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Best GPU for mining


The days of GPU-powered Bitcoin mining may be behind us, but modern graphics processing units (GPUs) are still relevant in this growing industry. These powerful chips offer robust parallel processing capabilities, so they’re great for the repetitive hashing tasks required for mining.

However, picking the right crypto mining-focused GPU in 2026 can be a real challenge. Prices are fluctuating like never before, and a card’s efficiency can make or break profitability. Moreover, there’s no one-size-fits-all approach here, either.

To help you get started, the Cybernews team and I put together a comprehensive list of the most mining-friendly GPUs of today. We considered everything from sheer performance and power draw to actual GPU prices and hand-picked 5 of the best cards for all types of miners.

5 best GPUs for mining: a quick peek

Top 5 mining GPUs: comparison

Before we explore each GPU individually, let’s first glance over the key features of the five best mining cards in 2026:

GPUArchitectureMemoryPower drawLaunch yearPricing
RTX 5090Blackwell32GB GDDR7550-580W2025~$2,300
RX 7900 XTXRDNA 324GB GDDR6350-380W2022~$850
RX 9060 XTRDNA 48-16GB GDDR6150-180W2025~$280 ($380 for 16GB)
RTX 4070 SuperAda Lovelace12GB GDDR6X200-210W2024~$800
RTX A5000Ampere24GB GDDR6220-230W2021~$1,750

Best GPUs for mining: a detailed overview

Now that we know how the top 5 mining GPUs stack up, we can take a closer look at each of our picks in more detail.

1. Nvidia GeForce RTX 5090 – best mining GPU in 2026 overall

Memory size32GB GDDR7
Power consumption550-580W
Price~$2,300
Best forRaw mining performance

If raw power is what you’re looking for and money isn’t an issue, the Nvidia RTX 5090 is where it’s at. Part of the company’s new Blackwell family, the 5090 is packing 32GB of GDDR7 video random access memory (VRAM), 21,760 compute unified device architecture (CUDA) cores, and 680 Tensor cores.

While it’s not on the same level as the H100 chip that goes into dedicated GPU hosting, the 5090 is still more than capable. It sits at the top of the hashrate charts, while also being quite capable of gaming and professional use cases.

It’s not all cream and sugar, though. The high cost of the card is its most significant disadvantage, with even the cheapest 5090 still being at least $300 over its MSRP of $2,000 as of September 2025. What’s more, many models go well beyond that price.

2. AMD Radeon RX 7900 XTX – top-tier mining GPU with a high rate of return

Memory size24GB GDDR6
Power consumption350-380W
Price~$850
Best forROI

Team Red might not offer a card to match the 5090’s performance, but it’s still managing to stay competitive in the mining sphere. Its top-tier GPU, the RX 7900 XTX, is more than capable of mining altcoins, even though it was primarily designed for gaming and content creation.

The 7900 XTX is rocking 6,144 shading units, 384 texture mapping units, 192 render output units (ROPs), and 96 ray tracing acceleration cores. AMD also paired it with 24GB of GDDR6 memory, which is connected using a 384-bit memory interface.

These specs might not lead to the highest hashrates out there, but the 7900 XTX is nothing to mess around with. And when you consider that it’s much cheaper than a 5090 and draws far less power, you immediately understand why so many miners are turning toward it.

3. AMD Radeon RX 9060 XT – top GPU for cost-effective mining in 2026

Memory size8-16GB GDDR6
Power consumption150-180W
Price~$280–$380
Best forMining on a budget

Affordable AMD cards may not spring to mind when you think of mining, but the new RDNA 4-based RX 9060 XT is worth a mention. Despite being a gaming-focused card with low profitability, the 9060 XT is a decent choice if you just want to dip your toes into mining.

It’s available in 8GB and 16GB variants, with the latter making more sense in this particular use case. That’s because of the ever-increasing size of directed acyclic graph (DAG) files, which may soon render older, low-VRAM GPUs obsolete.

