Which rtx for mining?
- NVIDIA GeForce RTX 3060 Ti. Best overall GPU for crypto mining.
- AMD Radeon RX 6700 XT. Best runner-up GPU for crypto mining.
- NVIDIA GeForce RTX 3090. Best GPU for mining performance.
- NVIDIA GeForce RTX 2070. Best GPU for value crypto mining.
- AMD Radeon RX 580. Best budget AMD GPU for crypto mining.
- NVIDIA GeForce GTX 1660 SUPER.
While it's not as easy to make a tidy earning with your GPU mining cryptocurrencies as before, there may be some other coins that may be worth it if you're mindful of energy use and initial cost. The absolute best gaming graphics card does not equal the best value and returns for mining using your PC. We've got a recommendation for everyone here.
Choosing the best graphics card for crypto mining isn't as simple as picking the absolute most expensive card you can locate and calling it a day. There are various factors to consider when shopping around for a new GPU to (hopefully) make some money with. The most important factor of any GPU for crypto mining is efficiency — you want a high hash rate for as little electricity as possible.
Take our highest recommendation here, for example. It's the NVIDIA GeForce 3060 Ti, an incredible GPU for gaming, but it's also excellent for crypto mining. It won't win awards for the highest hash rate, but for the more affordable price, it'll get you up and running without issue. If you wanted something a little cheaper without sacrificing too much in performance, the NVIDIA GeForce RTX 2070 is your guy.
But there are countless other GPUs that are worth considering and not only from NVIDIA. The AMD Radeon RX 5700 XT is our favorite GPU for value, offering an impressive hash rate for the asking price. Then there's the AMD Radeon RX 580, which is perfect for those on a tight budget who wish to save a few Bitcoins or Ethereum to weather a financial storm.
You don't have to spend much at all to make money mining cryptocurrency. So long as the hash rate will pull in coins for you to sell and make enough to cover electricity costs, you're already in the green. Once you factor in a few months to pay off the GPU, you're in profit — and that's not taking into account the resell value of the card itself.
When deciding on a GPU for crypto mining, you need to bear in mind a few factors. Do you want to pay more upfront now and potentially earn higher returns? Or do you feel as though the mining scene will dissipate slightly with lower returns and wish to spend only a small amount on a GPU to make a little extra on the side?
The cryptocurrency market is a financial one, and that means it's extremely susceptible to media coverage and human emotion. Take the damning environmental reports about Bitcoin that coincided with the Chinese crackdown to send the price spiraling. If you're about to spend $2,000 on a GPU to mine cryptocurrencies, you best be sure you can at least recuperate the initial purchase cost.
This is why we're not recommending only the most powerful (and expensive) GPUs available today. That doesn't make sense in the current climate, but it's also outright bad advice for those new to the wonderful world of mining digital currency. Unlike gaming, where only the best GPU you can afford will do, choosing one for crypto mining is a little more challenging.
Bottom line: It takes a lot for a GPU to be recommended as the best overall choice, but that's precisely what the NVIDIA GeForce RTX 3060 Ti manages to achieve. It has a hashrate of around 60MH/s once you've optimized everything, and the low 200W TDP makes it easier to manage heat output, as well as enjoy a high level of efficiency.
The NVIDIA GeForce RTX 3060 Ti is a monster of a graphics card. Usually, we'd class a $399 GPU as something reserved for budget PC builds or for those who want to enjoy games on a 1080p monitor. The 3060 Ti switches all that up, based on NVIDIA's latest Ampere architecture. This card is wild for both gaming and mining.
Despite being priced at somewhat of a bargain, it bests the RTX 2080 SUPER in raw performance for 1080p and 1440p gaming. That's mighty impressive, and it's likely going to be extremely popular for anyone who's not too interested in 4K gaming. The same goes for mining, besting the 2080 SUPER in performance and efficiency.
It won't win awards for the highest earnings nor the fastest hashrate, but if you want a stable income per month with relatively low energy costs, this is about as good as you can get. Just watch out for the Founder's Edition cards as they have awkward 12-pin PCIe connections.
Bottom line: It's not just NVIDIA GPUs that are worth buying for cryptocurrency mining. AMD makes some excellent graphics cards like the RX 6700 XT. While it's not quite as good as our RTX 3060 Ti top pick, this card will still be able to push through a hashrate of 47MH/s with the same 12GB of GDDR6 VRAM.
AMD made a large leap with the RDNA GPUs like the RX 6700 XT. It's based on a 7nm manufacturing process and makes even the company's own older Radeon cards look ancient and power-hungry. While, again, the RX 6700 XT isn't the latest and greatest from AMD, it's actually one of the best value propositions for crypto mining.
