GPU mining refers to the process of using Graphics Processing Units to validate transactions and add new blocks to a blockchain. This method involves specialized computer hardware designed for parallel processing, making GPUs efficient for solving the cryptographic puzzles required in proof-of-work consensus mechanisms. Miners using GPUs compete to be the first to verify a block, earning newly minted cryptocurrency and transaction fees as a reward. The effectiveness of GPU mining depends on factors such as computational power, energy consumption, and network difficulty.
Context
GPU mining was historically a dominant method for securing several major proof-of-work blockchains, including Ethereum before its transition to proof-of-stake. The shift of such networks away from proof-of-work has significantly altered the landscape for GPU miners, leading to discussions about the future utility of their hardware. A critical future development involves the reallocation of these computational resources to other proof-of-work chains or alternative applications, as the profitability of traditional GPU mining diminishes. The environmental impact of energy consumption remains a key debate surrounding this practice.
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