![]() ![]() Please note: putting a heat sink on top of this chip will have little if any effect as the heat side of the chip is soldered to the board. The heart and soul of your Block Erupter. Lets start off first with a simple overview of the board. We'll get that up even higher by getting a second USB hub to use our remaining sticks, and if we do it non-stop, the Eruptors will be profitable in seven months or so. Here is how I got my block erupter overclocked to 56o MHz briefly before it died. So after a year, you might make 0.36 from it (again, assuming it keeps running faster than it ever has, realistically you are looking at 0. If your block erupter is making 1000 MH/s thats 0.001 TH/s which means you are looking to make 0.001/day. By using only some of the ports, we were able to mine at just about 4Gh/s consistently. and 0.01 TH/s is a profit of about 0.01/day. Plus while some of them were extremely hot, some were cool to the touch.Ī million combinations of ports, spacing, and timing later, we discovered that our powered USB hub wasn't quite so powered after all.If we tried to use every port, some of them wouldn't receive enough power. Once we were successfully mining ( the Eligius mining pool has great stats) it was a long afternoon of getting as many of those Eruptors successfully working as we could.Īt first it seemed like they were all chugging along, but we noticed our hashrate was way lower than expected, and lots of rejections and hardware errors were piling up on some of the Eruptors. It takes a while for cgminer to detect and utilize all the Eruptors, so be patient if it takes a while for them all to show up.
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