F5F Stay Refreshed Power Users Overclocking Nvidia overclocking issues and display driver failures are occurring.

Nvidia overclocking issues and display driver failures are occurring.

Nvidia overclocking issues and display driver failures are occurring.

D
Djefish
Member
184
03-26-2016, 01:27 AM
#1
Hi, I'm experiencing issues while trying to achieve high FPS with boosted GPU clock offset. Initially, I noticed a significant FPS improvement along with stable temperatures between 40c and 50c and memory clock offsets of 250 or 500. However, after about 1 to 10 minutes, my display drivers consistently failed. This problem has persisted for over two years, and I haven't been able to identify the cause.
D
Djefish
03-26-2016, 01:27 AM #1

Hi, I'm experiencing issues while trying to achieve high FPS with boosted GPU clock offset. Initially, I noticed a significant FPS improvement along with stable temperatures between 40c and 50c and memory clock offsets of 250 or 500. However, after about 1 to 10 minutes, my display drivers consistently failed. This problem has persisted for over two years, and I haven't been able to identify the cause.

T
Tyclonek
Member
81
03-26-2016, 07:56 AM
#2
If the display drivers stop working, it may indicate instability in the overclock. Any unusual behavior from your graphics card—such as flickering, artifacts, crashes, or stuttering—is typically a sign of trouble. You should reduce the memory or GPU boost clock speed until no crashes occur, or increase the voltage. Keep it below around 1.1v for safety.

A helpful approach is to set the memory clocks to their standard values first, then adjust the core clock (GPU boost) next. You can either skip the voltage adjustment or apply it, and once you identify a stable setting, move on to the memory clocks.
T
Tyclonek
03-26-2016, 07:56 AM #2

If the display drivers stop working, it may indicate instability in the overclock. Any unusual behavior from your graphics card—such as flickering, artifacts, crashes, or stuttering—is typically a sign of trouble. You should reduce the memory or GPU boost clock speed until no crashes occur, or increase the voltage. Keep it below around 1.1v for safety.

A helpful approach is to set the memory clocks to their standard values first, then adjust the core clock (GPU boost) next. You can either skip the voltage adjustment or apply it, and once you identify a stable setting, move on to the memory clocks.

J
Jerryx01
Posting Freak
870
04-01-2016, 03:38 PM
#3
If the display drivers stop working, it may indicate instability during overclocking. Any unusual behavior such as flickering, artifacts, crashes, or stuttering is typically a sign of instability. You should reduce the memory or GPU boost clock speed until no crashes occur, or increase the voltage. Keep it below approximately 1.1v for safety.

A useful approach is to set the memory clocks to their normal value first, then adjust the core clock (GPU boost) either without a voltage change or with one. After identifying the optimal setting, proceed to fine-tune the memory clocks.
J
Jerryx01
04-01-2016, 03:38 PM #3

If the display drivers stop working, it may indicate instability during overclocking. Any unusual behavior such as flickering, artifacts, crashes, or stuttering is typically a sign of instability. You should reduce the memory or GPU boost clock speed until no crashes occur, or increase the voltage. Keep it below approximately 1.1v for safety.

A useful approach is to set the memory clocks to their normal value first, then adjust the core clock (GPU boost) either without a voltage change or with one. After identifying the optimal setting, proceed to fine-tune the memory clocks.