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Comment by bradwood | Hacker News Reader

Increasing the blocksize makes running a node much more expensive (due to storage, mainly) which in turn makes the network less decentralised. Bitcoin (rightly) selects for decentralisation over transaction speed, hence LN as an L2...

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Bitcoin blockchain size: 350 gb

12tb harddrive: $199.

Bitcoin blockchain is increasing at less than 100gb per year. The storage cost of 100gb is about $1.6

I'm sure people running nodes can spend more than 1.6 a year to store a bigger chain.

Thank you for doing the math.

As someone who runs a full node, this is not accurate at all. Space is cheap, bandwidth is expensive. I frequently upload > 1TB a month via my full node, if blocks were twice as big and full, then I would be uploading > 2TB a month. How many people in the world have an internet connection which can handle that? Then you have to process each block, the bigger they are, the most computation needs to be done. Everything is a trade off, Bitcoin has chosen decentralization over throughput, other chains have chosen differently.

I don't run a node but I imagine if you're conscious about bandwidth you can choose not to upload anything (or very little) and still have the opportunity to maintain an up-to-date copy of the blockchain.

In India there are MOBILE plans that allow you 2GB everyday for $2 per month! My broadband is unlimited data at 30 mbps for our $10 per month. Do quit this bullshit argument.

100 Mbps internet connections are really common nowadays. 1 TB of bandwidth in a month is really nothing. I use more than that just for Netflix and torrents.

He is talking about uploading though. Synchronous 100 Mbps connections are sadly not so common.

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