However, there’s one crucial thing to keep in mind here. The 9060 XT isn’t something you pick specifically for mining. Instead, it’s a great all-around budget card that you can use for mining alongside other day-to-day tasks like gaming and video editing.

4. Nvidia GeForce RTX 4070 Super – mining GPU with the highest hashrate per watt

Memory size12GB GDDR6X
Power consumption200-210W
Price~$800
Best forEfficiency

While the RTX 4070 Super isn’t the least power-hungry GPU on our list, it’s undoubtedly one of the most efficient mining cards out there. It has a max power draw of just 210W, which really comes to light when you consider the card’s computational performance.

The 4070 Super is a mid-to-high-end gaming-first GPU that can also hold its own when it comes to mining. It comes with 7,168 CUDA cores, a noticeable step up with a 1,280 core increase over the standard 4070.

The GPU is also paired with 12GB of GDDR6X VRAM, a 192-bit wide memory bus, and 504GB/s of memory bandwidth. Add it all up, and the 4070 Super becomes an excellent choice for miners who want to keep their electricity costs low without sacrificing performance.

5. Nvidia RTX A5000 – ideal GPU for larger home mining rigs with multiple cards

Memory size24GB GDDR6
Power consumption220-230W
Price~$1,750
Best forMulti-GPU mining rigs

If you’re thinking about building a fully-fledged workstation, the RTX A5000 is the way to go. Unlike the other four everyday task-oriented picks, the A5000 is a professional-first GPU. In that sense, it’s more similar to enterprise-grade H100 chips you’ll find on dedicated GPU servers offered by hosting providers like Liquid Web.

Although the A5000 delivers nowhere near the performance of an H100, it does a bang-up job for at-home mining rigs. It’s packing serious heat in terms of CUDA and Tensor cores, while being almost as efficient as the 4070 Super.

What’s more, it still supports NVLink, whereas the other 2 Nvidia GPUs on our list no longer do. And while NVLink isn’t exactly necessary for mining, it does make the A5000 a far better option for multi-GPU setups and, thus, professional workloads.

Our methodology: how we picked the five best mining GPUs

We didn’t just list five top-tier cards and call it a day. Instead, we carefully selected each GPU for mining based on the following criteria:

  • Performance. First off, we looked into the sheer parallel processing power of each GPU we considered. That primarily includes hashrates, but we also examined factors like VRAM and the number of cores each card has.
  • Pricing. In most cases, the MSRP and the real-world cost of a GPU are two different numbers. That’s why we checked actual card prices across multiple retailers and relied on the real initial cost as one of the main factors for making this list.
  • Power consumption. Even if it offers high hashrates, a mining GPU shouldn’t break the bank in terms of electricity costs. With that in mind, we looked at how power-hungry each GPU was and rated them accordingly.
  • Versatility. Just because you’re getting a GPU for mining crypto doesn’t necessarily mean you won’t use it for anything else. In fact, most modern mining cards sit in multi-purpose systems, so versatility matters.
  • Resale value. Last but not least, we also considered the fact that miners might want to sell their cards in the future and upgrade. So, we also gauged each GPU’s marketability for gaming and other uses.

Final word on the best GPU for mining

If it’s sheer power you’re after, the Nvidia GeForce RTX 5090 remains the undisputed king of mining in 2025. While it’s not the most efficient card out there, its 32GB of GDDR7 VRAM, 21,760 CUDA cores, and massive hashrates make it the benchmark by which all other consumer mining GPUs are measured.

That said, efficiency still matters for mining setups, and so does the price. Depending on what you value the most, the Radeon RX 7900 XTX and the RX 9060 XT, as well as Nvidia’s RTX 4070 Super and RTX A5000, are all great picks.

And if you’re not sure about investing in a mining GPU or need these powerful pieces of hardware for other purposes, renting is also an option. Dedicated hosting providers such as Liquid Web offer high-performance, single-tenant GPU hosting for AI model training, HPC, and other demanding GPU-related tasks.

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