🧠 $BCH | Bitcoin Cash's bigger blocks: more capacity, heavier trade-offs?
Bitcoin Cash keeps Bitcoin's SHA-256 proof-of-work but raises the block size limit from 1MB to 8MB, a design that trades heavier node requirements for more on-chain capacity. Its upgrades are made mainly through hard forks rather than soft forks, so each change relies on miners, node operators and services coordinating; a split in that coordination can leave competing chains. And because BCH shares the SHA-256 hashing algorithm with Bitcoin, hashpower can move between the two networks.
Key takeaway: Seeing capacity, upgrade coordination and shared hashpower as trade-offs rather than free wins is the basis for judging the risks of any proof-of-work chain.
💬 Which risk deserves more attention for a hard-fork chain: coordination during upgrades, or hashpower shared with a larger network?
Source: Official site https://bch.info/
#BitcoinCash #Blockchain
Bitcoin Cash keeps Bitcoin's SHA-256 proof-of-work but raises the block size limit from 1MB to 8MB, a design that trades heavier node requirements for more on-chain capacity. Its upgrades are made mainly through hard forks rather than soft forks, so each change relies on miners, node operators and services coordinating; a split in that coordination can leave competing chains. And because BCH shares the SHA-256 hashing algorithm with Bitcoin, hashpower can move between the two networks.
Key takeaway: Seeing capacity, upgrade coordination and shared hashpower as trade-offs rather than free wins is the basis for judging the risks of any proof-of-work chain.
💬 Which risk deserves more attention for a hard-fork chain: coordination during upgrades, or hashpower shared with a larger network?
Source: Official site https://bch.info/
#BitcoinCash #Blockchain