Topic: Is mining doomed to end in big farms? (Read 334 times)

This is not quite true. Still, mining can still be profitable. The main thing here is to keep the right balance.

However cheap energy does not mean cheap cost. For individual miners who only have a limited setup, it is probably impractical to look for cheap energy sources such as the ones you mentioned. If I am not mistaken, the cost to set up solar panels or wind turbines enough to fully power your miners will be significantly high. Not to mention that there will be regular maintenance and check ups for these facilities. Considering that you are just an individual miner, I guess it is for your optimum convenience if you just join a pool.

I remember before, someone can still mine using gridseed miner. It is now like antique gadget for bitcoin mining and not worth to utilize for mining. Individual miners need to find alternatives for cheap energy like using solar panels/wind turbines, otherwise, it is better to join mining pools.

This is the inevitable road Bitcoin mining has to take. You cannot control competition.

The difficulty is increasing as mining is becoming profitable and therefore attractive so it is expected that more powerful miners will be assembled and put into service. The result would be that obsolete CPU and GPU miners will have to give way to a more efficient hardware.

This is also the reason why individual miners are losing grip and have to join a mining pool for a more efficient mining.

Total Agree with this green electricity will be the only way crypto will survive.

and its not gonna doomed in next couple year when new efficient mining equipment come to place and if you follow the altcoin segment there's another dozen to mining with ASIC

and couple of it using PoS, Masternode, DpoS and other Proof Of ..... which no longer using Proof of Work

Yes. Mining is doomed to end in big farms.

On October 18th, 2013 I had a KNC Jupiter 550gh BTC Miner that cost $5,131.80 USD w/shipping complete. It made about 1 BTC a day

and that day, at least briefly, BTC was $150.00 USD.

So no electricity to run the above, setup costs, just the 'plain' equipment.

A friend on here (Phliipma1957) at my challenge, did the math (math hates me) and found you would need IF you could get the latest

Bitmain AntRack Equipment coming out about April 1st, 2021.....wait for it...

$4.5 million USD to have equipment chucking out 1 BTC per day, BEFORE any electric or other expenses..just the equipment.

Yeah, this is a 'pretty clear' trend don't ya see.

Brad

Mining got competitive because the reward for mining increased.
If we would switch back to a CPU design algorithm I'm sure as one can possibly be then in less than one year the average joe with its i3 or i5 from the 6th generation won't be able to make a penny a month, look at monero, 10-20 cents per day to keep your CPU at full throttle and this with the coin being up 30% in the last 90 days.

IF we would be mining only via CPU farms would still exist, you wouldn't be able to compete with huge datacenters that could at any time program their servers to mine when they are not used by other applications not even going to mention botnets.

That being said I don't see mining dying down completely for small miners, they have one huge advantage over farms if they manage to get cheap electricity, you don't pay maintenance, you don't pay rent or employees and in most cases, you don't pay tax. If you live in an area with cheap power or you have excess power from some already built generator then you can compete with any large farm. Besides, a small miner could run its gear at a loss just to secure the network or simply out of spite, paying a few tens of dollars a month, a business that owns a farm won't be able to run like this long before going bankrupt.

As already analyzed by others, here are summarized points while crypto mining will end in big farm.

1. Capital intensive:
The econometric model of btc mining would be this.
Btc Min =f(Rig, Elect., Kn, GovtReg, Hav, eror term (U))

When you look at the variables, we have Rigs to be purchased, electricity, knowledge, government regulations, having and other variables, these made mining to be very expensive.

2. Economic of scope and scale.

As the mining business gravitate into pooling of resources together, the economic chain reaction will be what we call economic of scale and economic of scale.

Conclusively, it's only few big farms that would mine in the future.

I also don't know any knowledge about mining, but what I do know is that crypto mining requires a high-quality device, and for sure it's very expensive. I am also confused by the concept, why is a normal PC not able to do that? maybe what you say is true, because bitcoin mining is so competitive and finally access to it becomes difficult and requires a high spec device. it could be because the price of bitcoin is increasingly expensive and makes mining competitive.

For the leading coins like Bitcoin, Litecoin, Ethereum (staking), yes, it's doomed for the small player and will feed up only the biggest players.

But we still have a chance as early adopters for GPU coins. Follow the Announcement sections and try your luck

You are comparing the cost to make $150 then against the cost to make $35000 today. How much would the equipment cost to make $150 today, or $35000 then? Those would be fair comparisons.

