So before we begin to explore the new options, first this: the 'old way' of overclocking still is possible, in reality this would be what is referred to as basic mode, yet managed by the sliders that you guys all know and like.
When you want to overclock typically you need to verify and stabilize your tested settings. First off let us remind you that we always recommend increments of roughly 25 MHz on core and memory from the default base clock frequency upwards. In the first stage you overclock your GPU, in the second the memory. Once you get artifacts or a lockup, back down 25 to 50 MHz and typically that is your stable result in it's highest threshold -- under the condition that the room temperature is the same yes GPU heat and surrounding heat have an influence on your overclock.Scp to onedrive
Related to heat is your graphics card cooling system. Cooling helps with overclocking, it's as simple as that. So make sure your PC casing is well ventilated with decent airflow. As stated on the previous page, the Core Voltage control is now based on the percentage of maximum voltage frequency.
Personally I am not a fan of this, but this is obviously by design from Nvidia. We applied:.
Above Linear mode Curve tweaking increase clock frequency with a relative but fixed offset in MHz. So before we begin I like you to have a look at the AfterBurner screenshot above. Basically with future updates in overclocking software you will see three new stages of clock frequency control.Airoh crossover executive, casco airoh aviator 2.2 styling orange
Basic, Linear and manual modes. What you see here today is still in beta, however is being released today for you guys to try out as limited beta. Above basic or preferred mode Curve tweaking. So how do you activate the new curve clock frequency control? In this beta 4. GeForce Firefox vram Usage Is there any way to increase the size of Nvidia Cache? Nvidia This method is similar to the "basic" tweaking methodology we'll discuss in the next paragraph.
GeForce GTX 1080 Ti overclocking: pushing it to the limit
Mind you that the MHz denoted is the clock frequency with the Unigine Heaven benchmark. A more easy to render game will easily pass the 2.Register Now! Login Register. Please login or register.
Home Help Search Login Register. Hello guys. I get core clock in games and it goes down to max The thing is, the game is very stuttery and choppy, and i believe is from hitting the power limit and voltage limit. Can you suggest what should i do to further troubleshoot this? I contacted MSI and they said it is normal for gpus to hit those limits. Any help is highly appreciated.
PNG Well, for the lowest clockrate would be very good already. Most likely you alraedy reached that Pascal point where overclocking does not work. You can ramp up clockrates but get stuttering and low performance. Remove any oc and retry. That's the problem, even on stock clocks, stock voltage and stock power, there are big stutters and spikes. I formated my pc, i tried older nvidia drivers. I installed back my GTX 6GB and the stutters are gone and the clock speeds and voltages are smooth and constant.
That's what i try to understand, why there are that big spikes in the core clocks even on stock, constantly dropping to mhz mid-game, causing stutter. Before every driver reinstall i used DDU to uninstall the older ones, power plan is high performance and in control panel i selected maximum performance and gtx as the gpu. I disabled the integrated hd graphics in the bios. Flash version NVMH. Can you please tell me if it's safe to do so, or i will lose my warranty?
The card is just how i bought it, and it came with the bios i showed you.Find out how to get the most out of it by reading Chino's guide, it's a must read by our long-time ROG forum guru.
HIGHEST 'BIOS' VOLTAGE LIMIT - GTX 1080 MANUFACTURER?
Thanks Chino! But I can bet that not many users are running their graphics card at peak performance much less know that there is still some gas in the tank.
Having lots of it simply makes us want more of it. Squeezing very last drop of performance from your Strix GTX requires having the correct tools. It's good at what it does and there are certain functions that were developed specifically for ASUS graphics cards which are not available in other utilities.
When it comes to testing for stability, each user swears by a different program. What I have noticed is that if my overclock is stable in Heaven 4. As always nothing is written in stone, so feel free to use the program of your choice for stability testing.
Now proceed to select the Extreme preset for Heaven and let it do its thing.
Guide: Overclocking the ROG Strix GTX 1080
Once the program starts, press the F9 key to initiate the benchmark function. If your graphics card manages to finish the benchmark run, then you're on the right track. While the Strix GTX is guaranteed to reach a frequency of MHz on paper, we all know that it has no problem boosting beyond that number. My particular sample boosts to MHz in real-world usage. However, your mileage will vary. The next parameter that we need to analyze is the GPU Temperature. So scroll down the Monitor window to find that information.
