3/24/2023 0 Comments Nvidia gpu zcash miner reddit![]() ![]() I tried -3000 on mem, -2000, and 0 and while the negative mem may help a little in hashrate by. (everyone is different)ģ0 series: 200+ Mhz - 250+ Mhz core offest | 0 mem | Powerlimit same as what you use with core intensive algos.Ģ0 series: 100+ Mhz - 150+ Mhz core offset | 0 mem | Powerlimit same as what you use with core intensive algos.ġ0 - 16 series: 100+ Mhz core offest | 0 mem | Powerlimit same as what you use with core intensive algos. However, did some more testing of overclocks, and honestly, while HiveOS is filled with a mix of settings, just adding core and leaving mem alone seemed to be the most stable for my environment, thermal conditions, and silicon lottery. Just sharing one data set, feel free to add to it in the comments. Still testing and tuning as we all learn together. Gridcoin focuses on use as a cryptocurrency and as a marketplace for computational resources. This results in varied and constantly changing types of ASIC-resistant computation plus resistance to pooling. It uses a hybrid proof-of-stake/proof-of-work model where the consensus layer is handled by PoS, while the coins needed to participate in PoS are minted as a result of computational contributions to over a dozen different scientific research projects like Folding home. Gridcoin (GRC, $0.01/coin) started in 2013 and takes a different approach to ASIC resistance than most. Ravencoin focuses on use as a blockchain for the ownership and transfer of tokens and other digitally-representable assets. Their coin is still more easily mineable with GPU than CPU (unlike monero), but with the re-availability of consumer GPUs, this still puts basic mining hardware within the reach of many. It focuses on asic-resistance, though only to a certain degree. Ravencoin (RVN, $0.02/coin) started in 2018 (as a fork of Bitcoin) and is a newer coin than Monero. Monero focuses on use as a cryptocurrency. ![]() Pool centralization shares similar tradeoffs to ASIC centralization. They have also focused significantly on reducing centralization due to pools. Even today, it can be mined with modern desktop computers and has a low barrier to entry. Monero's main focuses are private transactions (fungibility) and decentralization. Monero (XMR, $150/coin) started in 2014 is probably the most well known asic-resistant coin, even undergoing their own hard fork when ASICs were developed for their original algorithm. The usual method for this is to make the algorithms "memory hardened" (use more memory) because once you have a powerful processor and a bunch of memory, well you've pretty much made a regular high-end computer but with the added expense of a smaller production run since your device can really only be used for mining. This centralization presents security risks to the network.ĪSICs become outdated whenever newer ones come out, generating e-wasteĪ number of coins have tried to make "ASIC-resistant" algorithms, meaning that ASICs cannot be profitably designed for them. Make mining and therefore network participation out of reach of average computer userĬentralize mining both in terms of actual computational production and the production/acquisition of ASICs themselves. Today I will look at several pros/cons of ASICs and the ASIC-resistant coins they have spawned ![]() ASICs are specialized pieces of hardware designed to do this computational work more efficiently, which while a net benefit for the environment has several negative consequences. In order to create the next block, a miner must guess the correct answer to a mathematical puzzle, proving that they have done a certain amount of computational work to get there. Proof-of-work currencies rely on cryptographic algorithms to secure their ledgers. ![]()
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