Still waiting on that breakdown from http://bfl.ptz.ro/ that you claim to be so smart in doing. I care not for your continued BS.
Oh. I figured the math was so trivial that someone who attended MIT could do it in their head.
If you were waiting on it, you should have mentioned this.
You said BFL had 70,000 orders and that they had shipped less than 5%. Given the current bitcoin network hash rate of 500 TH/s, plus the other ASIC vendors, and your estimate of a 7PH/s orderbook, BFL could not have shipped more than 5% of that order book unless they shipped over 350TH/s of product.
You said that on average, each BFL order is for 100GH/s. Thus 70,000 orders, each for 100GH/s.
There was a total of 7668 devices in that table (http://bfl.ptz.ro/) for 4951 orders. This is an average of 1.548 devices per order.
1.548 x 70,000 is 108,400 devices total according to the distribution of http://bfl.ptz.ro/.
5% of that order book is 5,420 devices.
If we subtract that from 108,400 we get 102,980 devices left in the backlog.
102,980 is more than 100,000, thus 100,000+ devices would be accurate.
At 300 units per day, BFL would need 344 days to ship that many units. September 30th is only 35 days away.
