<p>The majority of mining occuring with CPUs ended in late 2010, though the plurality may not have (i.e., there were more miners using CPUs but most mining was based on GPUs by the end of 2010).  Most who remained using CPUs were pretty much squeezed out during Spring 2011.</p>

<p>GPUs could be purchased at retail, and were about the only technology that mattered from the beginning of 2011 into early-2012, so estimates could presume most hashing during that period was on GPUs.  Efficiency of various GPU models varied widely, but most miners were using roughly similar hardware because of the combination of price, performance and availability.</p>

<p>FPGAs include custom FPGA designs targeted to Bitcoin (e.g., BFL) and others that were offering commercially available off-the-shelf products. Unit shipment numbers are generally not known.    At their peak, FPGAs might have been less than a third of all hashing combined.</p>

<p>ASICs are just now impacting the hashrates, but in a few months will statistically completely displace all GPU and FPGA mining.</p>

CC BY-SA 3.0
2013-03-07T09:26:43.490Z
2013-03-07T19:29:38.910Z
2013-03-07T19:29:38.910Z
Stephen Gornick
<p>I'm trying to estimate the Wattage used in mining operations over time and compare that YoY cost with mining physical materials (gold, silver, etc).  I hope that the electrical impact is less than that of mining for precious metals, but I'd like to quantify that to be sure.</p>

<ul>
<li>What are some approaches I can use to measure and extrapolate the electrical and hardware cost of mining over the years?</li>
</ul>

<p>Some data points that would assist in gathering this information would be</p>

<ol>
<li>When was CPU mining invented/popularized?  To what extent?</li>
<li>When was GPU  mining invented/popularized?  To what extent?</li>
<li>When was FPGA  mining invented/popularized?  To what extent?</li>
<li>When was ASIC  mining invented/popularized?  To what extent?</li>
<li>What is the average cost of the above components?</li>
</ol>

<p>For example, do we know how many FPGAs were in the wild on a per-vendor basis?  How much of the hashrate did that consume and what is left over?</p>

<hashpower><energy-consumption>
How can one estimate the amount of Watts that is consumed by the mining network as a whole?
makerofthings7
# How can one estimate the amount of Watts that is consumed by the mining network as a whole?

(Asked by: username_0 on 2013-03-07)

I'm trying to estimate the Wattage used in mining operations over time and compare that YoY cost with mining physical materials (gold, silver, etc). I hope that the electrical impact is less than that of mining for precious metals, but I'd like to quantify that to be sure.

* What are some approaches I can use to measure and extrapolate the electrical and hardware cost of mining over the years?

Some data points that would assist in gathering this information would be

1. When was CPU mining invented/popularized? To what extent?
2. When was GPU mining invented/popularized? To what extent?
3. When was FPGA mining invented/popularized? To what extent?
4. When was ASIC mining invented/popularized? To what extent?
5. What is the average cost of the above components?

For example, do we know how many FPGAs were in the wild on a per-vendor basis? How much of the hashrate did that consume and what is left over?

**Tags:** hashpower, energy-consumption


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## 1 answers

### Answer by username_1 on 2013-03-07. Score: 1

The majority of mining occuring with CPUs ended in late 2010, though the plurality may not have (i.e., there were more miners using CPUs but most mining was based on GPUs by the end of 2010). Most who remained using CPUs were pretty much squeezed out during Spring 2011.

GPUs could be purchased at retail, and were about the only technology that mattered from the beginning of 2011 into early-2012, so estimates could presume most hashing during that period was on GPUs. Efficiency of various GPU models varied widely, but most miners were using roughly similar hardware because of the combination of price, performance and availability.

FPGAs include custom FPGA designs targeted to Bitcoin (e.g., BFL) and others that were offering commercially available off-the-shelf products. Unit shipment numbers are generally not known. At their peak, FPGAs might have been less than a third of all hashing combined.

ASICs are just now impacting the hashrates, but in a few months will statistically completely displace all GPU and FPGA mining.


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