It's good enough for 1440p gaming, just like the RTX 3060 Ti, and is very good at mining. While AMD cards miss out on some of the gamer-focused features like DLSS 2.0 and the same level of ray tracing as in NVIDIA GPUs, it's mining where this GPU really takes off. Its average hashrate is just shy of 47MH/s, which isn't far off the 3060 Ti, and these cards are found at considerably lower prices.
If you want to start mining, the RX 6700 XT is a worthwhile choice to consider. You could go for the RX 6900 XT, which costs a little more but is capable of a higher frame rate, but the 6700 XT is just such a good value proposition. If you're just starting, this is a good GPU to choose.
Bottom line: This is it, the big one. The RTX 3090 is the most powerful GPU from NVIDIA's RTX 30 series to date. It has everything you need to create one powerful mining rig. I'm talking a hashrate of 121MH/s, 24GB of GDDR6X VRAM, and more than 10,000 CUDA cores for gaming. It's a monster.
It's an obvious choice for "best performance," but the RTX 3090 from NVIDIA truly is in a class of its own. It's incredible at gaming, pushing boundaries in 4K (and some even mention 8K if you can believe it), and crypto mining. While AMD has undoubtedly cut into NVIDIA's claim to the GPU throne with its Radeon RX 6000 cards, the top-tier option still belongs to Team Green.
For gaming, DLSS 2.0 and 2.1 are perhaps some of the most impressive features that come standard with this GPU. It employs dedicated Tensor cores to run AI rendering in real time, effectively boosting frame rates while also making frames come out at a much higher resolution. Because ray tracing can be detrimental to performance, DLSS is the perfect pairing.
The RTX 3090 has some beefy specs for mining, including a whopping 24GB of GDDR6X VRAM and 10,496 CUDA cores. You could easily pull well into the three digits each month, and that's after taking into account electricity (depending on your area).
Bottom line: The NVIDIA GeForce RTX 2070 may be from the previous generation of cards, but it's still an excellent GPU for gaming and crypto mining. It's possible to achieve a hashrate of 36MH/s, which isn't too bad considering the lower cost of these older GPUs, as well as the low power draw.
The NVIDIA GeForce RTX 2070 is a great GPU for gaming, but it's also a great option for value mining rigs. So long as you can locate one at a decent price, you'll be enjoying anywhere up to 40MH/s for the hashrate, which should bring in considerable passive income with a power draw of around 225W.
The best part is should you choose to stop mining, this GPU can resell at a price that will recuperate your initial investment. But if you fancy building a gaming PC, it'll also be able to handle even the more recent collection of PC games. Because it has been around for a while, you can even go one step further with your mining setup and add water cooling with blocks.
Bottom line: If you don't have much of a budget to spare on a GPU for crypto mining, fear not as there are some great cards out there for a low price. The Radeon RX 580 is an old GPU, but it's still capable of hitting 28MH/s, which makes for a tidy profit. You'll need a good few months to pay off the cost of the card, but then you're set for a trickle of income.
AMD's Radeon RX 580 is a GPU that may not be near the top of mind for gamers and miners alike, but if you're just wanting to earn a few pennies here and there, this graphics card will do just that without issue. Running an optimized configuration will see a hashrate of around 28MH/s, which isn't too bad at 185W (that, like other GPUs, can be dropped considerably).
Crypto mining is all about memory, and having 8GB of GDDR5 is great for running NiceHash and other mining solutions. The rate of return is slow, so don't go buying a bunch of these if you have the expectation that mining earnings will continue at current levels well into the future.
Bottom line: You don't need the most powerful GPU to make a little mining crypto, and the NVIDIA GTX 1660 SUPER is a fine example of this. It's got 6GB of speedy GDDR6 VRAM, a TDP of just 125W, and can comfortably achieve a hashrate of 26MH/s, all for a low price tag.
NVIDIA's GTX 1660 SUPER is an interesting, unique GPU. It's built on the same Turing architecture as the RTX 20 series of GPUs, but it doesn't have dedicated ray-tracing cores or fancy features like DLSS. It's designed to be a budget-friendly graphics card with enough power to handle the latest games at 1080p.
For mining, the story is the same. You'll find it far down on the earnings chart with a hashrate of just 26MH/s, but this is at a power draw of around 125W, which is great if you live in an area with high electricity costs. Leave this little puppy running continuously, and you'll bag yourself some income to spend or save.
Other highlights of the GTX 1660 SUPER include 6GB of GDDR6 VRAM and high memory bandwidth at 336GB/s. Not bad if you can find one at a reasonable price!
