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ETH Dev Suggests Moving to ‘ASIC-Friendly Algorithm’ After ProgPoW Decision


ETH Dev Suggests Moving to ‘ASIC-Friendly Algorithm’ After ProgPoW Decision

Ethereum devs should ‘embrace’ specialized mining hardware (ASICs), according to an Ethereum code contributor

An Ethereum (ETH) code contributor has suggested that Ethereum developers ‘embrace’ specialized mining hardware (ASICs) in a reply on Ethereum developer forum Ethereum Magicians, Jan. 7.

As Cointelegraph reported last week, Ethereum core developers have tentatively decided to implement a new proof-of-work (PoW) algorithm, dubbed ProgPoW, which would decrease the efficiency divide between ASICs and GPUs, while rendering current Ethereum ASICs obsolete.

According to another developer on Ethereum Magicians, David Vorick, ProgPoW would favor larger ASIC producers because the more complex hardware needed would exacerbate the economies of scale involved.

Following Vorick’s comment, a developer named Alexey Akhunov stated in a response post:

“If we want to obsolete the current EtHash mining devices, but at the same time not to induce more secretive behaviour on the part of ASIC manufacturers, we need to ‘embrace’ it and switch to an ASIC-friendly algorithm now instead of an ASIC-unfriendly algorithm. Which the opposite of what we are doing.”

Ethereum devs’ general rationale behind objecting to using ASICs to mine ETH is that specialized hardware has no natural distribution, no reserve group, a high barrier to entry, production centralization and backdoor potential.

The rationale was gently challenged by Vorick, who asked “what needs to be done in order to bring ProgPoW hardware peacefully to the Ethereum community?” Vorick continued:

“Nobody has interest in making enemies or being hardforked and invalidated, yet multiple groups have interest in making special purpose Ethereum mining hardware, which at this point means targeting ProgPoW.”

The developer argued that the amount of money at stake guarantees that at least some hardware producers will choose to keep new ASICs secret to prevent a new hard fork making the tech obsolete. Vorick then poses the question:

“If a hardware developer manages to create a ProgPoW ASIC that outperforms GPUs by a surprising margin […] is it better for that manufacturer to keep their discovery secret and mine secretly, or is it better for that manufacturer to sell openly?”

Linzhi, a Chinese mining hardware producer, had already released a call to Ethereum developers to “publish rules for what constitutes a good ProgPoW ASIC maker.” The company declared that it is currently designing an Ethash mining machine, announcing:

“We reject arbitrary enforcement of rules, and request clear and equal guidelines to be established for all hardware makers. Today we are calling upon the Ethereum developers to publish rules and requirements for what constitutes a good ProgPoW ASIC maker.”

Akhunov commented on Twitter today, Jan. 8, that it would be great to establish a transparent dialogue between developers and an ASIC manufacturer, such as Linzhi. According to him, Ethereum core developers lack the kind of expertise of such producers, and open information about ASIC capabilities would be useful to them.

As Cointelegraph reported today, the Ethereum Classic (ETC) team had tweeted that anomalous activity on the ETC network might be attributed to Linzhi’s testing of new 1,400Mh machines meant for the Ethash algorithm — the PoW algorithm currently employed by both Ethereum and Ethereum Classic. Following the statement, Linzhi Shenzhen’s director of operations denied these claims in a Tweet that has since been deleted.

United States Central Processing Unit (CPU) producer Intel has also shown interest in specialized mining hardware, recently filing a new patent for energy-efficient and high-performance Bitcoin (BTC) mining tech.

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