Ethereum: ASICs and large memory requirements [duplicate]

Ethereum: Complex attraction Asics

The increase in Ethereum has caused a burdensome discussion among miners, development and experience in the industry. One of the most specific questions is the distribution of integrated circles (Asic) in mining pools. Asic design, while others reject this concern as excessive response.

Asic puzzle

Etherem Rudari, we first define what Asics are and how they do. Asic microprocessors are made by custom designed specifically for the mining of cryptocurrencies. These chips use top graphics units (GPU) and apply their capabilities in the process of solving complex mathematical equations, known as evidence of work.

Paradox of Proof of Labor

Ethereum’s algorithm of consensus evidence of work requires a miner to resolve a high -level polynomial equation using powerful computer resources. This problem is not very difficult to crack, making it an attractive target for Asic mining hardware. .

Problem: Great memory requirements

One of the main reasons why Asics struggles with the Ethereum algorithm of evidence is demanding demands to remember. Asic needs huge range of RAM (usually in the range of 256-512 GB) for storage of complex budgets of type and hash functions needed for each block. This large memory print comes at a significant price:

* Electricity Consumption

: High energy consumption to power so expensive hardware.

* Cost : The cost of high performance, specialized computer chips can be forbidden by a set.

case against Asics

So there are several reasons:

• The design of a miner that would make complicated mathematical calculations that require Ethereum would require a significant engineering effort.

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The future of mining

Although it may seem like Asics retains Ethereum’s progress, the reality is tinted. As demand for mining solutions is increasing, the boundaries of what is possible in the world of cryptocurrency mining.

The algorithm, they are not as insurmountable as some can claim. Cryptum of the cryptocurrency will be shaped by a complex factors interaction, including hardware design, software development and market demand.

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