Ethereum: how does Scrypt use memory?

Truth about the use of Ethereum memory: SCRYPT understanding and its requirements

When it comes to cryptocurrency mining, especially for platforms such as Ethereum, the understanding of how different consensus algorithms use memory. The two most popular work evidence (POW) consensus algorithms are Scrypt and Ethash, which are used in various cryptocurrencies, including Ethereum.

In this article, we will go deeper from information about how Scrypt uses memory and explain any misconceptions related to its requirements for the system RAM.

SCRYYPT: High quality POW SONENSUS algorithm

Scrypt is a work algorithm created by Google created by Google in 2014. As part of the Android operating system. It is designed as effective energy, making it suitable for low -end hardware. Scrypt uses a unique memory model, which is significantly different from Ethereum use L2 (second level) memory.

Memory use SCRYPT

The use of Scrypt memory is used in an adjacent block known as a “slice”. Each piece has a fixed size and can contain up to 32 MB data. By calculations, the algorithm protects intermediate results by these pieces to reduce the number of memory access.

To achieve this, Scrypt uses a technique called “chunking”, where the algorithm breaks down the calculation into smaller, more controlled pieces (pieces) stored in memory. This method allows for efficient use of System RAM, which is usually the main source of cryptocurrency extraction power.

L2 Memory and System RAM

The use of Ethereum L2 memory is a conscious choice of design to reduce energy consumption and increase mining profitability. L2 memory means faster, second -level memory used in GPU (graphics processing devices) and other specialized hardware. Although Ethereum has optimized its architecture effectively to use L2 memory, this does not mean that it depends solely on the system RAM.

In fact, Scrypt’s calculations require a lot of system RAM, but not all available RAM. The algorithm uses a storage facility based on CPU, GPU and cache to optimize performance. However, the main calculation is carried out in memory pieces that are stored in the system RAM.

Conclusion

In conclusion, Script uses a unique method for the efficient use of System RAM. Although Ethereum may not rely on L2’s memory that the architecture can be optimized during mining so that this source is effectively exploited. Having enough system RAM still needs to run SCRYPT Miners, but the algorithm design allows you to use the available resources effectively.

When choosing a mining device or hardware setup to optimize energy consumption and reduce energy consumption, it is very important to understand the requirements of POW algorithms.