AMD RX 580 vs. GTX 1060 Hashrate and Specifications Comparison

Crypto-mining is growing bigger day by day. For new miners, it is really important to be picky about their mining build components, as it can greatly affect their return on investment. As Graphics cards are the most important component of any mining build, miners want to pick a model which provides optimum Hashrate at minimal power consumption. Today, we are comparing AMD RX 580 vs. GTX 1060 graphics card in terms of Hashrate in cryptocurrency mining.

We hope this post will help you to determine which of these two graphics card suits the best for your requirements.

AMD RX 580 vs. GTX 1060

Before we begin, here is a quick introduction of both the graphics cards, along with some important technical specifications:

Specs Comparison: AMD RX 580 vs. GTX 1060:

 The following table summarizes all the important technical details of both AMD RX 580 and GTX 1060 Graphics card which affect their performance regarding both mining and graphics processing performance. Have a look here:

As Radeon RX 580 Was released almost nine months after GeForce GTX 160, it surely offers some better technological upgrades. The above table makes it quite clear that RX 580 beats Nvidia’s GTX 1060 in almost every manner. However, the GTX 160 offers better core speed frequency and features a 16 nm FAB process design, while AMD RX 580 features a 14 nm FAB process design. The Geforce offers 192-bit bus paired with 1280 stream processors, 80 texture address units, and 48 raster operational units. On the other hand, RX 580 features a much powerful setup with 256-bit bus paired with 2304 stream processors, 144 texture address units, and 32 raster operational units. As RX 580 is more powerful compared to GTX 1060, the power consumption is higher as well. Average Power Consumption for AMD Radeon RX 580 is 185 Watts, while for Nvidia GTX 1060, it is 120 Watts only.

Hashrate Comparison: AMD RX 580 vs. GTX 1060:

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Following are some benchmark result for mining Hashrate performance for both the graphics card. The real-time results can differ based on the rest of the components of your rig. However, the figures will remain close to these benchmarks.

Zcash Mining Hashrate Comparison:

As the comparison implies, there is not much difference in the performance of both cards when it comes to Zcash mining. Nvidia GTX 1060 offers 311 Sol/s while RX 580 offers 315 Sol/s hash rate. The difference is only 4, which is barely 1%.

Monero Mining Hashrate Comparison:

However, there is the big difference in performance of both AMD Radeon RX 580 and Nvidia GTX 1060 when it comes to Monaro Mining. The AMD Radeon RX 580 offers 650 h/s, which are only 430 h/s for GeForce GTX 1060. Here, the difference is almost 220 h/s which are nearly 50 %. Now, to put it in simple words, the performance of RX 580 is almost double compared to GeForce GTX 1060 when it comes to Monero Mining Hash Rates.

Power Consumption:

As the table shows, AMD Radeon RX 580 consumes average 185 Watts, while for Nvidia GTX 160, it is only 120 Watts. However, the higher power consumption ratio of RX 580 is quite considerable as the performance is superior compared to Nvidia GTX 1060.

Price Comparison:

An RX 580 will cost you anywhere between $370 to $490, while for Nvidia GTX 1060, the average cost will be $240 – $420. Considering their performance, Nvidia GTX 1060 is pretty expensive. If you are going for a high-end model, it is worth throwing out extra $50 or so, in return for double performance.

Other Aspects Overall Performance:

Here are some other technical specifications which define overall performance of these two graphics cards. The following table compares the details of both AMD Radeon RX 580 and Nvidia GTX 1060 side by side:

Memory Bandwidth:

The maximum amount of data that can be transported past the external memory interface per second is referred as memory bandwidth. Numerically, it is the multiplication of bus width and memory clock speed. Moreover, if the memory type is DDR, the result is multiplied by two again. In DDR5 memory, the result is multiplied by four instead of 2. It simply defines how smoothly a graphics card will perform in general. It helps in anti-aliasing, HDR, and high-resolution rendering.

AMD Radeon RX 580 delivers 65536 MB/s more memory bandwidth compared to Nvidia GTX 1060. The difference is almost 33%, so AMD Radeon RX 580 is expected to perform noticeably faster compared to Nvidia GTX 1060. However, we are not sure if the results will remain same on different component sets and different overclocking settings.

Texel Rate:

In computer graphics, texture map elements are referred as texels. The maximum number of texels a graphics card can process each second defines the Texel rate of that graphics card. It is measured in Mtexels (Millions of texels) / second. Mathematically, it is the multiplication of total texture units and core chip speed of the graphics card. It helps in handling texture filtering during intense graphical operations.

AMD Radeon RX 580 delivers 60528 Mtexels/sec more Texel Rate compared to Nvidia GTX 1060. The difference is almost 50%. This means it provides double performance compared to another graphics card when it comes to texture filtering.

Pixel Rate:

Pixel is the smallest element of a digital display or monitor. The maximum amount of pixels a video card can maintain and handle in its physical memory each second is referred as pixel rate of the graphics card. It is measured in Mpixel (millions of pixels) / second. It is responsible for displaying the date from graphics card memory to physical computer display. The pixel rate highly depends on the memory bandwidth.

AMD Radeon RX 580 delivers 32064 more Mpixel / sec Pixel Rate. Here the difference in performance is as high as 80%. There is no doubt that AMD completely beats Nvidia’s GTX 1060 here.

Conclusion:

We hope this post helps you to understand the performance difference between AMD RX 580 and Nvidia GTX 1060 when it comes to mining. Note that all figures here are theoretical and may differ a bit from actual results. If you have any query or suggestion, feel free to comment below or contact us directly. See you until next post!