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Aย blockchainย is a growing list ofย records, calledย blocks, that are linked together usingย cryptography.ย It’s also described as a “trustless and fullyย decentralizedย peer-to-peerย immutableย data storage” that is spread over aย networkย of participants often referred to asย nodes.Each block contains aย cryptographic hashย of the previous block, aย timestamp, and transaction data (generally represented as aย Merkle tree). The timestamp proves that the transaction data existed when the block was published in order to get into its hash. As blocks each contain information about the block previous to it, they form a chain, with each additional block reinforcing the ones before it. Therefore, blockchains are resistant to modification of their data because once recorded, the data in any given block cannot be altered retroactively without altering all subsequent blocks.
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๐น๏ธ http://www.baikalminer.com/
๐น๏ธ https://bitfury.com/
๐น๏ธ https://bitmain.com/
๐น๏ธ http://www.bolonminer.com/
๐น๏ธ https://canaan.io/
๐น๏ธ http://miner.ebang.com.cn/
๐น๏ธ http://www.fusionsilicon.com/
๐น๏ธ https://www.goldshell.com/
๐น๏ธ https://ibelink.co/
๐น๏ธ https://www.innosilicon.com/
๐น๏ธ https://www.microbt.com/
๐น๏ธ https://obelisk.tech/
๐น๏ธ https://www.pandaminer.com/
๐น๏ธ https://www.spondoolies-tech.com/
๐น๏ธ https://strongu.com.cn/
๐น๏ธ http://ipollo.com/
To be updated in the future!
๐น๏ธ๐น๏ธ๐น๏ธ
Made with ๐ by Free Spirit
ย โ & ๐
ASIC MINERS VENDORS LIST – 2021
https://51asic.ru/ Russian
https://akminer.com/ Chinese
https://www.antminerdistribution.com/ – Holland
https://asicmarketplace.com/ – Hong Kong
https://asicminermarket.com/ – China
https://bitcoinmerch.com/ – USA
https://www.bitmart.co.za/ – Zanzibar
https://blokforge.com/ – USA
https://bt-miners.com/ – USA
https://casaminers.com/en – Italy
https://coinminer.com/ – USA
https://coinminingcentral.com/ – England
https://cryptosupply.de/ – Germany
https://www.cryptouniverse.at/
https://www.cryptominerbros.com/















” It isnโt obvious that the world had to work this way.
But somehow the universe smiles on encryption.โ
Julian Assange
Nobody yet knows for sure if the universeโs smile is genuine or not.
It is possible that our assumption of mathematical asymmetries is wrong and we find that P actually equals NP, or we find surprisingly quick solutions to specific problems which we currently assume to be hard.
If that should be the case, cryptography as we know it will cease to exist, and the implications would most likely change the world beyond recognition.
โVires in Numerisโ
=
โStrength in Numbersโ
epii
Vires in numeris is not only a catchy motto used by bitcoiners.
The realization that there is an unfathomable strength to be found in numbers is a profound one.
Understanding this, and the inversion of existing power balances which it enables changed my view of the world and the future which lies ahead of us.
One direct result of this is the fact that you donโt have to ask anyone for permission to participate in Bitcoin.
There is no page to sign up, no company in charge, no government agency to send application forms to.
Simply generate a large number and you are pretty much good to go.
The central authority of account creation is mathematics.
And God only knows who is in charge of that.

Bitcoin is built upon our best understanding of reality.
While there are still many open problems in physics, computer science, and mathematics, we are pretty sure about some things.
That there is an asymmetry between finding solutions and validating the correctness of these solutions is one such thing.
That computation needs energy is another one.
In other words: finding a needle in a haystack is harder than checking if the pointy thing in your hand is indeed a needle or not.
And finding the needle takes work.
The vastness of Bitcoinโs address space is truly mind-boggling.
The number of private keys even more so. It is fascinating how much of our modern world boils down to the improbability of finding a needle in an unfathomably large haystack.