There are plenty of GPUs out there, and many of them offer considerably high hashrates, making them ideal for cryptocurrency mining. We couldn't include every graphics card here, and so this collection only includes handpicked recommendations that cover multiple price ranges.
So long as the GPU you consider buying will make more money than the electrical cost to run the PC, you're good to go. Leave it running for a few months, and you'll have accumulated enough to pay off the card. You could stop here and sell the card to recuperate some of the initial cost or continue with passive income.
Mining cryptocurrency requires different priorities in a GPU to gaming, and the most powerful cards on the market aren't necessarily the most expensive. Going alone and mining cryptocurrencies yourself is a daunting task, which is why it's better to be part of a mining pool.
Generally speaking, you'll get the best all-around results with an NVIDIA GeForce RTX 3060 Ti, although the AMD RX 5700 XT is a worthy alternative if you're on a tighter budget. That is if you can locate any GPU in stock. Both of these GPUs are great at solving the algorithms and earning some passive income.
Today, we’ll take a deep dive into what makes a GPU great for mining, which GPUs are best, and how you can start mining crypto now.
Note: Don’t build that Ethereum mining rig just yet. Even the best GPU for mining 2023 isn’t going to help you with coins that aren’t (or are no longer) proof of work. Bitcoin (BTC) and Dogecoin (DOGE) are two coins that you can mine. Before, you could mine Ethereum — but not anymore.
In the early days of mining cryptocurrency, we actually relied on processing power. We used CPUs to solve mathematics problems that “discovered” tokens. But then we realized that CPUs aren’t great at that type of math. Even a cheap mining GPU outpaces an expensive CPU because GPUs are meant for that type of heavy algorithmic lifting.
Today, no one uses processors for mining — it’s video cards all the way. But there are hundreds of video cards for mining to choose from. And up until recently? It was hard to find a GPU for mining because they sold out so fast.
The best GPUs for mining are:
These cards produce value: they’re not that expensive, mine quickly, and are (sometimes) available.
The NVIDIA GeForce RTX 3060 TI is the best all-around card, mining quickly at a cost-effective MSRP. The NVIDIA GeForce GTX 1660 SUPER is the best budget card, available in many sectors for cheap. And the NVIDIA GeForce RTC 2070 is just a solid card at a low price.
Considering a cheap GPU for mining? Or are you on the hunt for the best mining GPU money can buy? Keep reading!
We’ve selected some top-of-the-line graphics cards for mining. But remember — sometimes the best graphics cards for mining will be “the one on sale” or the “one you got for free.” Apart from energy, the GPU will create value. If it can convert more money than you pay in electricity, it’s a good deal.
As you review these numbers, note that crypto has crashed considerably throughout 2023. Mining BTC is going to make you pennies a day on most cards – but the idea is that if you make enough of those pennies, someday, those pennies will be dollars.
Best All-Around Contender
The RTX 3060 TI knocks most other video cards out of the park -– and it’s really not that expensive. Built for gaming, the RTX 3060 TI uses GDDR6 RAM and PCI Express 4.0 graphics. It’s a lightning-fast card used for more than just mining.
✅ A great all-purpose video card with high performance.
✅ Decent entry-level prices on the used market.
❌ Still more expensive than a real “budget” card.
Buy It Here.
Best Budget Card
The GTX 1660 SUPER is nearing $200. While it doesn’t exactly pack a punch, its low cost makes it ideal for creating a rig of multiple GPUs. The GTX 1660 SUPER is up to 50% faster than the previous generation of 16 series cards.
✅ A cheap card that solves problems fast.
✅ Usually available.
❌ Not really available on the new market.
Buy It Here.
Best Mid-Range Card
For the money, the performance of the GeForce RTX 2070 isn’t that exciting. But it makes up for it in availability. It’s a relatively solid card that yields pretty decent results — even better if you can get it on sale.
✅ A mid-range card that delivers a solid performance.
❌ Not the best card for your money — few advantages over the 3060.
Buy It Here.
Not the Best, Not the Worst
As we reach “4” on our list, we start to approach even better cards. The AMD Radeon is a little too expensive to be a true contender to our top 3, with performance that merits a “meh.” But Radeon cards tend to go on sale more — so that “meh” could turn into an “eh?”
✅ Solid performance for a mid-level card.
✅ May be slightly more available than other cards.
❌ Doesn’t have astonishing performance for the money.
Buy It Here.
For Those With Money to Burn
The GeForce RTX 3090 is an expensive card. It mines twice as fast as most other cards, but it’s also three times more expensive. So, it’s a great card if you get a discount or if you upgraded your computer and it’s just lying around — but it’s not a great choice for your server farm.
