What kind of CPU does a card use for mining
Publish: 2021-04-06 08:38:10
1. Copied:
in short, mining is to use the chip to carry out a calculation related to the random number, and get the answer in exchange for a virtual coin. Virtual currency can be exchanged for the currency of each country through some way. The stronger the computing power, the faster the chip can find this random answer. Theoretically, the more virtual coins can be proced per unit time. Because it's about random numbers, you can only get rewards if you happen to find the answer. It's possible that one chip will find the answer in the next second, or ten chips won't find the answer in a week. The more chips compute at the same time, the easier it is to find the answer, and the mining machine with built-in multi chips appears. And a number of mining machines to form a "mine" at the same time mining is to improve efficiency. In the mine pool, multiple "self-employed" join an organization to mine together. No matter who finds the answer and digs out the virtual coin, everyone gets the corresponding reward according to the calculation ability of contribution. This way can make the income of "self-employed" more stable
take a popular example:
I write a string of numbers on a piece of paper and give some hints. Whoever guesses correctly will be given a bonus (mining)
smart people can make more guesses (calculation ability)
some people pay money to invite many people to come back and guess together (mining)
some people call everyone together to guess, no matter who guesses, Distribute the bonus (mine pool) according to the proportion of guessing times of each person
the rest is too long, you can search by yourself...
in short, mining is to use the chip to carry out a calculation related to the random number, and get the answer in exchange for a virtual coin. Virtual currency can be exchanged for the currency of each country through some way. The stronger the computing power, the faster the chip can find this random answer. Theoretically, the more virtual coins can be proced per unit time. Because it's about random numbers, you can only get rewards if you happen to find the answer. It's possible that one chip will find the answer in the next second, or ten chips won't find the answer in a week. The more chips compute at the same time, the easier it is to find the answer, and the mining machine with built-in multi chips appears. And a number of mining machines to form a "mine" at the same time mining is to improve efficiency. In the mine pool, multiple "self-employed" join an organization to mine together. No matter who finds the answer and digs out the virtual coin, everyone gets the corresponding reward according to the calculation ability of contribution. This way can make the income of "self-employed" more stable
take a popular example:
I write a string of numbers on a piece of paper and give some hints. Whoever guesses correctly will be given a bonus (mining)
smart people can make more guesses (calculation ability)
some people pay money to invite many people to come back and guess together (mining)
some people call everyone together to guess, no matter who guesses, Distribute the bonus (mine pool) according to the proportion of guessing times of each person
the rest is too long, you can search by yourself...
2. In other words, the task of BTC only needs some specific transistors to execute
the CPU is used to perform mining tasks. Because the CPU needs many transistors to execute various instructions, many transistors are idle in a cycle. The speed is slow and normal
In order to enhance the ability of displaying images, the graphics card saves many transistors which have nothing to do with the display function, so the graphics card can only display pictures, but it is much faster than the CPU in the task of displaying pictures. BTC needs to perform the same tasks as the graphics card, so the mining of the graphics card is faster than the CPU, So a card is more suitable for mining3. 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.
4. There are selling professional mining machine, will not dig with personal computer.. Poor performance.. Unless there's a high-end workstation, but I've never heard of anyone mining with a workstation.. The workstation is not used for mining.
of course, the faster the miner, the better, but it also depends on your budget
for high-end, you can choose several Intel
Xeon
E5 series processors with multiple motherboards
Intel
Xeon
5600 series or E3 series can be selected as the low-end point
Mining graphics card is faster than CPU, professional mining machine is faster than graphics card
so it's better to buy mining machine< In addition, it's not easy to make money from mining...
of course, the faster the miner, the better, but it also depends on your budget
for high-end, you can choose several Intel
Xeon
E5 series processors with multiple motherboards
Intel
Xeon
5600 series or E3 series can be selected as the low-end point
Mining graphics card is faster than CPU, professional mining machine is faster than graphics card
so it's better to buy mining machine< In addition, it's not easy to make money from mining...
5. There is no requirement
now the ASIC is used for mining, and the video card miner is out of date
now the ASIC is used for mining, and the video card miner is out of date
6. I've been using a card for so many years
in fact, to be honest, most of our family players can't see the way and feel it. At most, they can't see the blue screen
only when I buy a graphics card, I usually buy a card from a larger manufacturer. The first one I use is MSI. Its quality is really good. Even its keyboard has been used for 8 years, and it has no problem. So I recommend MSI first. Now I buy a big factory that used to make n-card, but now it breaks with n-card and makes a-card. Now the new I3 computer uses its graphics card. It's not good-looking except for the fan, but the fan blade is very big. You can rest assured that it's good at heat. My real experience<
if you look at the online posts about graphics card manufacturers, you will know that many of them are OEM. The two companies mentioned above, plus Lambert, Dylan and ASUS, which are relatively high price manufacturers, are independent manufacturers of graphics cards. It's just that the back one is too expensive. The computer can be used for 8 years and 10 years as long as you don't buy it on your back
I'm not sure about the N card because I haven't used it. It should also be good. When it comes time to buy, it should be no problem to choose a good manufacturer.
in fact, to be honest, most of our family players can't see the way and feel it. At most, they can't see the blue screen
only when I buy a graphics card, I usually buy a card from a larger manufacturer. The first one I use is MSI. Its quality is really good. Even its keyboard has been used for 8 years, and it has no problem. So I recommend MSI first. Now I buy a big factory that used to make n-card, but now it breaks with n-card and makes a-card. Now the new I3 computer uses its graphics card. It's not good-looking except for the fan, but the fan blade is very big. You can rest assured that it's good at heat. My real experience<
if you look at the online posts about graphics card manufacturers, you will know that many of them are OEM. The two companies mentioned above, plus Lambert, Dylan and ASUS, which are relatively high price manufacturers, are independent manufacturers of graphics cards. It's just that the back one is too expensive. The computer can be used for 8 years and 10 years as long as you don't buy it on your back
I'm not sure about the N card because I haven't used it. It should also be good. When it comes time to buy, it should be no problem to choose a good manufacturer.
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