GeForce GTX 1080 Ti overclocking: pushing it to the limit
In the initial GTX 1080 Ti review, I wasn’t able to finish all the tests I wanted to include. I’ve been busy running additional benchmarks, and I have a few updates in the works. For this first piece, I’m looking specifically at the overclocking potential of the GTX 1080 Ti. With higher clockspeeds on the GPU and RAM compared to the Titan XP, you might think Nvidia pushed the card to its limits. Turns out, there’s still plenty of junk in the trunk.
I didn’t do anything crazy here, I just cranked the power limit to the maximum 120 percent, and after a bunch of testing I ended up with a 175MHz increase on the GPU core clock and a 500MHz increase on the GDDR5X—which takes the memory to an incredible 12Gbps. 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.
That was my burn-in result, which had the GPU core settling in at 1900-1950MHz and a temperature of 75C. For gaming workloads, depending on the game, resolution, and settings used, I saw sustained clockspeeds in the 1975-2035MHz range. And the temperatures were much better, typically in the 65-70C range.
Running at stock, core clockspeed was usually around 1700-1750MHz, but the fan speed was much lower leading to temperatures as high as 84C. Nvidia has tuned the 1080 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 1080 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 1080 Ti was already bumping into CPU limits at 1080p, so I didn’t bother retesting that resolution.
Instead I focused on 1440p ultra and 4K ultra/high. Here’s how the overclocks affect gaming performance at those two resolutions:
At 1440p, there are several games where the overclock doesn’t do much. Doom runs into the 200 fps framerate cap—yeah, at 1440p ultra, it’s still running 200 fps. Dishonored 2, Shadow Warrior 2, Ashes of the Singularity, and Civilization VI all show less than a four percent gain. But other games that are more GPU limited definitely benefit, with >10 percent gains in Battlefield 1, Far Cry Primal, Gears 4, Wildlands, and Rise of the Tomb Raider. Overall, performance improves by eight percent at 1440p thanks to overclocking.
4K is more GPU limited, so the improvements are even greater. 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 15-17 percent. On average, at 4K performance is up 10 percent—not too shabby!
The GTX 1080 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.
If you’re skittish about damaging a $700 GPU, raising the power limit without changing the clockspeeds is pretty much a ‘free’ performance boost (with a bit more power use from the graphics card).
Overall, GTX 1080 Ti is very similar to the rest of the Pascal lineup when it comes to overclocking. It doesn’t hit as high of an overclock as the 980 Ti and other 900-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 1080 Ti in stock…. Just as we expected, all of the places carrying the 1080 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.
Jarred’s love of computers dates back to the dark ages when his dad brought home a DOS 2.3 PC and he left his C-64 behind. He eventually built his first custom PC in 1990 with a 286 12MHz, only to discover it was already woefully outdated when Wing Commander was released a few months later. He holds a BS in Computer Science from Brigham Young University and has been working as a tech journalist since 2004, writing for AnandTech, Maximum PC, and PC Gamer. From the first S3 Virge ‘3D decelerators’ to today’s GPUs, Jarred keeps up with all the latest graphics trends and is the one to ask about game performance.
GTX 1080 Ti Performance and overclocking
How we test
We’ve run all three of these cards on the open test bench that consists of the following components.
- Motherboard: Asus Z170-Deluxe
- Processor: Intel Core i5-6600K (Overclocked to 4.8GHz)
- RAM: Corsair Vengeance 2666MHz, 16GB DDR4
- Cooler: Corsair H60 liquid cooler
- PSU: Corsair CX750M
- SSD: Samsung 850 EVO
- OS: Windows 10 Pro 64-bit
I’ve run the numbers against the GTX 1080 and the Titan X, all with the very latest March 2017 drivers to give each GPU the fairest crack of the whip.
