Lightcoin s
◼ Coinotron 4,406.2 MH/s
◼ give-me-ltc.com 4,379.9 MH/s
◼ litecoinpool.org 3,247.8 MH/s
◼ Pool-X.eu 768.2 MH/s
◼ P2Pool 758.5 MH/s
◼ Hypernova 698.0 MH/s
◼ Netcode Pool 396.5 MH/s
◼ LiteBonk 236.4 MH/s
◼ CoinHuntr 216.1 MH/s
◼ burnside’s Pool 209.2 MH/s
◼ Litepool.eu 164.1 MH/s
◼ Elitist Jerks 160.6 MH/s
◼ litepool.ru 139.3 MH/s
◼ Nushor's Pool 118.3 MH/s
in the long run, the difficulty is increasing and constantly changing, so how much can be g is not stable.
① lightcoin network can process a block every 2.5 minutes (instead of 10 minutes), so it can provide faster transaction confirmation
② lightcoin network is expected to proce 84 million lightcoins, which is about four times the circulation of bitcoin network
③ in its workload proof algorithm, lightcoin uses & RLM; C o l i n P e r c i v a l First proposed & RLM; s c r y p t Encryption algorithm, which makes it easier to mine Leyte coin on ordinary computer than bitcoin
lightcoin is the most successful digital currency to imitate bitcoin. At present, all major platforms support lightcoin trading, including 58c & RLM; o i n， It can be seen that lightcoin is comparable to bitcoin in terms of security and recognition.
your calculation power is relatively small, and you can't dig much money in a year. Now we can't even go back to mining
unlike bitcoin, the sharp increase in computing power of bitcoin last year also led to a sharp rise in the price of bitcoin. The most reliable personal feeling in virtual currency is bitcoin. If you want to mine, you'd better mine bitcoin and buy a professional Avalon miner.
1. The overall performance of the gt1030 is comparable to that of the R7 260, slightly lower than that of the gtx750, and the gtx1030 runs at about 3W to 3.7W. It's a very junk entry-level graphics card
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2. If you want to know the direct relationship and positioning of each model of graphics card, you should know the naming rules of N card model, and you can directly infer the general performance of graphics card from the model of graphics card. Let me give some examples as follows:
the old generation of "2 series" gdddr3, pcie2.0 interface, n card performance from low to high, low-end gt210 to gt240, low-end GTS250, note that here 250 becomes GTS, not GT, high-end gtx260, note that here 260 becomes GTX, not GTS, high-end gtx270, high-end flagship gtx280, gtx285. The flagship gtx295 in the high-end flagship
the old generation of "4 series" gdddr5, pcie2.0 interface, n card performance from low to high, low-end gt410 to gt440, low-end gts450, note that 450 becomes GTS, not GT, high-end gtx460, note that 460 becomes GTX, not GTS, high-end gtx470, high-end flagship GTX480
the old generation of "5 Series" gdddr5, pcie2.0 interface, n card performance is divided from low to high, low-end gt510 to gt540, middle end in the middle gtx550, note that here 550 becomes GTX is not GTS or GT, middle end is higher than gtx560, high-end is lower than gtx570, high-end flag ship is gtx580. The flagship gtx590 in the high-end flagship
the old generation of "6 Series" gdddr5, pcie2.0 interface, n-card performance from low to high, low-end gt610 to gt640, middle end gtx650, note here 650 becomes GTX is not GT, middle end is higher than gtx660, high-end is lower than gtx670, high-end flagship gt680. The flagship gtx590 in the high-end flagship
the last generation of "7 Series" gdddr5, pcie3.0 interface, n-card performance from low to high, low-end gt710 to gt740, middle end middle gtx750, note that here 750 becomes GTX is not GT, middle end is higher than gtx760, high-end is lower than gtx770, high-end flagship gt780
the last generation of "9 series" gdddr5, pcie3.0 interface, n card performance is divided from low to high, low-end gt910 to gt940, middle end in the middle gtx950, note here 950 becomes GTX, not GT, middle end is higher than gtx960, high-end is lower than gtx970, high-end flagship gtx980
the new generation of "10 series" gdddr5, pcie3.0 interface, n card performance from low to high, low-end gt1030, middle end gtx1050, note here 1050 becomes GTX, not GT, middle end gtx1060, high-end gtx1070, high-end flagship gtx1080
the "1 generation" of the new generation of "16 series" uses gdddr5 video memory chip, pcie3.0 interface, and n-card performance is divided from low to high. Note that this is GTX, the middle end is in the middle of gtx1650, and the middle end is in the high of gtx1660
the new generation of "generation 2" of "16 series" uses gdddr6 video memory chip, pcie3.0 interface, and N card performance is divided from low to high. Note that all of them are GTX, the middle end is in the middle of gtx1650, and the middle end is in the high of gtx1660. The "16" series of gddr6 and gddr5 are difficult to distinguish from each other in terms of models. It is better to check the parameters of the graphics card to distinguish them. If the rear suffix is "super", gddr6 is also used, for example, gtx1650s is in the middle and gtx1660s is in the middle
the "1 generation" of the new generation "20 series" all use gddr6 video memory chip, pcie3.0 interface, and N card performance is divided from low to high. Note that RTX is not GTX, all models have become RTX, the middle end is higher than rtx2060, the upper end is lower than rtx2070, and the high-end flag ship is rtx2080
the new generation of "20 series" of "2 generation" vest "super", pcie3.0 interface, n card performance from low to high division, note that here are RTX, not GTX, all models have become RTX, the middle end is higher rtx2060s, the upper end is lower rtx2070s, the high-end flagship rtx2080s
summary:
1. See if there is an "X" in the model. Those without an X belong to the low end, while those with an "X" belong to the middle end or high end
2. Look at the numbers in the models. There are 1 to 4 in the model numbers, which are the low end, 5 in the middle end, 6 in the middle end, 7 in the high end, and 8 in the high end flagship. If there are 9 in the flagship, they are the top graphics cards in some series
3. The suffix at the back of the model is "OC", which is the version modified by the brand manufacturer. It doesn't have to be weakened or enhanced. The details depend on the parameters. The suffix "Se" is part of NVIDIA's performance enhanced version. "Ti" is the overall performance enhanced version of NVIDIA, and "super" is the vest replacement version of NVIDIA. If the prefix of the model is "GTS", it is the enhanced version of "GT". So many other prefixes or suffixes are basically the models added by brother brand manufacturers after their own changes, and they are not NVIDIA's version