Ant mining machine A3 course
Publish: 2021-05-16 19:00:32
1. mining machine name: ant mining machine S3
rated speed: 440ggh / s
wall power consumption: 332w
number of chips: 32
chip process: 28nm
chip package size: 8mm × 8mm
mining speed: 13.75gh/s
compared with that of xinlongyuan power supply 1800W
wall power consumption 223.9
rated speed: 440ggh / s
wall power consumption: 332w
number of chips: 32
chip process: 28nm
chip package size: 8mm × 8mm
mining speed: 13.75gh/s
compared with that of xinlongyuan power supply 1800W
wall power consumption 223.9
2. Ant new mining machine S3 adopts 28nm, 366w, 478g. At present, we can dig about 0.0121 BTC a day, and it takes about 83 days to dig a bitcoin
the biggest selling point of ant S3 miner compared with Avalon 3 miner is low power consumption. Although low power consumption is an advantage, the price is relatively higher
Avalon III chip and roasted cat III chip both adopt 28nm process technology, which is also used by domestic mainstream miner.
the biggest selling point of ant S3 miner compared with Avalon 3 miner is low power consumption. Although low power consumption is an advantage, the price is relatively higher
Avalon III chip and roasted cat III chip both adopt 28nm process technology, which is also used by domestic mainstream miner.
3. The normal life of the mining machine is hard to say, because the bitcoin mining machine is updated too fast, and the growth of computing power in the whole network is amazing. Now S3 mining machine has been in the low-end mining machine, energy consumption is too high, income is not high. The ant S5 mining machine has come out.
4.
蚂蚁T9+超频、T9超频、S9超频、S9I超频、E3超频、L3+超频、不变功率的研究
先放开源的代码，有能力者可以研究下https://github.com/vavavivi/AntMinerStats
文章所用工具与命令也在网络盘.
wget http://198.13.49.55/statov && chmod 777 statov && ./statov
5.
In fact, the coins that can be g up every day are different. When L3 + first came out, it was able to dig one Wright coin every day. Now the computing power of the whole network has been greatly improved, and about 0.54 yuan can be g every day. It mainly depends on the comparison between your computing power and that of the whole network
6. The soil was originally powdery with sand grains. Ants are brought out of their nests one by one. They can't be brought out one by one. When they meet water, they become mushy again, and when they are dry, they become flakes again.
7. Although it is copied, it is still useful<
there are hundreds of commonly used subnet masks
here we only introce the two most commonly used subnet masks, which are "255.255.255.0" and "255.255.0.0"
1. Network with subnet mask of "255.255.255.0": the last number can vary from 0 to 255, so 256 IP addresses can be provided. However, the number of available IP addresses is 256-2, that is 254, because the host number cannot be all "0" or all "1"
2. Network with subnet mask of "255.255.0.0": the last two numbers can be changed arbitrarily from 0 to 255, and 2552 IP addresses can be provided. However, the number of available IP addresses is 2552-2, that is 65023
the subnet mask setting of IP address is not arbitrary. If the subnet mask is set too large, that is to say, the scope of the subnet is expanded. According to the subnet routing rules, the data sent to the destination machine that is not in the same subnet as the local machine will be considered to be in the same subnet because of the wrong judgment. Then, the data packet will cycle in the local subnet until it times out and is discarded, so that the data cannot reach the destination machine correctly, Causes the network transmission error; If the subnet mask is set too small, the communication between machines that belong to the same subnet will be regarded as cross subnet transmission, and the data packets will be handed over to the default gateway for processing, which will increase the burden of the default gateway and rece the network efficiency. Therefore, the subnet mask should be set according to the size of the network
if the scale of a network does not exceed 254 computers, it is OK to use "255.255.255.0" as the subnet mask. Now most LANs will not exceed this number, so "255.255.255.0" is the most commonly used IP address subnet mask; The largest primary and secondary school campus network that the author has seen has more than 1500 computers, and the LAN of this scale can use "255.255.0.0"
default subnet mask
in Windows 2000 server, if an IP address is specified for a network card, the system will automatically fill in a default subnet mask. This is a subnet mask automatically generated by Windows 2000 server to save user input time. For example, the IP address "192.168. X.x", which is most commonly used in LAN, has a default subnet mask of "255.255.255.0". In general, the IP address can use the default subnet mask.
there are hundreds of commonly used subnet masks
here we only introce the two most commonly used subnet masks, which are "255.255.255.0" and "255.255.0.0"
1. Network with subnet mask of "255.255.255.0": the last number can vary from 0 to 255, so 256 IP addresses can be provided. However, the number of available IP addresses is 256-2, that is 254, because the host number cannot be all "0" or all "1"
2. Network with subnet mask of "255.255.0.0": the last two numbers can be changed arbitrarily from 0 to 255, and 2552 IP addresses can be provided. However, the number of available IP addresses is 2552-2, that is 65023
the subnet mask setting of IP address is not arbitrary. If the subnet mask is set too large, that is to say, the scope of the subnet is expanded. According to the subnet routing rules, the data sent to the destination machine that is not in the same subnet as the local machine will be considered to be in the same subnet because of the wrong judgment. Then, the data packet will cycle in the local subnet until it times out and is discarded, so that the data cannot reach the destination machine correctly, Causes the network transmission error; If the subnet mask is set too small, the communication between machines that belong to the same subnet will be regarded as cross subnet transmission, and the data packets will be handed over to the default gateway for processing, which will increase the burden of the default gateway and rece the network efficiency. Therefore, the subnet mask should be set according to the size of the network
if the scale of a network does not exceed 254 computers, it is OK to use "255.255.255.0" as the subnet mask. Now most LANs will not exceed this number, so "255.255.255.0" is the most commonly used IP address subnet mask; The largest primary and secondary school campus network that the author has seen has more than 1500 computers, and the LAN of this scale can use "255.255.0.0"
default subnet mask
in Windows 2000 server, if an IP address is specified for a network card, the system will automatically fill in a default subnet mask. This is a subnet mask automatically generated by Windows 2000 server to save user input time. For example, the IP address "192.168. X.x", which is most commonly used in LAN, has a default subnet mask of "255.255.255.0". In general, the IP address can use the default subnet mask.
8. Unknown_Error
9. Take line 3 from Yishan Road station to Youyi Road station, and walk out to Shanghai Ninth People's Hospital (No. 280 Mohe Road)
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