The games were run at their maximum settings with a healthy dose of anti-aliasing. Some might find the addition of AA controversial, but you’ll always get the best comparisons when pushing cards right to their very limits. I also ran each game at 5K, although here I’ll focus on the 4K results since this is what most people will be expecting.
GTX 1080 Ti – Performance and Benchmarks
(average fps)
To make the most of the 1080 Ti, we’ve added some benchmarks that represent a couple of more recent games to ensure it’s pushed to its limits. We start with a hit from last year.
Battlefield 1
DICE’s World War I epic is a great benchmark for high-end GPUs thanks to incredible detail, particle effects and GPU-sapping textures. I ran it at 4K and at 5K, although realistically most people will be maxing out at 4K for the time being.
Battlefield 1 doesn’t have a repeatable built-in benchmark, so the test is run during the on-rails section of the mission “Mud and Blood”.
The GTX 1080 Ti managed an average frame rate of 72fps, which is superb when you consider I’d turned everything to Ultra and whacked up anti-aliasing as well. Tweaking the graphics settings that aren’t as important to you will yield even better results.
Related: Best gaming PC specs to build yourself
Compared to the GTX 1080, which managed 55fps in the same test, the 1080 Ti is 24% faster.
Middle-earth: Shadow of Mordor
It’s almost time to retire Shadow of Mordor from our benchmarking suite. 2014’s adventure epic has an excellent built-in benchmark, but with sequel Shadow of War coming soon, the 1080 Ti benchmark is perhaps its last hurrah.
At 4K and Ultra settings, 86.6fps is another good result, with no noticeable dips in frame rate during the test. Surprisingly for such an old title, Shadow of Mordor was a huge outlier in my tests, generating a 1080 Ti score that was 44% faster than the regular GTX 1080.
Rise of the Tomb-Raider
One of the toughest tests at high resolutions, Tomb Raider’s beautiful benchmark was where the 1080 Ti came closest to nudging the sub-60fps barrier, with an average score of 61.
5fps at maximum settings in 4K. This was 20% faster than the GTX 1080, which is a notable and noticeable improvement.
Drop a few graphics settings, including shadows and anti-aliasing, and you’ll have 70fps plus in Tomb Raider without any issues.
Hitman
Hitman released its final set of missions last year, but it still has a resource-hogging benchmark that really tests the mettle of GPUs.
In 4K, the GTX 1080 Ti managed an impressive 73.6fps at maximum settings, maintaining a relatively stable frame rate throughout the run. It wasn’t significantly faster than the GTX 1080, though, which put in an average frame rate of 59fps.
GTX 1080 Ti vs 1080
(average fps)
GTX 1080 Ti vs 980 Ti
I didn’t have a 980 Ti test with the latest drivers, but our benchmark results from last year point to 1080 Ti performance that’s between 30% and 50% faster at 4K in Hitman, Tomb Raider and Middle-earth: Shadow of Mordor.
GTX 1080 Ti vs Titan X
(average fps)
It was the comparison Nvidia made when it launched the 1080 Ti – and it is indeed faster for £300 less. If you own a Titan X, it isn’t exactly a tragedy; you’ve had world-beating performance for a full seven months, so think of it as a Titan Xclusive. Obviously, you’ve no need to upgrade.
GTX 1080 Ti – Overclocking, Heat and Power Consumption
The GTX 1080 Ti is a much more powerful beast than the GTX 1080, and considerably more so than the 980 Ti. Its TDP (thermal design power) is rated at 250W, the same as the 980 Ti and Titan X, while the GTX 1080 clocks in at just 180W. This could be all the difference for those with builds that have 500W power supplies.
Indeed, peak power draw for the entire TrustedReviews test system without overclocks was 412W, compared to the GTX 1080’s 340W in the same test. If you have a more powerful processor than the one we used, take a look at your power consumption readings to check you won’t over-stretch your PC’s power supply.
Running the Unigine Heaven benchmark on a loop in 4K, the GTX 1080 Ti was able to boost well beyond its stated 1,600MHz clock speed, happily sitting at around 1,800MHz at around 84oC.
