Using Adaptive Mode in 2017 for overclocking helps maintain stability while allowing performance adjustments.
Using Adaptive Mode in 2017 for overclocking helps maintain stability while allowing performance adjustments.
Someone in 2017 might require adaptive mode for a CPU because it can fine-tune performance beyond what standard settings like auto CST, EIST, and speedstep can achieve. These default options already adjust automatically within certain voltage and frequency ranges, but they don’t always provide the precise control needed for optimal results.
I also don't rely on adaptive mode, and I'm not sure why anyone would, although I'm certain there are reasons. Still, I don't understand what those reasons might be. Attempting to prevent the chipset from adapting, even when disabled, is extremely difficult.
I also have the 6700K with 4.6Ghz, 1.325v, using DDR4-3000 Trident Z modules, with adaptive off. It has remained stable during all OC attempts on a Gigabyte Z170x-Gaming 5 v1 board. When adaptive voltage was enabled, the system would sometimes behave unpredictably due to voltage fluctuations and overheating.
I can handle most stress tests without exceeding 68°C, no matter how long they run.
I don't rely on adaptive mode myself... I attempted it once just to understand its effects, and my voltage increased steadily from 1.23 to 1.49 on a 4.6 OC at 6700k... I wasn't confident about the higher voltage—it caused significant spikes. I remember seeing readings around 1.5 or more before that.
I also don't rely on adaptive mode, and I'm not sure why anyone would, although I'm certain there are reasons. Still, I don't understand what those reasons might be. Attempting to prevent the chipset from adapting, even when disabled, is extremely difficult.
I also have the 6700K with 4.6Ghz, 1.325v, using DDR4-3000 Trident Z modules, with adaptive off. It has remained stable during OC on a Gigabyte Z170x-Gaming 5 v1 board. When adaptive voltage was enabled, the system would sometimes behave unpredictably due to voltage fluctuations and overheating.
I can handle most stress tests without exceeding 68°C, no matter how long they run.
Darkbreeze also uses a 6700K system, running at 4.6Ghz with 1.325v and DDR4-3000 Trident Z modules. We can handle almost any stress test without exceeding 68°C, no matter how long it runs. Previously, we had to lower our memory clock to match the CPU speed. Is that still necessary? I'm currently testing at 3200mhz with Trident Z RAM at 1.36, but after four seconds of 4.6 tests failing OCCT, I'm considering lowering the RAM to 2133 (the base frequency). I sometimes worry that too slow a RAM clock might affect the tests, and that the RAM performs best at its listed speed most of the time.
Each memory module and every CPU has its own characteristics. We understand this. That's why it's referred to as the silicone lottery. Some perform better than others. Binning plays a role, and the specific setup of my machine or another's might not match exactly with another system.
Cooling is also crucial. What cooler are you using and how is your case cooling arranged?
Darkbreeze also doesn't rely on adaptive mode, and I'm not sure why anyone would, even though I'm certain there are valid reasons. Attempting to prevent the chipset from adapting, even when disabled, is extremely difficult.
I'm using the 6700K with a 4.6Ghz, 1.325v setup, DDR4-3000 Trident Z modules, and adaptive off. It's remained stable during all OC attempts on a Gigabyte Z170x-Gaming 5 v1 board. When adaptive voltage was enabled, the system experienced instability due to voltage fluctuations and overheating.
I can handle any stress test without exceeding 68°C, no matter the duration.
Hey DarkBreeze, what cooling solution do you have? Those temperatures are impressive! I'm using a Fractal Design Define S Case with a CRYORIG H7 fan, a JERRY RIGGED Cougar CFV14HB fan, plus two additional cougar fans and some Fractal case fans. The Cryorig fans spin at 1500 RPM, the cougars around 11000 RPM, and one of the fractals runs at 900 RPM. The case is clear, but your temperatures are significantly better!
So, the link isn't available. I might need to refresh that page.
I'm using a Noctua NH-U14S with an NF-A14 instead of the NF-A15 it came with.
I've replaced the four NF-A14 fans with Aerocool DS140 case fans, which I did by vinyl dyeing them. Unlike my CPU cooler fan (which also got vinyl dyed) and several others, they didn't react well and ended up in different places.
The Aerocool fans are generally well-reviewed, quiet, and perform well, but I'm considering swapping them for new NF-A14 units now that Noctua released the black Chromax versions. In fact, the new Chromax models look identical to the one on my CPU cooler—including the red vibration pads. That should be a perfect fit.
Anyway, I have two 140mm intakes, two 140mm exhausts, and the NH-U14S cooler. Nothing too special, but it functions fine.