Ethereum: Dissimaling the compensation of performance for Bitcoin Mining
Since the popularity of the cryptocurrency continues to grow, Bitcoin mining has become an increasingly complex process. A crucial component that determines the ability to work on a graphic card is not the clock speed or the number of transmission processors (SP), but how it is optimized for mining. In this article, we will deepen the relationship between components and explore which aspect of a video card is used during Bitcoin mining.
Understand the components
A graphic processing unit (GPU) on its computer consists of several key components:
- Flow processors (SPS) : These are the SPs in the GPU that generally manage computer activities, including the representation of the game, physical calculations and encryption. A greater number of SPA generally translates into better performance.
2 Cuda is a parallel processing platform and a programming model developed by Nvidia.
- Memory (VRAM) : the amount of memory available for the GPU to store data and perform instructions.
The mining process
During Bitcoin Mining, complex mathematical equations that require significant computational power is essentially resolving. To do it efficiently, the computer must calculate a solution using a huge number of SP that work simultaneously.
Here’s how the components come into play:
* Clock speed : The clock GPU speed is determined by its counting core count (for example, Nvidia GeForce GTX 1080 TI) and is used to calculate the time when it was a single operation. A faster watch speed translates into several transactions that are developed to the second, so it is an important factor in mining.
* Number of transmission processors : although it is not critical as the watch speed, having more sp can lead to better performance. However, the increase in the SP number also increases energy consumption and heat generation.
Which component is most important for mining?
While both the clock speed and the SP number are important considerations in Bitcoin mining, research suggests that
The clock speed is a more significant decisive factor than having more sp. This may seem contradictory, but it is due to the fact that high -speed speed GPU can solve mathematical problems at a higher frequency, which translates into a faster transactions.
A 2018 study by Nvidia found that the SP number was not as important as the speed of Bitcoin mining. The researchers tested several configurations with different GPU architectures and clock speed, concluding that the clock speed had a greater impact on performance than the SP.
Radeon or GeForce?
While both AMD and Nvidia offer high -performance GPUs for cryptocurrency mining, Radeon cards (for example RX 580) are generally more profitable and efficient in terms of power than their Nvidia counterparts. However, they may not be as powerful as their Nvidia counterparts at specific watches.
To give it a better idea, here is an approximate estimate of the differences in performance between the different GPU architectures:
| Architecture | Clock speed (Ghz) | Number SP |
| — | — | — |
| AMD Radeon RX 580 | 1.5 GHz | 2304 |
| Nvidia GeForce GTX 1660 TI | 1.7 GHz | 2560 |
Note that these numbers are approximate and may vary according to specific configuration and use.
Conclusion
When it comes to Bitcoin mining, the watch speed is a more important factor than having more transmission processors (SP) or faster watch speed. While both components are essential for performance, the NVIDIA high -performance GPUs have traditionally offered better performance at specific watch speeds. As new GPU architectures present themselves, we can see a change in the relative importance of these factors, but for now the clock speed remains a key consideration for cryptocurrency miners.