GPU Temperature is one of the two factors that can hinder your overclocking experience. In my case, my card gets around 70C which leaves me with some good headroom for overclocking. We will need to enable these options before we can start going crazy with the Strix GTX Once you're on the home screen, click the Professional Mode icon on the bottom right to switch over to a more advanced interface.
Scroll down and tick the Overclocking range enhancement option. Click Apply and you will be taken back to the home screen. There are a few settings that we must change to ensure that the thermals and power usage won't limit us from finding our maximum overclock for our Strix GTX Then repeat until you run into instability.
Instability usually shows itself in form of:. If you fall victim to any of these symptoms, restart your system and start decreasing the GPU Boost Clock by 1MHz to 5MHz, depending on your patience, until you are able to complete the benchmark.
But we're not finished yet. We still need to overclock the Memory Clock to get us even more performance. Now we'll be working with the Memory Clock MHz option. Since the memory is a lot more forgiving so we can get away with using bigger increments. I use increments of MHz. Basically repeat the same process as we used to overclock the GPU Clock. When instability starts to appear, start decreasing your Memory Clock by 10MHz until you find your stable overclock. By now you should have your maximum stable overclock for your Strix GTX Traditional overclocking - As most of you know, with most video cards you can apply a simple series of tricks to boost the overall performance a little.
Typically you can tweak on core clock frequencies and voltages. By increasing the frequency of the videocard's memory and GPU, we can make the videocard increase its clock cycles per second. Use any tweaking utility of your preference of course. We use AB, AfterBurner. If you cannot wait for a new AB release and need some voltage control, here's a tip:. In this screenshot you can see the entire procedure which is less then 30 seconds work. Once overclocked keep this in mind: Due to the dynamic nature of the boost clock, your frequency is not fixed.
Limiters and monitors, temperature, load, power and voltages will continuously alter a maximum clock state. The biggest limiter for the Ti FE would be temperature, once we increased that limiter to 90 Degrees C, the boost clock would go up fast but at the cost of noise of course.
GeForce Firefox vram Usage Is there any way to increase the size of Nvidia Cache? Nvidia It's cooled with some Windforce and a product that was designed for users on a budget, the card breathes and oozes that. It's a passively cooled product that was designed for users on a budget, the card breathes and oozes that. This model come Palit beefed up that GPU The GP from Palit.I've been busy running additional benchmarks, and I have a few updates in the works. Turns out, there's still plenty of junk in the trunk.
Then I set the fan speed to a static 80 percent, which is certainly audible but really isn't too bad. The above image was captured while running a heavy GPU workload for literally hours—it completed with no crashes, despite the healthy overclock. For gaming workloads, depending on the game, resolution, and settings used, I saw sustained clockspeeds in the MHz range. And the temperatures were much better, typically in the C range. Running at stock, core clockspeed was usually around MHz, but the fan speed was much lower leading to temperatures as high as 84C.
Nvidia has tuned the Ti by default to keep fan speeds below about 50 percent, so rather than making more noise the clockspeed will drop until the card reaches equilibrium.
That's not a bad approach, leaving plenty of room for overclocking—and there will certainly be custom designs that make the most of the headroom. But how does the overclocked GTX Ti perform? With core clocks about 15 percent higher and an extra 9 percent memory bandwidth, it allows the GPU to run just a bit faster.
Of course the Ti was already bumping into CPU limits at p, so I didn't bother retesting that resolution. Here's how the overclocks affect gaming performance at those two resolutions:. At p, there are several games where the overclock doesn't do much. Doom runs into the fps framerate cap—yeah, at p ultra, it's still running fps. Overall, performance improves by eight percent at p thanks to overclocking.
Civ6 is the only game that sees no real benefit, and a few others also show single digit percentage improvements.
But Doom sees nearly a 20 percent improvement, and several other games show impressive gains of percent.
On average, at 4K performance is up 10 percent—not too shabby! The GTX Ti routinely bumps into the power limit when overclocked, and you can achieve a decent performance improvement without touching clockspeeds if you just increase the power limit. It doesn't hit as high of an overclock as the Ti and other series cards achieved, but part of that is due to differences in architecture.
