The maximum safe overclock for an EVGA GTX 1060 with 6GB of VRAM is not specified in the provided information.
The maximum safe overclock for an EVGA GTX 1060 with 6GB of VRAM is not specified in the provided information.
I own the same card, recently updated with fresh software and the newest drivers I have:
stock voltage
120% power
+120 core (always use 12mhz steps, that’s how this card is timed)
+660 memory
I can’t emphasize the 12mhz steps for any overclocking on this card. At 110 it caused issues but at 120 it ran much smoother and more stably. Also, experimenting with placing 120mm fans across it and directing air through the side vents really aids cooling. The back of these cards shows hotspots reaching 120f on the opposite side, so blowing air over it helps manage temperatures.
I have the identical card with a fresh install and the latest drivers. The specifications are: stock voltage, 120% power, +120 core (use 12mhz steps as this card is timed), +660 memory. I emphasize the importance of using 12mhz increments for overclocking—at 110 it caused issues, but at 120 it ran much smoother and more stably. Adding 120mm fans blowing across the card and directing air through the side vents helps with cooling. The rear areas show hotspots up to 120°F, so airflow there is beneficial. I’m asking for advice on whether it’s safe to apply your settings directly to my card since I’m new to GPU overclocking. Your guidance would be very appreciated.
Hey, I’ve tested the same card and the most stable performance I achieved was with:
+700 memory
+100 clock
stock voltage
+120 power limit
The main boost comes from the memory overclock—it already runs at 40fps out of the box. I increased the clocks further, but even at +120 it would crash in World of Warcraft. Benchmarks showed it’s fully utilized, and pushing it higher didn’t improve anything. The fan curve is very efficient for these specs; I run it at 30% at 35°C, then increase to 40% up to 56°C, and go up to 50% at 70°C for maximum performance in 1440 mode.
Another improvement was using a Thermaltake fan inside the side case vent, aimed directly at the card. I also added another fan in the 3.5-inch empty bays with foam support, directing airflow straight onto the card. This helped because the blank side would reach 120f in certain areas, and the breeze provided extra cooling. The Thermaltake includes a 4-pin Molex adapter and a low-speed switch for 900rpm operation, keeping it quiet and simplifying fan management.
For the best results, use games that support MFAA, enable 2x MSAA, and set a frame cap at 90fps. This setup makes the card perform exceptionally well, especially in 1440 mode, where it handles more pixels efficiently thanks to its higher density.
Here’s a revised version of your message:
I have the same card, and achieving solid stability at full capacity requires:
+700 memory
+100 clock
stock voltage
+120 power limit
All performance is driven by the memory overclock—it starts at 40fps out of the box. I’ve increased the clocks, but even at +120 it causes random crashes in World of Warcraft. Benchmarks show it’s already maxed out; higher speeds don’t improve anything. The fan curve is very wide for these specs. I use 30% at 35c, then increase to 40% up to 56c, and gradually ramp it to 50% at 70c for optimal performance in 1440 mode.
Another improvement was installing a Thermaltake fan in the side case vent, aimed directly at the card. I also added another fan in the 3.5 inch empty bays with foam to keep air flowing across the entire card. This helps because the blank side can reach 120f in certain areas, and a gentle breeze assists. The Thermaltake comes with a 4-pin Molex adapter and a low-speed switch for 900rpm operation, making it quiet and easy to use without worrying about fan curves.
To maximize the card’s potential, play games supported by MFAA, enable 2x MSAA, and let MFAA boost performance. With a frame rate cap at 90fps, it looks excellent. In 1440 mode, the increased pixel count is a challenge, but the card handles it well thanks to its higher resolution packed into the same space.
Thanks for the helpful advice—really appreciate it!