Overclocking is as easy as ever, with the GTX 1080 Ti receptive to around 1,950MHz. I was quickly able to get a stable looping Unigine benchmark at 1,950MHz without the GPU throttling back. Temperatures maxed out at around 86oC on the automatic fan profile; I’d probably tweak it so it runs a little louder and cooler. Popping the fan speeds up to 70% reduced the temperature to a more comfortable 77oC.
It will be interesting to see whether third-party card manufacturers can encourage the 1080 Ti beyond 2GHz and what sort of cooling will be required in order to achieve such performance.
Memory overclocking was nice and easy: the 11GB of 11GHz GDDR5X memory was happy to receive a boost up to 11.8GHz without instability kicking in.
Nvidia says it has improved the fan design to run slightly quieter, but I didn’t hear a difference – and neither could my decibel meter.
At 28,000rpm, both fans put out between 55 and 56dBA of noise, which is perfectly acceptable. In a compact, poorly insulated case with overclocks applied, it will likely become louder, but not significantly.
Should I buy the GTX 1080 Ti?
Buying the most expensive graphics card you can afford has long been a reviewer’s’ trope, but it’s almost always true. The 1080 Ti stretches this advice to its very limits with its super-high price, but with no competition from AMD at this end of the market, Nvidia has reached new performance territory.
When buying a 1080 Ti, don’t think about the Titan X – for what it offers, it’s rather overpriced at this point – but think more about the GTX 1080. With the 1080’s big price drop to £500, it’s become the new de facto choice for 4K gaming at High settings.
However, with 3GB more memory and at least 20% better performance, it’s hard not to recommend the 1080 Ti for those building the best system they possibly can for 4K and multi-screen gaming.
If you’re thinking about a direct upgrade from the 980 Ti, the performance increase is substantial; the 1080 Ti is up to twice as fast. If you have a 1080, your card has a lot of life left in it and it’s probably wise to stick with it for now.
Related: Best graphics card
If you don’t have a 4K monitor and don’t plan on buying one, the 1080 Ti is overkill – and even if you have a 1080 Ti but don’t always find yourself playing the very latest AAA games, you can save a couple of hundred quid on a 1080 or more on a 1070.
Verdict
A new performance benchmark – but you pay for it.
Mining on GTX 1080 Ti and 1080. Tablet, hashrate, overclocking, profitability, consumption. How many mines?
What can the GTX 1080 Ti and GTX 1080 do in mining?
In this large review of the 1080 Ti video card in mining, we will determine the optimal overclocking settings for 1080 ti for mining, find out what consumption this card has, look at the effect of the tablet for mining ETC, ETHW, which raises the efficiency of 1080 Ti in mining by 40% .
Let’s find out how much money you can earn on this card and compare 1080 Ti vs 1080 in cryptocurrency mining. The current exchange rate of the ether, as well as online cryptocurrency rates, see the website.
10 Gbps effective
11 Gbps effective
Complex characteristics 1080 VS 1080 TI
GTX 1080 TI TII HEART. Mining on 1080 Ti
Consider 1080 hashrate and consumption. This table should serve as a kind of benchmark for you, i.e. your values should be plus or minus those, with a slight discrepancy of up to 3-5%. Below we will analyze how to achieve such or better results with the help of a tablet, settings, overclocking and power restrictions. Compare gtx 1080 ti vs 1080.
