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Made changes to ch08.asciidoc

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myarbrough@oreilly.com 2014-11-18 11:48:09 -08:00
parent b67f6af5a1
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@ -770,12 +770,12 @@ Bitcoin's block interval of 10 minutes is a design compromise between fast confi
The following list shows the total hashing power of the bitcoin network, over the first five years of operation: The following list shows the total hashing power of the bitcoin network, over the first five years of operation:
* 2009—0.5 MH/sec to 8 MH/sec (× 16 growth) 2009:: 0.5 MH/sec8 MH/sec (16× growth)
* 2010—8 MH/sec to 116 GH/sec (× 14,500 growth) 2010:: 8 MH/sec116 GH/sec (14,500× growth)
* 2011—16 GH/sec - 9 TH/sec (× 562 growth) 2011:: 16 GH/sec9 TH/sec (562× growth)
* 2012—9 TH/sec - 23 TH/sec (× 2.5 growth) 2012:: 9 TH/sec23 TH/sec (2.5× growth)
* 2013—23 TH/sec - 10 PH/sec (× 450 growth) 2013:: 23 TH/sec10 PH/sec (450× growth)
* 2014—10 PH/sec - 150 PH/sec in August (× 15 growth) 2014:: 10 PH/sec150 PH/sec in August (15× growth)
In the chart in <<network_hashing_power>>, we see the bitcoin network's hashing power increase over the past two years. As you can see, the competition between miners and the growth of bitcoin has resulted in an exponential increase in the hashing power (total hashes per second across the network). In the chart in <<network_hashing_power>>, we see the bitcoin network's hashing power increase over the past two years. As you can see, the competition between miners and the growth of bitcoin has resulted in an exponential increase in the hashing power (total hashes per second across the network).