There are 2 versions of 580 with different amount of memory. If you have 580 with 4Gb memory, you are not able to mine coins that are highlighted in red.
| Cryptocurrency | Cryptocurrency | Price | Current Difficulty | Mining Profit 24h |
|---|---|---|---|---|
| GrinGRIN32 | Price 0.035801 $ 4.41% Current Difficulty 120.52 M -0.52% Mining Profit 24h 0.13 $ 3.755 GRIN32 | 0.035801 $4.41% | 120.52 M-0.52% | 0.13 $3.755 GRIN32 |
| RavencoinRVN | Price 0.016458 $ -6.22% Current Difficulty 67.45 K -7.08% Mining Profit 24h 0.13 $ 7.622 RVN | 0.016458 $-6.22% | 67.45 K-7.08% | 0.13 $7.622 RVN |
| CortexCTXC | Price 0.069087 $ 2.89% Current Difficulty 6.25 K 1.99% Mining Profit 24h 0.10 $ 1.437 CTXC | 0.069087 $2.89% | 6.25 K1.99% | 0.10 $1.437 CTXC |
| BeamBEAM | Price 0.031931 $ -0.20% Current Difficulty 8.68 M 0.81% Mining Profit 24h 0.09 $ 2.885 BEAM | 0.031931 $-0.20% | 8.68 M0.81% | 0.09 $2.885 BEAM |
| Clore.aiCLORE | Price 0.016497 $ 1.08% Current Difficulty 5.38 K -13.48% Mining Profit 24h 0.09 $ 5.559 CLORE | 0.016497 $1.08% | 5.38 K-13.48% | 0.09 $5.559 CLORE |
| ErgoERG | Price 0.77 $ -0.23% Current Difficulty 652.29 T -12.79% Mining Profit 24h 0.09 $ 0.114 ERG | 0.77 $-0.23% | 652.29 T-12.79% | 0.09 $0.114 ERG |
| NeoxaNEOX | Price 0.000165 $ 9.29% Current Difficulty 1.21 K 20.55% Mining Profit 24h 0.08 $ 494.50 NEOX | 0.000165 $9.29% | 1.21 K20.55% | 0.08 $494.50 NEOX |
| NeuraiXNA | Price 0.000191 $ -0.05% Current Difficulty 2.16 K 0.96% Mining Profit 24h 0.08 $ 414.09 XNA | 0.000191 $-0.05% | 2.16 K0.96% | 0.08 $414.09 XNA |
| Bitcoin GoldBTG | Price 0.72 $ -13.66% Current Difficulty 11.24 K 5.98% Mining Profit 24h 0.06 $ 0.084 BTG | 0.72 $-13.66% | 11.24 K5.98% | 0.06 $0.084 BTG |
| AeternityAE | Price 0.008879 $ -1.05% Current Difficulty 25.25 K -11.64% Mining Profit 24h 0.05 $ 5.646 AE | 0.008879 $-1.05% | 25.25 K-11.64% | 0.05 $5.646 AE |
| Flux (ZelCash)FLUX | Price 0.19 $ 1.26% Current Difficulty 23.66 K 26.03% Mining Profit 24h 0.03 $ 0.179 FLUX | 0.19 $1.26% | 23.66 K26.03% | 0.03 $0.179 FLUX |
| NexaNEXA | Price 0.000001 $ -2.02% Current Difficulty 128.04 K 1.49% Mining Profit 24h 0.03 $ 26630 NEXA | 0.000001 $-2.02% | 128.04 K1.49% | 0.03 $26630 NEXA |
| Ethereum PoWETHW | Price 1.37 $ 0.85% Current Difficulty 291.29 T 2.93% Mining Profit 24h 0.03 $ 0.018 ETHW | 1.37 $0.85% | 291.29 T2.93% | 0.03 $0.018 ETHW |
| Ethereum ClassicETC | Price 16.62 $ 1.70% Current Difficulty 3.74 P 1.34% Mining Profit 24h 0.02 $ 0.001 ETC | 16.62 $1.70% | 3.74 P1.34% | 0.02 $0.001 ETC |
| KaspaKAS | Price 0.070293 $ -0.33% Current Difficulty 92.70 P 2.10% Mining Profit 24h 0.00 $ 0.001 KAS | 0.070293 $-0.33% | 92.70 P2.10% | 0.00 $0.001 KAS |
| NervosCKB | Price 0.003561 $ -0.82% Current Difficulty 2.09 E -19.33% Mining Profit 24h 0.00 $ 0.006 CKB | 0.003561 $-0.82% | 2.09 E-19.33% | 0.00 $0.006 CKB |
The AMD Radeon RX 580 payback period depends on its efficiency (hashrate), selling price, and energy consumption. The estimate features Amd recommended retail price - $160, but you can change it to the price you actually paid for your GPU. The energy expenses are not taken into account in the calculation. The GPU hashrate corresponds to optimal overclocking parameters. Make sure to read: GPU Overclocking on Different Algorithms.
To maximize hash rate you are probably going to need to configure additional settings. First, make sure that the GPU driver you are using supports mining. You might also need an upgrade in case you have AMD GPUs. Next step is to choose an optimal GPU overclocking value to maximize hash rate and keep energy consumption at an acceptable level. Algorithms may require core overclocking, memory overclocking, or both. The main overclocking principle is stable work and maximum hash rate at an acceptable energy consumption level. It’s important to remember that each GPU is unique. If for one it is possible to overclock the core to 2000 MHz, for a similar one you may be able to overclock only to 1900 MHz. Make sure to adjust overclocking settings for each card individually. Find out more: GPU Overclocking on Different Algorithms.
