
218
05-15-2025, 06:33 PM
#3
The power limit is fine as long as you monitor your temperatures during benchmarking. Reduce the core clock slightly and increase fan speed until you achieve a stable temperature. Aim for around 50 to 70% fan speed; feel free to raise it if your graphics card supports it. Temperatures below 70°C are ideal, but anything above 80°C is not recommended for that card. Consider a 1010Mhz core clock and memory clock default, then test Unigine Valley to check for crashes, freezes, or Blue Screen errors. Wait until you notice stable overclocking before adjusting voltage, unless you plan to increase it significantly like +6 Volts.
A
axsthetiic
05-15-2025, 06:33 PM #3

The power limit is fine as long as you monitor your temperatures during benchmarking. Reduce the core clock slightly and increase fan speed until you achieve a stable temperature. Aim for around 50 to 70% fan speed; feel free to raise it if your graphics card supports it. Temperatures below 70°C are ideal, but anything above 80°C is not recommended for that card. Consider a 1010Mhz core clock and memory clock default, then test Unigine Valley to check for crashes, freezes, or Blue Screen errors. Wait until you notice stable overclocking before adjusting voltage, unless you plan to increase it significantly like +6 Volts.

A
AmnesiaID12
Junior Member
5
05-20-2025, 08:08 AM
#4
Now, the power limit is fine as long as you monitor your temperatures during benchmarking. Slightly reduce the core clock and increase the fan speed until you achieve a stable temperature. Aim for around 50 to 70% fan speed; don’t hesitate to raise it if your graphics card supports it. Temperatures below 70°C are ideal, but anything above 80°C is detrimental. Try a 1010Mhz core clock and memory clock default, then run Unigine Valley to check for crashes, freezes, or Blue Screen errors. Once stability returns, wait before adjusting voltage unless you’re planning a significant increase like +6 Volts.
A
AmnesiaID12
05-20-2025, 08:08 AM #4

Now, the power limit is fine as long as you monitor your temperatures during benchmarking. Slightly reduce the core clock and increase the fan speed until you achieve a stable temperature. Aim for around 50 to 70% fan speed; don’t hesitate to raise it if your graphics card supports it. Temperatures below 70°C are ideal, but anything above 80°C is detrimental. Try a 1010Mhz core clock and memory clock default, then run Unigine Valley to check for crashes, freezes, or Blue Screen errors. Once stability returns, wait before adjusting voltage unless you’re planning a significant increase like +6 Volts.