How much does GTX 1080 Ti mine? Mining on 1080
How much does GTX 1080 mine?
| 110.00W | ||||
| CNGPU | 1800.00 h/s | 160.00W | ||
| CryptoNightR | 520.00 h/s | 120.00W | ||
| CNFast | 1180.00 h/s | 110.00 W | ||
| Aion | 2400029 6.50 h/s | 160.00W | ||
| Cuckatoo31 | 0.95 h/s | 150.00W | ||
| Cuckatoo32 | 0.29 h/s | 150.00W | ||
| Beam | 20. |
150.00W | ||
| Randomx | 7000029 Autolycos | 59.50 Mh/s | 160.00W | |
| Octopus | 10.50 Mh/s | 170.00W | ||
| EquihashZero | 38.30 h/s | 150.00W | ||
| ZelHash | 41.50 H/S | 160.00W | ||
| KAWPOW | 16.90 MH/S | 160.00W | Ravencoin mining | PROGPOT0032 | 160.00W |
| X25X | 5.25 Mh/s | 150. |
||
| MTP | 2.80 Mh/s | 150.00W | ||
| Verthash | 0.52 Mh/s | 150.00W |
1080 hashrate in mining
On average, 1080 Ti is 15-25% more efficient.
For mining on GTX 1080, GTX 1080 TI, we recommend Binance pool. Registration link (lifetime 5% cashback on commissions). As well as the operating system HiveOS. Hive OS registration link (with the InsidePC promo code you get $10 to your account).
For the stable operation of video cards in the rig, make the correct settings for the motherboard for mining.
GTX 1080 Ti and 1080 Overclocking and Tuning
This table shows the optimal overclocking settings for each card. This value may differ depending on the vendor, power supply, drivers, memory chip manufacturer and the graphics chip itself.
Overclocking table 1080 ti for all coins
- Core frequency — +150 Mhz
- Video memory frequency — +500 Mhz
- TDP (Power Limit or power limit) — 75%
Overclocking table 1080 for all coins
- Core frequency — +150 Mhz
- Video memory frequency — +500 Mhz
- TDP or power limit) — Power Limit 75%
What have we achieved with the gtx 10 80?
Let’s see how this card works on NiceHash.
How much 1080. 1080 TI mines in ether mining (ETH) on NiceHash
GTX 1080 Ti without overclocking and pills in ether mining on the DaggerHashimoto algorithmPhoenixMiner_5.4c log on 1080 TI without pills and overclocking
By default settings without tablets and overclocking, 1080 Ti gives out 32 MH / s on the DaggerHashimoto algorithm, on the NiceHash exchange. How to overclock 1080 Ti for mining ETH, ETHW and what is a tablet, we will discuss further. Agree, the result of 32 MH/s as RX 580 8Gb in mining or 1660 Super mining is not impressive. Especially considering that 1080 Ti consumes 2.5 times more voltage than the mentioned cards.
See the ETHW rate on the website.
At the beginning of 2021, in the midst of the second wave of the cryptocurrency boom, 1080 Ti and 1080 can be turned into a real monster of ether mining (ETC), ether fork (ETHW).
Looking ahead, you can squeeze out about 47-50 MH / s from 1080 Ti when mining ETC, ETHW. And this is already a result close to the RX 5700 XT in mining, about how this hit from the reds behaves in mining, read the material RX 5700 XT mining, where we will discuss overclocking and card optimization.
Pill for ether
OhGodAnETHlargementPill -r2 raising the hashrate of 1080 TI to 45.5 MH/s or +41% with which you can raise the hashrate of 1080 TI to 45 MH / s. On the Internet they write about raising up to 50 MH / s, in my experience, and I tested on 13 1080 Ti cards from different vendors, I did not get more than 47, only with overclocking the card. This “tablet” is also available on Linux systems such as Rave OS and Hive OS, and it is already built into these mining operating systems.
How to enable the tablet for GTX 1080 and 1080 Ti in Windows
Starting the tablet with the file — ETHlargementPill-r2.exe
To enable the tablet, you need to download the program archive from github. Run the ETHlargementPill-r2.exe file and wait 10-20 seconds, the card hashrate should rise. Launching a pill for ether on 1080 and 1080 TI cards
This window should be launched. 1080ti hashrate after the pill in NiceHash
In my case, I saw an increase to 52 MH/s on NiceHash, but this is the maximum and short-term result, the real figure is about 45-49MH/s, this figure will be slightly higher on Binance Pool if you choose a pool for mining ether, I highly recommend Binance Pool, what it is and how to connect to it, read the link.
