<oembed><type>rich</type><version>1.0</version><author_name>npub1m230cem2yh3mtdzkg32qhj73uytgkyg5ylxsu083n3tpjnajxx4qqa2np2</author_name><author_url>https://nostr.ae/npub1m230cem2yh3mtdzkg32qhj73uytgkyg5ylxsu083n3tpjnajxx4qqa2np2</author_url><provider_name>njump</provider_name><provider_url>https://nostr.ae</provider_url><html>📅 Original date posted:2015-06-23&#xA;📝 Original message:On Mon, Jun 22, 2015 at 02:18:19PM -0400, Gavin Andresen wrote:&#xA;&gt; ==Rationale==&#xA;&gt; &#xA;&gt; The initial size of 8,000,000 bytes was chosen after testing the current&#xA;&gt; reference implementation code with larger block sizes and receiving&#xA;&gt; feedback from miners stuck behind bandwidth-constrained networks (in&#xA;&gt; particular, Chinese miners behind the Great Firewall of China).&#xA;&gt; &#xA;&gt; The doubling interval was chosen based on long-term growth trends for CPU&#xA;&gt; power, storage, and Internet bandwidth. The 20-year limit was chosen&#xA;&gt; because exponential growth cannot continue forever.&#xA;&#xA;Wladimir noted that &#39;The original presented intention of block size&#xA;increase was a one-time &#34;scaling&#34; to grant time for more decentralizing&#xA;solutions to develop&#39;&#xA;&#xA;Comments?&#xA;&#xA;In particular, if bandwidth scaling doesn&#39;t go according to your plan,&#xA;e.g. the exponential exponent is too large, perhaps due to technological&#xA;growth not keeping pace, or the political realities of actual bandwidth&#xA;deployment making theoretical technological growth irrelevant, what&#xA;mechanism will prevent centralization? (if any)&#xA;&#xA;-- &#xA;&#39;peter&#39;[:-1]@petertodd.org&#xA;000000000000000008c0be16e152f86ab3a271a13c3f41c56228d72990abf7bd&#xA;-------------- next part --------------&#xA;A non-text attachment was scrubbed...&#xA;Name: signature.asc&#xA;Type: application/pgp-signature&#xA;Size: 650 bytes&#xA;Desc: Digital signature&#xA;URL: &lt;http://lists.linuxfoundation.org/pipermail/bitcoin-dev/attachments/20150623/2c0ea51b/attachment.sig&gt;</html></oembed>