Pascal may be similar to Maxwell, but Nvidia did add some new features, and stock clocks are substantially higher. Even with the process shrink from 28nm down to 16nm FinFET, there are still limits to how far silicon can go. Now if only you could find the GTX Ti in stock….Finance performance review examples
Just as we expected, all of the places carrying the Ti sold out in rapid fashion. If you're anxious to get one, the best advice I can give is to keep checking your favorite resellers. For the next few weeks at least, supply isn't likely to keep up with demand, but you might get lucky. Please deactivate your ad blocker in order to see our subscription offer. Here's how the overclocks affect gaming performance at those two resolutions: At p, there are several games where the overclock doesn't do much.
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See comments. Topics Hardware.We're also adding two more measurement series' with ns and 10ms time intervals to meet any challenges GPU Boost 3.
Also, our current clamps were recalibrated for accuracy and speed.Single i tanum
Even an empty desktop might see sporadic load fluctuations. Consequently, we use a long-term measurement and then choose a representative two-minute sample for our test. Idle power consumption looks great. Altogether, our measurements indicate 6. That's a fantastic result. The numbers get more interesting as we measure power consumption while running a loop of Metro: Last Light at Ultra HD.
After the graphics card warms up to a toasty 84 degrees Celsius 10 degrees under its thermal thresholdpower consumption registers W. In other words, the company was right on with its W TDP rating. In the same loop, the older board consumes W.
Here's the direct comparison:. Spikes above W are a thing of the past. Our analysis shows that only about 40W comes from the motherboard's slot. Meanwhile, the eight-pin auxiliary power connector supplies W of its W rated maximum. This means that power consumption through the PCIe cable won't be an issue. After all, we never saw any problems from Nvidia's Quadro M when that cable had to supply W.
Now let's switch to gaming under the highest overclock we could achieve with our GeForce GTX sample. That's not particularly good news for enthusiasts concerned about their eight-pin power connectors, but it's still a fairly realistic goal that shouldn't cause any damage to your hardware. A more detailed efficiency comparison should boards from Nvidia's partners with better-performing coolers. So, at this point, we're limiting ourselves to a brief overview.
Currently, the scaling of clock rate, power consumption and gaming performance at different loads looks like this:. Our W result lands just under Nvidia's power limit. The card does have to pull its clock rates by quite a bit to keep power consumption at this level during a stress test, though. The W boundary is never crossed without overclocking. In fact, exceeding it would be impossible according to the engineers we asked.
We repeatedly double-checked our results using different intervals, and the only measurement that gave us somewhat higher readings was 10ms interval likely due to the measurement being less accurate.
Current page: Power Consumption Results. Our test equipment hasn't changed, though. Image 1 of 6. Image 2 of 6. Image 3 of 6. Image 4 of 6. Image 5 of 6. Image 6 of 6. Image 1 of 7. Image 2 of 7.
Image 3 of 7. Image 4 of 7. Image 5 of 7.Forums New posts Search forums. New posts What's new Latest activity New profile posts. Members Current visitors New profile posts Search profile posts. Log in Register. Search titles only. Search Advanced search…. New posts. Search forums.Overclocking GeForce GTX 1080 with MSI AfterBurner 4.3.0 Beta 3 and Curve based Frequency Tweaking
I'd like to make my first post about voltage limits for GTX 's.
I am an upcoming over-clocker and have decided that 'due to' the Silicon Lottery I am going to have to base my final decision on 2 things. Now before I state these things, I want to stress -- that I do understand that Nvidia demands manufacturers lock voltage at the hardware level at 1. So for example if the BIOS voltage is set at 1. Or which manufacturer allows you to get closest to 1. I notice that reference cards are rated at W but some aftermarket cards are rated a lot higher I've seen one rated at W but then on a different website the exact same card is rated by a different retailer as still having a W TDP?
Which is correct? It is easy to add more cooling by upgrading to waterblock or by picking a manufacturer with better rated cooler by viewing temperature benchmarks for different cards but none of this actually matters if these caps are in place and cards are never getting above 70c. So we can squeeze every ounce of performance before we reach the physical hardware limit Can anyone provide any insights?
Thanks so much.
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