The profitability of mining on video cards can be viewed in the summary table.
How to turn on the tablet for GTX 1080 and 1080 Ti in Rave OS
To connect the ETHlargementPill-r2 tablet on 1080 Ti in Rave OS, you need to do the following manipulations:
First, you must be registered in Rave OS. To register in Rave OS, follow the link. Registration is simple.
1. Go to the Workers tab (this procedure will need to be done for all workers that will have at least one 1080 or 1080 Ti). Workers tab in RaveOS
2. Go to the worker settings (Edit worker). Workers — Edit worker in RaveOS
3. Go to the Settings tab Turn on NV-pill. Enable/disable the Ohgodanethlargementpill for nvidia 1080 series cards
4. Check the box next to NV-pill. Enable/disable the Ohgodanethlargementpill for nvidia 1080 series cards, and click the «Save & Apply» button.
That’s all, the tablet will apply itself and the hashrate of the card will increase to 45.5 MH / s from the original 31 MH / s. Unless, of course, you overclocked anything or cut the voltage limit of the card.
How to enable the tablet for GTX 1080 and 1080 Ti in Hive OS
Register in Hive OS using the link with the promo code «InsidePC» and get $10 on your balance. In the Hive OS operating system, the tablet is turned on as follows:
Farms in Hive OS
2. Select the rig in which there are 1080 Ti.Rigs in Hive OS
3. Select the desired card and click on the speedometer icon. You can select this icon next to a specific map, or select the speedometer icon with the inscription ALL. Here you can set the settings for overclocking all Nvidia or AMD cards. If you have a 1080 rig, you can apply the pill to all cards at once. Overclocking settings for one card or all cards at once
4. In the window that appears, enable OhGodETHLargementPill (only for GTX 1080 series). everything, as you can see, the tablet is included in Hive OS as easily as in Rave OS. In Hive OS, the hashrate also rises to 46 MH / s.
Life hack! Adding +3 MH/s to 1080 TI in Windows using Nvidia Profile Inspector (does not always work for everyone)
This life hack does not always work, but you can try. This only applies to Windows. Download Nvidia Profile Inspector. Unzip the archive and run nvidiaProfileInspector.exe. Turn on CUDA — Force P2 State.
In the Common section, you need to find the value CUDA — Force P2 State and switch to the On position. Wait a little time, and the hashrate will have to rise by about 3 MH / s.
Overclocking 1080 TI for mining
How to overclock 1080 TI for mining to get the maximum hash rate? Overclocking 1080 ti should be done only after using the tablet, since as many hashes as the tablet gives, more than one overclock will not give. Overclocking for mining is different from overclocking a game card. We need to find the optimal settings for mining the desired coin and power consumption. I will show you the optimal 1080 TI overclock settings for ETC, ETHW mining.
If you have not yet chosen an exchange for trading and investing, the best cryptocurrency exchanges will help you do this.
It doesn’t matter where you overclock the card, on Windows via MSI Afterburner, on Hive OS or Rave OS. The chip and memory frequencies are the same. For ether, memory overclocking is more important than GPU overclocking.
Overclocking 1080 TI for mining in Windows
Overclocking GTX 1080 TI in Windows for mining ether
- Set Power Limit to 85-100% (less power consumption, less hashrate).
- Core Clock (MHz) add +80.
- Memory Clock (MHz) add +400.
That’s all. The hashrate should go up another 3-5 MH/s after taking the pill. But power consumption and heating will increase. Learn it!
Overclock 1080 TI for mining ETC and ETHW in Hive OS
Overclock 1080 Ti for mining ETC, ETHW in Hive OS , because only 1 rig is free in the system, from the second rig you need to pay $ 3 per month for each rig.
