850 miner parameters
bitcoin mining machine is a kind of computer used to earn bitcoin. This kind of computer generally has professional mining chips and works in the way of burning graphics card, which consumes a lot of power. It is one of the ways to get bitcoin that users download software from personal computer and then run specific algorithm to get corresponding bitcoin after communicating with remote server
mining is actually a competition of performance and equipment, and a competition of computing power among miners. Miners with more computing power are more likely to dig bitcoin. With the increase of computing power in the whole network, it is more and more difficult to dig bits with traditional devices (CPU, GPU). People have developed chips specially used for mining. Chip is the core part of mining machine. The process of chip operation will proce a lot of heat, in order to cool down, bitcoin miner is generally equipped with heat sink and fan
< H2 > extended materials:
bitcoin is a kind of virtual currency. Bitcoin mining system is the process of carrying out mathematical operation for bitcoin network through computer hardware. Miners who provide services can get a reward, because the network reward is calculated according to the tasks completed by miners, so the competition for mining is very fierce
bitcoin mining started with low-cost hardware such as CPU or GPU, but with the popularity of bitcoin, the mining process has changed greatly. Nowadays, the mining activities are transferred to the field programmable gate array, and the hash speed can be achieved through optimization. The mining efficiency of this mode is very high
1. Machine cost: the cost of purchasing mining machine
2. Power cost: the power cost consumed by machine mining
3. Auxiliary costs: personnel maintenance, network, cable consumables, heat dissipation, etc.
for a simple example, take the mining machine of ant S9, which consumes less power on the market, for example, the calculation power is 13.5T, and the power consumption is 1400W
when the mining machine runs for 24 hours: 1.4kw * 24 = 33.6 degrees
Shenma m3, which consumes more power on the market, has a calculation power of 11.5t, The power consumption is 2150w
under 24-hour operation, the power consumption of a single machine is 2.15kw * 24 = 51.6oc
which is roughly equivalent to the power consumption of energy-saving air conditioning, but the bitcoin miner needs 24-hour uninterrupted operation, the power consumption of a single machine is very large after a year's calculation, and the step price cost of household electricity is too high, When the market is not good, the income may not be enough for the electricity expenditure, so at present, mining will choose to be hosted in the mine, which can get cheap electricity and rece the cost price of mining. The price below 30% is the ideal price, which can keep the price of bitcoin falling to a low level, and there is still some income< According to the current mining difficulty of bitcoin:
BTC revenue per ton: 1th / s * 24h = 0.00007087btc
calculated by the comprehensive 12t machine computing power, the daily output is:
0.00007087t * 12t = 0.00085044btc
then the time required for a single machine to dig a BTC:
1 / 0.00085044 = 1175 days
the time required for ten mining machines to dig a BTC:
1 / 0.0085044 = 117 days
100 days In other words, according to the current difficulty, it takes about three years for a single miner to proce a bitcoin, 3.9 months for ten miners to dig a bitcoin, and 11.7 days for a hundred miners to dig a bitcoin. The cost of a single miner is about 8500, Ten are around 85000, one hundred is 850000, less than one million, and one month's income is more than two bitcoins. According to the current price of bitcoin, the price is about 120000. So, although the income of bitcoin mining is not as good as before, it is still considerable compared with other investment projects
however, these benefits do not include decting the cost of electricity charges and later maintenance of machines, so the premise of mining is to find a mine with low electricity charges. If the quantity is large, we need to find a safe, reliable and stable mine. What's more, we need cheap electricity to lower the cost price.
iron ore, used in foundry and process. Ore grade: 2, distributed in West Lake. Mining skills required: 2
silver ore, used for casting and processing. Ore grade: 3, distributed in Erhai Lake. Mining skills required: 3. Cold iron ore, used in foundry and process. Ore grade: 4, distributed in Yannan. Mining skills required: 4
gold ore, used for casting and processing. Ore grade: 5, distributed in Longquan. Mining skills required: 5
black iron ore, used for casting and processing. Ore grade: 6, distributed in Cangshan. Mining skills required: 6
crystal ore for foundry and process. Ore grade: 7, distributed in Yanbei. Mining skills required: 7
jadeite ore, used for casting and processing. Ore grade: 8, distributed in Wuyi. Mining skills required: 8
Zhenwu ore is used for casting and processing. Ore grade: 9, distributed in Shilin. Mining skills required: 9
Longxue ore is used for casting and processing. Ore grade: 10, distributed in grassland, Meiling, Huoyanshan, Gaochang, Tarim, Dawan. Mining skills required: 10
number of weapon grade ore, associated gun, single short associated fan, double short associated knife ring, associated weapon material grade, number of weapon material
10 copper mine, 25 10 lead ore, blue copper mine, chalrite, 1 12
20 iron mine, 30 15 pyrite, siderite, group iron ore, 2 16
30 silver mine, 35 20 iodine silver mine, black silver mine Scheelite 3 20
40 Cambrian 40 25 mica fluorite quartzite 4 24
50 gold mine 45 30 talc feldspar zeolite 5 28
60 basaltic iron mine 50 35 cristobalite diopside pyrophyllite 6 32
70 crystal mine 55 40 vermiculite illite Iceland spar 7 36
80 jadeite mine 60 45 manganite rectorite diabase 8 40
90 Zhenwu mine 65 50 witherite sapphire olivine Olivine 9 44
100 longxuekuang 70 55 nepheline pumice chalk 10 48
110 fengxuekuang 75 60 pearlite tuffaceous sillimanite 11 52
120 Nvwa Kuang 80 65 zhuqueshi hushi basaltic 12 56
for example, the materials needed to build a 70 level fan are 55 crystal ore + 40 illite + 36 7-level fan bones (luminous fan bones)
everyone can see the picture of building a 70 level fan Yes, one weapon will consume one category of corresponding level
number of ore, ring material, talisman material, necklace material, process material, grade and process material
copper mine 7 xuepo + Hanyun Bingji + Hanyun xuepo + Bingji 17
iron mine 14 2 14
Silver Mine 21 3 21
hanfe 28 4 28
Gold Mine 35 ring grade, talisman grade, necklace grade 5 35
iron mine 42 2 is mantissa 5 is mantissa 8 is mantissa 6 42
crystal 49 7 49
jadeite 56 8 56
Zhenwu 63 9 63
Longxue 70 10 70
Fengxue 77 11 77
Nuwa 84 12 84
Where are all levels going to mine? As we all know, there are two adjacent levels of minerals distributed on the same map, and there are more low-grade minerals than high-grade minerals, which requires you to choose: first, the map with faster growth and proficiency, which can be g in both mines; The second is not to waste energy, only to dig the current level of mine map. I think the first method can be used in the early stage, and the second method will be used in the later stage
Xihu: Grade 1 and grade 2
Erhai: Grade 2 and grade 3
Yannan: Grade 3 and grade 4
Longquan: Grade 4 and grade 5
Cangshan: Grade 5 and grade 6
Yanbei: Grade 6 and grade 7
790 + is required for upgrading mining to grade 7.