Does mining burn memory
Publish: 2021-04-04 05:57:33
1. Obviously, the graphics card is responsible for the management of your computer display. If it goes wrong, there will be problems in the blue screen. For example, if the temperature of the graphics card is too high, the normal work of the graphics card will be affected, and the blue screen may appear
2. mining with the graphics card in the computer requires a long-time operation of the computer, and the graphics card needs a lot of calculation. Compared with the normal use of the computer, it will have greater loss, and the service life will be greatly reced. At the same time, long-time operation, the hardware also emits a lot of heat, if the heat dissipation is not good, it will affect all the hardware
3. You are right. Mining mainly consumes the computing power of the graphics card, which requires a small CPU memory. Many people use Pentium CPU + 4G memory to mine, so the main reason is that the graphics card must have strong computing power,
4. Memory mole can not mine, just data storage and transmission, no computing power, more impossible to mine
5. "Mining card in memory" -- what the hell
it's like "the paper cutter in the tractor"
memory mole is memory, mining card is graphics card, how can there be graphics card in memory mole?
it's like "the paper cutter in the tractor"
memory mole is memory, mining card is graphics card, how can there be graphics card in memory mole?
6. Compared with CPU, GPU computing will have an absolute advantage in bitcoin mining
1. CPU is mainly optimized for serial instructions, while GPU is optimized for massively parallel operations
2. Modern multi-core CPU aims at instruction set parallelism (ILP) and task parallelism (TLP), while GPU is data parallelism (DLP)
3. GPU often has a larger bandwidth of memory, that is, the so-called video memory, so it will also have good performance in high throughput applications
the CPU needs strong generality to deal with various data types, and at the same time, it also needs logical judgment, and it will introce a lot of branch jump and interrupt processing. All these make the internal structure of CPU extremely complex. GPU is faced with highly unified, interdependent large-scale data and pure computing environment without interruption. GPU uses a large number of computing units and ultra long pipeline, but it only has very simple control logic and saves cache. The CPU not only occupies a lot of space by cache, but also has complex control logic and many optimization circuits. So unlike CPU, GPU is good at large-scale concurrent computing, which is suitable for password cracking
in short, CPU is a general-purpose operation. In short, it means brainless calculation and violent calculation. Whether it's 100 children sharing apples or simulating the earth, it can be decomposed into the most basic calculation of 1 + 1 = 2. GPU is specially designed to deal with high-order mathematical algorithms, such as calculating the relative positions of light source, object, viewpoint and shadow, which requires trigonometric functions to be piled up. The bitcoin digger uses SHA-256, a secure hash function invented by the US National Security Agency, which is generally used for password encryption and decryption. This algorithm can perform a large number of 32-bit integer right-rotate operations, which is very suitable for GPU which is good at large-scale concurrent computing and password cracking.
1. CPU is mainly optimized for serial instructions, while GPU is optimized for massively parallel operations
2. Modern multi-core CPU aims at instruction set parallelism (ILP) and task parallelism (TLP), while GPU is data parallelism (DLP)
3. GPU often has a larger bandwidth of memory, that is, the so-called video memory, so it will also have good performance in high throughput applications
the CPU needs strong generality to deal with various data types, and at the same time, it also needs logical judgment, and it will introce a lot of branch jump and interrupt processing. All these make the internal structure of CPU extremely complex. GPU is faced with highly unified, interdependent large-scale data and pure computing environment without interruption. GPU uses a large number of computing units and ultra long pipeline, but it only has very simple control logic and saves cache. The CPU not only occupies a lot of space by cache, but also has complex control logic and many optimization circuits. So unlike CPU, GPU is good at large-scale concurrent computing, which is suitable for password cracking
in short, CPU is a general-purpose operation. In short, it means brainless calculation and violent calculation. Whether it's 100 children sharing apples or simulating the earth, it can be decomposed into the most basic calculation of 1 + 1 = 2. GPU is specially designed to deal with high-order mathematical algorithms, such as calculating the relative positions of light source, object, viewpoint and shadow, which requires trigonometric functions to be piled up. The bitcoin digger uses SHA-256, a secure hash function invented by the US National Security Agency, which is generally used for password encryption and decryption. This algorithm can perform a large number of 32-bit integer right-rotate operations, which is very suitable for GPU which is good at large-scale concurrent computing and password cracking.
7. If the computer's memory mole is burned, it can't be turned on. After pressing the power on button, there will be an alarm or direct power-off protection.
8. Experienced people in the installation of memory mole will bring what is called anti-static gloves, its purpose is to protect the hardware. Because there are many transistors and integrated circuits in memory and processor, the static electricity of human body is very dangerous for them. But it's not as easy to burn as people say. It's just possible, especially in winter. Because people wear wool and cotton clothes in winter, static electricity will inevitably be generated between the clothes, just like taking off clothes at night. The crackling sound is accompanied by this small spark. At this time, when we touch some metal objects, we will be hit by static electricity. If it is hardware, it is vulnerable. It is suggested that we touch the metal object or the power shell of the chassis when plugging in and out the memory mole to release the static electricity, so that we can rest assured of DIY.
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