1. In the Farms tab (Farms), select the desired farm, where 1080ti are. Hive OS — Farms
2. Select the rig with 1080 Ti.Workers in Hive OS
3. Select the desired card and click on the speedometer icon. You can select this icon next to a specific map, or select the speedometer icon with the inscription ALL. Here you can set overclocking settings for all Nvidia or AMD cards. If you have several 1080 or 1080 Ti, you can apply overclocking to all cards at once. Setting up a 1080TI card in Hive OS
4. Next, set +Core Clock Mhz to 80 or 90. Set Memory Clock, Mhz to 800 or 900. Better to use 80 and 800.1080 Ti overclocking options in Hive OS
The process of overclocking GTX 1080 Ti memory for mining in Rave OS and Hive OS is very different from overclocking 1080 Ti in Windows. Here we do not set the actual value of the memory and GPU frequencies, but enter the value of the addition to the base frequency. Those. in the Memory Clock, Mhz field, we indicate how much to increase the memory frequency multiplied by 2 from the values in windows. Those. by specifying 800 Mhz, we thereby increase the memory frequency by 400 Mhz. Pointing 900 Mhz, we increase the frequency by 450 Mhz.
You can also specify Power Limit, W. It is indicated in watts. But if you start limiting the card, the hashrate of the card will start to drop, but consumption and heating will decrease. How much the card consumes watts minimum and maximum, you can see in the rig window (Overview). The maximum and minimum consumption of the card in Hive OS
1070 ti mining under optimal modes.
Overclock 1080 TI for mining in Rave OS
Overclock 1080 Ti for mining ETC, ETHW in Rave OS. First of all, sign up for Rave OS.
1. Go to the Workers tab. Workers tab in RaveOS
2. Go to the worker settings (Edit worker).
3. Go to the Tunning tab. And set the values for overclocking. In the Core Clock offset, Mhz field, set the value to 80, i.e. add 80 Mhz according to the processor frequency, and in the Memory Clock offset, Mhz field, set the value to 800 Mhz, it works the same as in Hive OS, divide the frequency by 2. That is, a value of 800 increases the memory frequency by 400 Mhz.
4. Press the «Save & Apply» button.
That’s all, nothing complicated, 4 simple steps.
RTX 2060 mining ether and other coins.
1080 Ti mining consumption
The GTX 1080 Ti has a mining power consumption of up to 250 watts. If you want to squeeze out 45 to 50 MH/s, then don’t count on consuming less than 220 watts in mining. If you could optimize this map better, write about it in the comments.
Before tableting and overclocking, 1080 Ti consumes about 178-190W and gives out 32 MH/s. Definitely not an option for the owners of these cards, given that the RX 580 8Gb gives the same hashes, only with a consumption of 85W. Consumption of 1080 TI watts in mining.
As you can see, by default, 1080 Ti consumes about 190W and at the same time produces about 33 MH / s. When you turn on the tablet and overclock, the 1080 Ti’s watt consumption increases to 220-250W.
A farm of seven 1080 Tis consumes 1636 W, with each card consuming between 220 and 250 watts.
Optimal settings for 1080 TI in mining
How to set up 1080 Ti for mining Ethereum (ETC, ETHW): .
How to do this is described above. These are the optimal 1080 Ti settings for Ethereum mining.
Calculation of mining efficiency on 1080 and 1080 Ti
Energy efficiency in mining ETC, ETHW
- GTX 1080 energy efficiency — 0.
20 MH/W.
- GTX 1080 Ti Energy Efficiency — 0.21 MH/W.
How to calculate energy efficiency? Divide performance in MH/s by consumption W.
Watt consumption per 1 megahash in mining ETC, ETHW
- GTX 1080 — 5W.
- GTX 1080 Ti — 4.61W.
The consumption for 1 Mh/s is considered to be the watt consumed divided by the number of megahash.
