Why a card is suitable for mining
Publish: 2021-03-29 01:40:29
1. Dig with n card, you can't even collect the electricity fee... If you want to mine, you'd better use a card honestly
2. A card has more process processors, and its general computing power is stronger than n card. The architecture of a card is more suitable for mining. N card is OK now, but the effect is not as good as a card. This is a fact
let's see what others say.
let's see what others say.
3. Because amd graphics card provides a large number of simple computing resources, which is suitable for high-intensity and heavy load computing,
while NVIDIA graphics card provides less computing resources, mainly through software optimization to achieve game acceleration. In addition, game n card simplifies some moles used in scientific computing (mining just belongs to this kind of Computing),
therefore, in the face of mining, which is a simple and high load operation, the N card with weak body will not work
for now, the design between AMD and NVIDIA is more and more similar. The a-card part absorbs the advantages of serial and branch judgment of n-card, and the n-card part also adopts the simple violence stack design of a-card. So who has the advantage is a mathematical proportion problem, whose graphics card is more accurate to the proportion planning of game resources, whose performance is better
so mining depends on the efficiency of the algorithm. A card is really good at an algorithm called SHA-256, which was used in violent decoding before (so a card also has a good performance in violent decoding)
unfortunately, in order to rece the power consumption, n card has actually simplified some scientific computing moles. As we said downstairs, the CPU is good at the work of branch judgment. N card no longer relies on itself, instead, it has been deleted, leaving this part of the work to the CPU to the processor, so the general computing performance is weaker than a card. As for the advantages of N card in the field of professional card for a card mentioned by some people, it mainly depends on the early investment and construction in the application of software in the past, that is, the early optimization is still in place, and now the old customers are still eating well
it is true that Tianhe first used 4870 as accelerator card, but there may be a mistake, that is, it was not NVIDIA's Tesla that was used by new Tianhe, but Titan, another supercomputer, which was not entirely Tesla processor, but also AMD's Haolong processor for collaborative computing. In fact, tianhe-2 uses Intel's Xeon Phi processor, neither amd nor NVIDIA.
while NVIDIA graphics card provides less computing resources, mainly through software optimization to achieve game acceleration. In addition, game n card simplifies some moles used in scientific computing (mining just belongs to this kind of Computing),
therefore, in the face of mining, which is a simple and high load operation, the N card with weak body will not work
for now, the design between AMD and NVIDIA is more and more similar. The a-card part absorbs the advantages of serial and branch judgment of n-card, and the n-card part also adopts the simple violence stack design of a-card. So who has the advantage is a mathematical proportion problem, whose graphics card is more accurate to the proportion planning of game resources, whose performance is better
so mining depends on the efficiency of the algorithm. A card is really good at an algorithm called SHA-256, which was used in violent decoding before (so a card also has a good performance in violent decoding)
unfortunately, in order to rece the power consumption, n card has actually simplified some scientific computing moles. As we said downstairs, the CPU is good at the work of branch judgment. N card no longer relies on itself, instead, it has been deleted, leaving this part of the work to the CPU to the processor, so the general computing performance is weaker than a card. As for the advantages of N card in the field of professional card for a card mentioned by some people, it mainly depends on the early investment and construction in the application of software in the past, that is, the early optimization is still in place, and now the old customers are still eating well
it is true that Tianhe first used 4870 as accelerator card, but there may be a mistake, that is, it was not NVIDIA's Tesla that was used by new Tianhe, but Titan, another supercomputer, which was not entirely Tesla processor, but also AMD's Haolong processor for collaborative computing. In fact, tianhe-2 uses Intel's Xeon Phi processor, neither amd nor NVIDIA.
4. Before the appearance of mining machine in 2012, the era of mining with graphics card used a card, because mining is to split hash operation into multiple sub operations. At that time, a card can complete one operation with one instruction set, while n card needs three instruction sets to complete one operation. Therefore, the actual operation efficiency of a card is more than twice that of N card, which is close to three times
in fact, n card has greatly enhanced the mining efficiency in the Maxwell architecture, not inferior to a card. But the Maxwell architecture came out too late. When the earliest Maxwell architecture graphics card, such as gtx750ti / 750, came into the market (early 2014), the mainstream currencies could not dig out anything with graphics cards (all mining machines). Therefore, few people use n-card mining.
in fact, n card has greatly enhanced the mining efficiency in the Maxwell architecture, not inferior to a card. But the Maxwell architecture came out too late. When the earliest Maxwell architecture graphics card, such as gtx750ti / 750, came into the market (early 2014), the mainstream currencies could not dig out anything with graphics cards (all mining machines). Therefore, few people use n-card mining.
5. Because of different instructions, a card needs one instruction, n card may need three instructions, and a card has more computing units. As for the graphics card, it is faster than the processor because of different operation modes. GPU is dedicated to floating-point operation, and some CPUs have it, but it is not as good as GPU (for example, Xeon amd has no floating-point operation capability at all)
6. The reason is that the task of BTC is a very simple calculation of decryption,
does not need too many instructions. In other words, the task of BTC only needs some specific transistors to be executed.
the CPU is used to perform the mining task, because the CPU needs many crystal tubes to execute various instructions, In a cycle, many transistors are idle, and the speed is slow and normal.
in order to enhance the ability of displaying images, the graphics card saves many transistors that have nothing to do with the display function, so the graphics card can only display images, but it is much faster than the CPU in the task of displaying images.
BTC needs to perform the same task as the graphics card, so the graphics card mining is faster than the CPU.
the same as the graphics card, The task execution mode of a card is closer to that of BTC than that of N card, so a card is more suitable for mining
does not need too many instructions. In other words, the task of BTC only needs some specific transistors to be executed.
the CPU is used to perform the mining task, because the CPU needs many crystal tubes to execute various instructions, In a cycle, many transistors are idle, and the speed is slow and normal.
in order to enhance the ability of displaying images, the graphics card saves many transistors that have nothing to do with the display function, so the graphics card can only display images, but it is much faster than the CPU in the task of displaying images.
BTC needs to perform the same task as the graphics card, so the graphics card mining is faster than the CPU.
the same as the graphics card, The task execution mode of a card is closer to that of BTC than that of N card, so a card is more suitable for mining
7. Not only can a card mine, but a card mine the highest efficiency, n card and CPU can mine, but under the efficiency, you dig out the virtual currency is not enough to pay your electricity, a card's floating-point computing ability is its own strength
8. This is because of the different working principles of a card and N card. N card uses part of the performance to allocate work to stream processor, while a card uses heap stream processor. Although the difference between the two is not big, n card will be faster under some optimizations, but under the full load of mining, the performance of heap stream processor a card will greatly exceed that of N card. So we all use a-card mining.
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10. In China, there are stores that accept digital currency payment, but the influence of these stores is generally very small, which can be used as a form of barter. Because at the end of 2013, the central bank and other five ministries and commissions jointly issued the bitcoin risk notice, which clearly defined bitcoin as a special Internet commodity. People can buy and sell bitcoin freely at their own risk, but denied its monetary attribute. At this stage, bitcoin cannot and should not be used for payment
it's also applicable to the younger brother of bitcoin such as Wright coin, Ruitai coin and doggy coin, but there are still stores accepting them offline, but the scope is very small.
it's also applicable to the younger brother of bitcoin such as Wright coin, Ruitai coin and doggy coin, but there are still stores accepting them offline, but the scope is very small.
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