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Any successful Lightning Network (at scale) would require a dramatic block size increase. The last (Lightning Network tech) I saw suggested it would need a 133
by slindz 9y ago
Any successful Lightning Network (at scale) would require a dramatic block size increase. The last (Lightning Network tech) I saw suggested it would need a 133MB blocksize.
Blockstream struck down a modest increase to 2MB in November. They have devs who want to reduce the blocksize.
I'm not sure where you're finding hope in LN.
Bitcoin Cash forked off to get back to scaling, and it's doing great. Check out how well the mempool stress test went this past week.
- notsrg 9y agoAnd Bitcoin Cash will need GB or even TB sized blocks to scale to the size of Visa. If scaling the network was as easy as changing 1 variable it wouldn't be that hard to get consensus on a scaling solution.
- deleted 9y ago[deleted]
- slindz 9y agoGB blocks are basically ready with today's hardware though the need is years out. It won't be long before TB blocks can say the same, testing is underway. Current prevailing theory in BCH land is the block size is an unnecessary hinderance, and will likely be gone in the next 18 months. Exciting times!
- jstanley 9y ago> GB blocks are basically ready with today's hardware What are you smoking? Even 1GB blocks would be 144GB per day of blockchain growth. You can't expect people to tolerate that kind of disk usage, let alone bandwidth.
- slindz 9y agoIt is possible today, thankfully not necessary. By the time they're necessary, it'll be a lot less demanding, relatively speaking....
- dang 9y agoThis breaks the HN guidelines. Commenters here aren't allowed to attack others no matter how wrong someone is. Please read https://news.ycombinator.com/newsguidelines.html https://news.ycombinator.com/newsguidelines.html and don't do this again.
- imtringued 9y ago7000 transactions per second is a lot of of data. If you're keeping history then you cannot store 4200000 transactions per 10 minutes in less than a 1GB block. The problem isn't the blocksize. The problem is that traditional blockchains grow indefinitively and keep onchain data forever.