What is the difference between local computing power and ore pool computing power? What is the difference between local computing power and ore pool computing power? Miners who are mining in the currency circle know that if they want to mine, they must find a suitable ore pool. Ore pools are arranged according to computing power. The existence of ore pools reduces the difficulty of mining virtual digital currencies such as Bitcoin, lowers the mining threshold, and truly realizes the bitcoin mining concept that everyone can participate in. The better the calculation ability of the ore pool, the greater the probability of block blasting and the higher the income. If you want to know which ore pools have high computing power, you must first know what is the computing power of ore pools? Now let's understand the calculation force of the lower ore pool.

What is ore pool computing power?

Ore pool computing power is displayed on the query page of the ore pool you are mining. The computing power data here is a data indicator to evaluate the actual computing workload, and this data is related to your actual income. It is divided into total calculation force and single mining machine calculation force. Generally, the calculation power of the ore pool is the average value displayed, which is divided into 15 minutes' average calculation power and 24 hours' average calculation power. At the same time, the ore pool also distributes income and settles wages according to this calculation power, which is the key point.

Specifically, when the miner interacts with the ore pool, the ore pool will give the miner a low difficulty task. After each successful calculation, the miner will submit a calculation data to the ore pool.

When the ore pool verifies that there is no problem with these calculation data, it will receive and count the quantity. When the block is finally successfully excavated, the income will be distributed according to the proportion of the quantity of calculation data submitted by each miner. Mine pool computing power is to calculate a computing power value based on the number of effective computing power data according to the weight of each task.

Possible causes affecting the calculation force of ore pool

1. Overfrequency factor

In case of excessive overclocking, if the upper limit of the graphics card is reached, the graphics card may be unstable, and the calculation error may cause the mine pool to refuse too much. For example, if a person can only bear 100 kg, he will reach the upper limit, and the overclocking will have two results. In fact, this person can only resist 80 kg of cotton, but it looks like 200 kg. You think he is much more resistant, but when he delivers at the mine pool, he will still be calculated as 80 kg, That's far from your psychological expectation of 200 kg. Another case is that you overclock, causing the person to resist 110 kg. If he is tired, it's better not to be tired, let alone work. How to check the overclock? Look at the software log, there will be prompts, and the software will calculate that the force changes from time to time for a few seconds.

2. Network reasons

Although mining itself does not occupy any network resources, it is mainly to use the network when accepting the tasks of the ore pool and handing over the tasks to the ore pool with the calculated results, but the details are also terrible. For example, if you accept the tasks and hand over the tasks, it will take 0.001 seconds to complete the tasks in a good network, but it will take 0.003 seconds or more in a bad network. The difference between our 0.002 seconds is that an ordinary 6-truck miner will take 24 hours, It is possible to generate thousands of 0.002 seconds, which will cause about 1% or more difference in our computing power. The normal delay should be about 60ms.

3. Software pumping

The software of conscience is about 1%, including the foreign original version, which also pumps 1% water. However, some domestic software pumps water very high. We can pump as much as we want. Let's not talk about it in detail here. Remember that there is no such thing as a free lunch. You will lose more if you believe that water returns or does not pump water.

4. Stolen computing power

1. The mining software steals your computing power. When the software itself declares that it does not pump water, or the pumping is very small, the computing power that is actually stolen is much more than the computing power that is declared to pump water. I think it is stealing;

2. Without knowing it, the system is put into the trojan program, and all your mining actions are monitored, stealing part of your computing power from it, resulting in a significant reduction in your mining pool computing power. Since the mining machine itself cannot be installed with anti-virus software, because the normal mining program will also be misjudged by anti-virus, what we can do is not to download software of unknown origin, and not to trust the so-called free pumping and return pumping software, What do you think people want? It's really idle. There are a lot of free software on the network, but they can't be commercial. Even if Baidu QQ and other free software are used for you, people still make money by selling advertisements. Once again, remind all mine friends that they will suffer big losses if they are greedy for small things.

What is the difference between local computing power and ore pool computing power?

There are four main reasons why the statistical computing power of ore pool is less than that of mining software:

First, mining software is charged, and mainstream mining software charges about 1% - 2% commission.

The charging mode of mining software is as follows: the mining machine has 36 seconds to 72 seconds (3600 seconds X 1% - 3600 seconds X 2%) per hour to mine for the wallet address of the mining software developer. During this period, the computing power of the mining machine is not submitted to the wallet address of the miner, but to the wallet address of the mining software developer. This is equivalent to that only 98% - 99% of the time spent by the mining machine mining for the miners during the 1-hour and 24-hour periods, while the calculation index of the ore pool is the 1-hour average calculation force and the 24-hour average calculation force. Therefore, the 1-hour and 24-hour average calculation force will be 1% - 2% less than the local calculation force. It can also be seen that the charging of mining software has nothing to do with the ore pool, and the ore pool cannot control the charging behavior of mining software. The mining software is not developed by the ore pool. The ore pool does not charge for the mining software, nor does the ore pool charge for the use of the mining software.

Be careful not to use malicious mining software, which charges far more than 1% - 2%.

Second, network transmission loss is 2-3%.

Network transmission is lossy. If the network is normal, the loss is about 2-3%. If there is a problem with the miners' network (rejection rate and delay rate soar), the loss will far exceed 3%.

Third, calculate the task switching loss of 0.5% - 1%.

The ore pool server continuously pushes the latest computing tasks to the mining machine. If the mining machine switches from the previous computing task to the next, it will lose 0.5% - 1% of its computing power. This is unavoidable.

Fourth, serious overclocking.

If the mine machine is seriously overloaded, the calculated result is invalid, and the background computing power is great, but the mine pool will not accept such calculation results.

In general, the above content introduces in detail what the ore pool computing power is, and what is the difference between the local computing power and the ore pool computing power. I believe you will understand after reading it. In a word, the average computing power in 10 minutes means that the value fluctuates greatly, representing the latest operating state of the mining machine. The average value of 24-hour average computing power is the basis for measuring the efficiency and stability of mining machinery; Please observe after 24 hours. 10 minute local calculation: the calculation force estimated by the mining software is the theoretical value. That is, the theoretical maximum of computing power without considering network delay and overclocking. 24-hour local computing power: the average value of 24-hour local computing power. Calculation force difference: the ratio of daily average calculation force and daily average local calculation force. Please observe the value after 24 hours of operation. The smaller the value is, the better it is, which means that the mining machine is optimized better. A value of less than 5% is normal. If you don't know a concept in the currency circle very well, you must not invest blindly, which will bring huge risks to yourself.