Difficulties are in every craft, so it is with mining. Mining is becoming more difficult, but look at the forecasts, if Bitcoin really grows to such numbers, then all these difficulties will be justified.

Wow, what a story tale  with clear numbers without water. Thank you a lot!

Indeed, recent reports suggest that load balancing arrangements with local power grids and other forms of subsidized electricity are very important for mining operation margins. That's another avenue where small scale miners simply can't compete.


That's truly incredible. The capital barrier to entry is even higher than I thought!

Yes. When I turned on my 1st newbie miner on October 18th, 2013, Bitcoin at least 'some-time' that day was $150.00 even when I looked and I made about

1 BTC a day. The miner was a KNC Jupiter 550gh Bitcoin Miner and cost to the USA from Sweden with shipping exactly $5,131.80 pre-order from 7/1/2013.

Now doing the math (philipma1957 in another thread did the math) using Bitmain's new AntRacks monster units that ship 3/2021 supposedly and NOT counting

the import/tariff of 26.7% to the USA, nor shipping, nor install fees, and NO electricity.

Well, the price to just have the equipment to make 1 BTC a day is 'supposedly' by the math: $4,500,000.00 USD investment.

If that does not tell you 'big farms' are not the future, not sure what will. The big farms also probably by now need 2c-3c kWh electric 'at least' to boot!

Brad

You would have been fine posting in mining speculation, though it probably would have garnered less speculation and more blunt facts.

In short no mining will never be only for large farms. Now Highly profitable mining is localized to regions with inexpensive power. So if you have enough money you can set up large farms and mine away to your hearts content. Best thing about being a large miner is you order current gen gear at a discount, because of bulk purchases. While still making profits of older gen gear, which you can either run until it die or sell off as you upgrade. This is a wash rinse repeat cycle, and even into last year I noticed mare entities growing large farms, as well as launching pools.

There are also certain localised regions where electricity isn't cheap but government subsidies or other agreements make it viable to plant a large farm down.

I used to mine fulltime year round. Last summer was the last time I'll likely run machines full-time, as my electricity costs make it a losing play. Sure I could buy the nexgen gear at full price, and hope it arrives on time and runs flawlessly until I begin to reach a profit, because it's gotta pay for itself or what was the point. That's the real kicker for a small time miner, the lost opportunity if 1 of 1 piece of gear breaks down, where as a large farm might have 20 of 1500 miners go down until they can repair it.

Home miners or small operations have to look for niches. For instance I mine in the winter to heat my home. It's the last act of a dying farm.

Look at how the hash rate and the composition of the mining network have progressed over time. As hash rate rose exponentially, casual home miners were forced off the network due to lack of profitability: If you’re mining bitcoin from home, you’re now losing money

It's no coincidence that during China's rainy season, half of the world's mining power is concentrated in southwestern China due to its extremely cheap hydro-electric power. The large hash rate fluctuations concentrated around China's seasons is indicative of the dynamic. Mining profitability margins are low enough now that miners generally need to relocate to regions where electricity is cheap -- obviously not an option for casual miners. This is why the world's largest mining farms are located in places like Russia, China, and Washington State (US). Those economies of scale -- in addition to considerations like cheaper and faster access to new generation mining chips -- are why there are single mining farms like Bitmain's Dalian farm that supposedly control 3% of the hash rate.

How could small scale miners ever compete in that environment, aside from rare cases like free electricity?

Can you point me to data that shows that economies of scale are a dominant factor? I would love to see it because it is important to know.

Yes.

Once bitcoins attained a high enough value, mining them became feasible as a professional, industrial scale business activity. Once that dynamic took hold, economies of scale quickly became the dominant factor in a very competitive mining industry.

This dynamic applies to all economically productive activities, not just Bitcoin mining. It's a simple economic truth. A consolidated mining industry was always inevitable if Bitcoin were to catch on in society.

If Bitcoin becomes totally green - and provides extra green value, then that could become another of the intrinsic values of Bitcoin.

There is a bitcoin miner in Sweden that uses the heat from CPU fans to heat greenhouses. The energy probably comes from hydro in the first place.

As long as cryptocurrency offsets its carbon footprint in the short term, then that will be acceptable.

However... there are many eco virtue-signalers who will still want to tear it down, assuming that the same electricity could be substituted for something more worthwhile. And this notion is a fallacy in itself.

We need some new eco-Satoshi scientist guy to come up with an equation for the crypto-ecosphere.