Virtual currency 100 times
Publish: 2021-04-14 12:47:17
1. Some time ago, the critical hashgard team released an airdrop, saying that it will be 100 times in three years. If it doesn't, the people who get the airdrop can find their project, and they will pay for it. If you don't get the airdrop, you should not be able to participate in the activities, but I think this team dares to say three years 100 times, that should still be very high level.
2. Bitoffer bitcoin option: for example, buy a one-day call option at the current price of US $10000. One day later, bitcoin rises to US $10500, that is US $10500-10000 = US $500
bitcoin futures contracts, for example, at $10000, use $500 to open 100 times leverage, which will rise to $10500, which means an increase of 5%. 100 times leverage means 5 times profit and $2500.
bitcoin futures contracts, for example, at $10000, use $500 to open 100 times leverage, which will rise to $10500, which means an increase of 5%. 100 times leverage means 5 times profit and $2500.
3. It's not said that CPU can't dig. In the beginning, CPU was used to dig. However, with the in-depth study of mining algorithms, we found that the original mining was repeating the same work. As a general-purpose computing unit, CPU designed many moles such as branch prediction unit, register unit and so on, which did not help to improve the computing power at all
in addition, CPU is not good at parallel computing at all. It can perform more than ten tasks at most at one time. This is far from the fact that the graphics card has thousands of stream processors. The graphics card is too high, so we slowly develop the corresponding mining algorithm for the graphics card
taking BTC as an example, its basic algorithm principle is to take all transactions within 10 minutes as an input and add a random number. When all transactions within 10 minutes are added with your random number, a hash of sha256 is calculated. It's almost full of integer operations. It's just like a special design for a graphics card. The graphics card is very suitable for this kind of brainless algorithm. The more the number of stream processors, the better
as far as hash computing is concerned, it is almost all independent and concurrent integer computing, and GPU is designed and proced for this. Compared with the pitiful 2-8 threads of CPU and the astonishing length of control judgment and scheling branches, GPU can easily perform integer calculation concurrency of hundreds of threads (brainless brute force cracking without any judgment is the strength of a card)
OpenCL can make use of a large number of unified shaders on GPU chip, which can be used as resources for integer calculation. The resource of stream processor of a card is several times that of N card (the same level card)
but later, we found that the graphics card is still too weak, and the computing power can be greatly improved by directly using the ALU unit of large-scale ASIC stack. The computing power of the palm sized computing board is dozens of times that of the graphics card, so now bitcoin can't dig without a special ASIC miner
although a large number of interdependent and random memory access instructions are introced into the script algorithm used in the later LTC, when the footprint is large enough, a large number of cache failures will occur at the L2 level or even TLB level of GPU, resulting in more DRAM accesses, so as to weaken the advantage of ASIC / FPGA in integer operation performance compared with GPU, However, it is still targeted to develop mining machines. At present, only specialized mining machines can dig
however, the second generation of virtual currency (such as Eth and Zec) has absorbed the experience of the predecessors' blasted algorithms, and made more special optimization on the mining algorithm to prevent the occurrence of brainless operations. It has high requirements for video memory, so it can effectively resist the invasion of mining machines
because eth can only rely on graphics cards for mining, the rising price and shortage of graphics cards started in the second half of 2017. Many mine owners sold thousands of graphics cards to set up mining machines to mine these virtual currencies
over time, we all think that CPU can't mine, but in fact, the efficiency and benefit are too low.
in addition, CPU is not good at parallel computing at all. It can perform more than ten tasks at most at one time. This is far from the fact that the graphics card has thousands of stream processors. The graphics card is too high, so we slowly develop the corresponding mining algorithm for the graphics card
taking BTC as an example, its basic algorithm principle is to take all transactions within 10 minutes as an input and add a random number. When all transactions within 10 minutes are added with your random number, a hash of sha256 is calculated. It's almost full of integer operations. It's just like a special design for a graphics card. The graphics card is very suitable for this kind of brainless algorithm. The more the number of stream processors, the better
as far as hash computing is concerned, it is almost all independent and concurrent integer computing, and GPU is designed and proced for this. Compared with the pitiful 2-8 threads of CPU and the astonishing length of control judgment and scheling branches, GPU can easily perform integer calculation concurrency of hundreds of threads (brainless brute force cracking without any judgment is the strength of a card)
OpenCL can make use of a large number of unified shaders on GPU chip, which can be used as resources for integer calculation. The resource of stream processor of a card is several times that of N card (the same level card)
but later, we found that the graphics card is still too weak, and the computing power can be greatly improved by directly using the ALU unit of large-scale ASIC stack. The computing power of the palm sized computing board is dozens of times that of the graphics card, so now bitcoin can't dig without a special ASIC miner
although a large number of interdependent and random memory access instructions are introced into the script algorithm used in the later LTC, when the footprint is large enough, a large number of cache failures will occur at the L2 level or even TLB level of GPU, resulting in more DRAM accesses, so as to weaken the advantage of ASIC / FPGA in integer operation performance compared with GPU, However, it is still targeted to develop mining machines. At present, only specialized mining machines can dig
however, the second generation of virtual currency (such as Eth and Zec) has absorbed the experience of the predecessors' blasted algorithms, and made more special optimization on the mining algorithm to prevent the occurrence of brainless operations. It has high requirements for video memory, so it can effectively resist the invasion of mining machines
because eth can only rely on graphics cards for mining, the rising price and shortage of graphics cards started in the second half of 2017. Many mine owners sold thousands of graphics cards to set up mining machines to mine these virtual currencies
over time, we all think that CPU can't mine, but in fact, the efficiency and benefit are too low.
4. So far, the sale of bitcoin is still a blank. The amount of bitcoin is relatively small and the purchase price is too high, so you should not invest it easily.
5. Like okex's perpetual contracts, you can choose to open more or open less than 100 times.
6. Really do not understand ~ ~ now there are such things ~ I only know some domestic< Hongao: there is a spare platform, and there is a risk of running away
2. Hongsheng: no mobile client, no other problems found for the time being
3. Gaohe: don't give up the money (nor the principal), avoid it
4. Aw: do not accept the agent who takes the customer loss, it is easy for the indivial agent, but difficult for the company agent to apply for approval
5. Chuangwao: new platform, many agents, and the phenomenon of title
6. Hua: the platform on the web is easy to be attacked
7. Sindh: trading is not allowed when the fluctuation is 4%
note: the above is the 10 times T + 0 platform I know. You are welcome to add, and it's better to bring evidence.
2. Hongsheng: no mobile client, no other problems found for the time being
3. Gaohe: don't give up the money (nor the principal), avoid it
4. Aw: do not accept the agent who takes the customer loss, it is easy for the indivial agent, but difficult for the company agent to apply for approval
5. Chuangwao: new platform, many agents, and the phenomenon of title
6. Hua: the platform on the web is easy to be attacked
7. Sindh: trading is not allowed when the fluctuation is 4%
note: the above is the 10 times T + 0 platform I know. You are welcome to add, and it's better to bring evidence.
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