Cost per 1 megahash in cash
You can calculate this indicator for yourself, for this, divide the cost of the card by the number of mega hashes.
Best 1080 ti for mining
Having tested many options, I can say that the best model for mining ether is the triple fan MSI GTX 1080ti Gaming X TRIO. This card has one of the best cooling on the market for these cards. Asus Trixx and Gigabyte Aorus GTX 1080 Ti Extreme will be worse in terms of cooling.
Detailed specifications of many 1080 ti models can be found below in the description.
Worst option 1080 Ti for mining
Asus 1080 Ti Turbo in any case do not take ether for mining. For this card, the tablet actually does not work, when you try to turn on the tablet or overclock, the card cuts the Power Limit and gives out 31-32 Mh / s. If you just turn on the tablet, you will get the same 31 Mh/s.
There is a way to get 38-40 Mh/s on this card. To do this, you need to reduce the memory frequency by -500Mhz in Windows or -1000Mhz in Rave OS, Hive OS. In this case, the card will stop cutting the power limit and will issue 40 Mh / s with the included tablet.
The consumption of this card will be around 180-190W. There is an opinion that it is possible to change the BIOS from another turbo from another vendor, where the tablet works well, but I have not tried it and have not found information that worked out.
1080 Ti mining profitability
Current mining 1080 Ti profitability can be viewed on the Whattomine service.
1080 & 1080 Ti Mining FAQ
Most Profitable & Reliable GTX 1080 & 1080 Ti Mining Pool
At the moment, the Binance Pool for mining ETC, ETHW is one of the most profitable and efficient pools (when you register through my link, you get a 10% discount on all commissions within the system).
The second option is the NiceHash pool. This is not quite a pool, you rent your capacities, it will do if you don’t want to set up and delve into it at all.
Where can I download a tablet for mining ether on 1080 and 1080 TI?
The pill can be downloaded from GitHub(e) at OhGodAnETHlargementPill.
Gigabyte Aorus 1080 TI in mining (GV-N108TAORUS-11GD)?
Gigabyte Aorus 1080 TI
Gigabyte delivers 49.90 MH/s with tablet and overclocking. At the same time, it consumes 246W. The minimum card consumption is 125W, the maximum is 375W. At the same time, it maintains 60 degrees at a cooler speed of 71%, the temperature in the room is 22 degrees.
Gigabyte Aorus 1080 TI mining
Gigabyte Aorus 1080 TI XTREME Edition mining (GV-N108TAORUS-X-11GD)?
Gigabyte Aorus 1080 TI
Gigabyte issues 49.75 MH/s with tablet and overclocking. At the same time, it consumes 249W. The minimum card consumption is 125W, the maximum is 375W. At the same time, it keeps 60 degrees at the cooler speed of 80-98%, the temperature in the room is 22 degrees.
Gigabyte Aorus 1080 TI XTREME Edition mining
Gigabyte GTX 1080 TI Gaming OC mining (GV-N108TGAMING-OC-11G)?
Gigabyte GTX 1080 TI Gaming OC
Gigabyte delivers 45.35 MH/s with tablet and overclocking. At the same time, it consumes 229W. Minimum card consumption 125W, maximum 350W. At the same time, it keeps 60 degrees at the cooler speed of 75-85%, the temperature in the room is 22 degrees.
Gigabyte GTX 1080 TI Gaming OC
MSI 1080 TI Gaming X TRIO in mining? (One of the best 1080TI cards for Ethereum mining).
MSI 1080 TI Gaming X TRIOMSI 1080 TI Gaming X TRIO mining
MSI produces 48.86 MH/s with tablet and overclock. At the same time, it consumes 226W. The minimum card consumption is 140W, the maximum is 330W. At the same time, it keeps 60 degrees at a cooler speed of 52%, the temperature in the room is 22 degrees.
MSI GTX 1080 TI Gaming X mining?