✅ Probably one of the best cards you can buy.
✅ Will definitely produce a lot of crypto fast.
❌ It’s still so expensive that the cost-effectiveness isn’t there.
Buy It Here.
Fast, But Overpriced
Finally, we have the GeForce RTX 1080. This is a great card in terms of speed. If you have a bunch lying around on discount, go for it. The problem is that the MSRP does tend to be quite high; you need to find these for resale.
✅ A very solid card that’s usually very available.
❌ The cost value isn’t there unless you can get it cheap.
Buy It Here.
As you can see above, a combination of performance and cost makes a good GPU for mining.
Unfortunately, performance is constantly reduced as mining gets harder, and cost constantly fluctuates. We know roughly which cards are great for mining, but we usually glean this by testing them. Once we know which cards are great for mining, it’s a matter of purchasing the card as cheap as we can.
Want To Learn More About Mining? Check Out This Course
Learn How to Build a Cryptocurrency Mining Computer
Now that we’ve covered the easy stuff, let’s discuss a few other issues when choosing a graphics card.
Graphics cards are like cars. They come with different trim levels. Let’s say you want an NVIDIA GeForce RTX 3060 TI. NVIDIA is the company that creates the chip. GeForce RTX is the make and model of the chip. And TI is a trim level — you won’t get the same performance from an RTX 3060 as you will from a 3060 TI.
This comparison from UserBenchmark shows how significantly the TI version outperforms the non-TI version.
But wait — there’s more.
When you choose a graphics card, you’re also choosing a:
So, unfortunately, because of these “trim levels,” it’s not always easy to choose the right mining GPU even if you know exactly which chip you want.
Demand-side economics means that once upon a time, even $400 graphics cards were selling for $1,200 on the reseller’s market. The more expensive crypto gets, the more expensive video cards get. But that’s changing as the crypto market softens. The less value BTC has, the more graphics cards tend to drop in price — because BTC is the major currency currently mined.
With ETH moving from proof of work to proof of stake, graphics cards have dropped tremendously. The best places to look for cheap graphics cards are secondary sellers: used video cards on Amazon and eBay. You don’t need a new graphics card for mining, you just need one that works. People trade out their graphics cards all the time for best-in-class gaming technologies.
You might have noticed that even on our chart, the best GPU for mining isn’t really profitable. But that can be a little misleading.
What makes mining so expensive?
Many people don’t mine with their own GPUs because of the above. Instead, they’ve started mining on cloud instances or hosted servers. They don’t need to purchase a bunch of mining equipment upfront, and they don’t have to keep it in their house (or pay for that electricity).
Those are the best crypto mining cards for 2023. But the best crypto mining GPU changes all the time as prices fluctuate. We’ve based these on traditional MSRPs – the price they’re being sold at stores. But supply/demand matters: many of the “best for mining GPUs” are hard to come by.
So, you can buy the best GPU for mining and start mining Bitcoin — or an altcoin — immediately. But those quick financial gains aren’t all that the blockchain is good for Now that you know how you can start mining, find out more about the blockchain below:
In short, the most effective GPU for mining is the one that can solve mining problems fastest… and is the most cost-effective solution. As of September 2022, the best GPU for mining is likely The NVIDIA GeForce RTX 3060 Ti. There are more powerful cards, but they are prohibitively expensive. Mining is, at its heart, a financial enterprise.
At least an equivalent of a GTX 1070 should be used for mining, but the interesting thing about GPUs is that because of the way that the work is “done,” you can’t always anticipate which card will be great for mining. A $2,000 card may be okay, and a $500 may be amazing depending on the engines inside of the card itself – e.g., cards with ray tracing tend to be exceptionally powerful.
Unfortunately, you can no longer mine Ethereum. Ethereum switched to proof-of-stake from proof-of-work on September 15, 2022.
Mining will absolutely destroy a GPU. It’s the equivalent of running a very resource-intensive game 24/7. Most GPUs will last in a computer for up to a decade, even if it’s not running top-of-the-line games after all that time. A GPU usually won’t last for mining for longer than a few years. But you can make a lot of money in that time.
How long a mining GPU lasts depends on a few factors. Foremost, there’s the challenge — Bitcoin is very hard to mine, but some altcoins aren’t. Second, there’s the heat and the environment. A mining GPU exposed to a lot of heat and dust may break down in a week. Finally, there’s the GPU itself: Some are tougher than others. A good GPU should last at least three years.
That really depends on you. Some people make a rack of thousands of GPUs within a data center. Others have one, two, or a dozen. If you’re mining Bitcoin, you will need hundreds of GPUs; the difficulty has increased.