MSI GTX 1080 TI Gaming X9The 0002 MSI puts out 48.49 MH/s with tablet and overclock. At the same time, it consumes 231W. The minimum card consumption is 140W, the maximum is 330W. At the same time, it keeps 60 degrees at a cooler speed of 74%, the temperature in the room is 22 degrees.
MSI GTX 1080 TI Gaming X mining
Asus Strix 1080 TI mining?
Asus Strix 1080 TI mining
Asus produces 47.71 MH/s with tablet and overclock. At the same time, it consumes 227W. The card keeps 60 degrees at 75% cooler speed, the temperature in the room is 22 degrees.
Asus Turbo GTX 1080 Ti (TURBO-GTX1080TI-11G) mining? (Worst 1080 Ti for Ethereum mining).
Asus turbo GTX 1080 TI
Asus produces 41.10 — 43.10 MH/s with tablet and overclocking. At the same time, it consumes 177W. The card keeps 60 degrees at 91% cooler speed, the temperature in the room is 22 degrees. At 43Mh/s the card spins at 100% and the temperature reaches 70 degrees.
Asus turbo GTX 1080 TI in ether mining
EVGA GTX 1080 Ti ELITE in mining?
EVGA GTX 1080 Ti ELITE
Asus delivers 47.58 MH/s with tablet and overclock. At the same time, it consumes 252W. The card keeps 60 degrees at 84% cooler speed, the temperature in the room is 22 degrees. Minimum consumption 125W, maximum 300W.
EVGA GTX 1080 Ti ELITE mining
Good luck!
So, how to mine on a home PC?
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Overclocking 1080Ti to 55 mh/s on Ethereum. Walkthrough
A new utility called ‘ OhGodAnETHlargementPill ’ significantly increases the hashrate of the GTX-1080 and GTX-1080Ti graphics cards. Both types of video cards have very fast GDDR5X memory. All other Nvidia cards that are commonly used for mining — 1050Ti, 1060, 1070, 1070Ti — are based on GDDR5.
The developers of the ‘ OhGodAnETHlargementPill ’ utility were able to use all the capabilities of GDDR5X memory and increase the mining hashrate on the Dagger Hashimoto algorithm by about 40 percent. The figures are valid for the GTX-1080 and GTX-1080Ti cards.
Ethereum mining on Nvidia GTX-1080Ti
We have a GTX-1080Ti at our disposal — we will check the magic utility on it. To begin with, let’s conduct an hour-long test with basic overclocking without using the magic utility.
The optimal settings for 1080Ti are in the screenshot above. We start mining Ethereum on the pool 2Miners.com
We detect an hour and get the result — 30 shares in one hour and an average hashrate of 37 MH / s. Yes, you can squeeze out almost 39, if you play with the settings subtly. But it will be borderline.
As you can see, we have no errors. Exactly an hour has passed, so it’s time to run a new magical utility.
How to set up mining with
OhGodAnETHlargementPill on Nvidia 1080Ti
Download and unpack archive OhGodAnETHlargementPill.
Run file with pill icon.
Leave this window open and start setting up mining for maximum results. We had to raise the PL from 55 to 80 from our standard settings, and we managed to increase the memory frequency by 50 MHz.
With these settings and the magic tool we were able to achieve 54.5 mh/s
We start mining and wait another hour. The result surprised. The utility does not just draw beautiful numbers in the miner window — the number of shares has increased from 30 per hour to 44 per hour. And this is an increase of as much as 40 percent, which is almost equivalent to buying another video card!
No errors, no rejects — fantastic?
The speed on the 2Miners pool has increased accordingly. The pool takes into account the shares and calculates the hashrate based on the number of shares sent by the miner per unit of time.
What is more profitable to mine on the GTX-1080Ti?
With a miracle utility, the purpose of 1080Ti video cards changes completely. Previously, it was always more reasonable to use them for mining on the Equihash algorithm, and now it has become very profitable to use Dagger Hashimoto on the algorithm.