I am now more aware of this fact than ever.
Bitcoin taught me that there is strength in numbers.
Bitcoin naysayers1 wring their hands over how Bitcoin can’t go mainstream. They gleefully worry that Bitcoin will not make it across the innovation chasm:
The response from the Bitcoin community is to either endlessly argue over the above points3 or to find their inner Bitcoin Jonah4 with platitudes like:
The above sophisms are each worth their own article, if just to analyze the psycho-social archetypes of the relevant parrots.
A few of the criticisms mentioned earlier are correct, yet they are complete non sequiturs. Bitcoin will not be eagerly adopted by the mainstream, it will be forced upon them. Forced, as in “compelled by economic reality“.
People will be forced to pay with bitcoins, not because of ‘the technology’, but because no one will accept their worthless fiat for payments.
Contrary to popular belief, good money drives out bad. This “driving out” has started as a small fiat bleed.
It will rapidly escalate into Class IV hemorrhaging due to speculative attacks on weak fiat currencies. The end result will be hyperbitcoinization, i.e. “your money is no good here”.
Historically, it has been good, strong currencies that have driven out bad, weak currencies.
Over the span of several millennia, strong currencies have dominated and driven out weak in international competition.
The Persian daric, the Greek tetradrachma, the Macedonian stater, and the Roman denarius did not become dominant currencies of the ancient world because they were “bad” or “weak.”
The florins, ducats and sequins of the Italian city-states did not become the “dollars of the Middle Ages” because they were bad coins; they were among the best coins ever made.
The pound sterling in the 19th century and the dollar in the 20th century did not become the dominant currencies of their time because they were weak.
Consistency, stability and high quality have been the attributes of great currencies that have won the competition for use as international money.
Robert Mundell, “Uses and Abuses of Gresham’s Law in the History of Money”
Bitcoins are not just good money, they are the best money.5
The Bitcoin network has the best monetary policy6 and the best brand.7
We should therefore expect that bitcoins will drive out bad, weak currencies.8
By what process will bitcoins become the dominant currency? Which fiat currencies will be the first to disappear?
These are the interesting questions of the day, as the necessary premises for these questions are already established truths.9
Bitcoin’s current trend is to increase in value on an exponential trend line as new users arrive in waves.
The good money is “slowly” driving out the bad.
Two factors drive this:
Due to group psychology, these newcomers arrive in waves.
The waves have a destabilizing effect on the exchange rate: speculators are unsure of the amplitude or wavelength of adoption, and amateurish punters let their excitement as well as subsequent fear overwhelm them.
Regardless, once the tide has pulled back and the weak hands have folded, the price is a few times higher than before the wave.
This ‘slow’ bleed is the current adoption model, and commentators generally assume one of the following:
My own prediction is that slow bleed has been accelerating and is only the first step.
The second step will be speculative attacks that use bitcoins as a platform.
The third and final step will be hyperbitcoinization.
It might make sense just to get some in case it catches on.
If enough people think the same way, that becomes a self fulfilling prophecy.
” Once it gets bootstrapped, there are so many applications if you could effortlessly pay a few cents to a website as easily as dropping coins in a vending machine. “
Satoshi Nakamoto, 1/17/2009
Slow bleed leads to currency crisis as the expected value of bitcoins solidifies in people’s minds.
At first they are conservative, they invest “what they can afford to lose”.
After 12-18 months, their small stash of bitcoins has dramatically increased in value.
They see no reason why this long term trend should reverse: the fundamentals have improved and yet adoption remains low.
Their confidence increases. They buy more bitcoins. They rationalize: “well, it’s only [1-5%] of my investments”. They see the price crash a few times, due to bubbles bursting or just garden-variety panic sales โ it entices them to buy more, “a bargain”. Bitcoin grows on the asset side of their balance sheet.
On the liability side of the Bitcoiner’s balance sheet there are mortgages, student loans, car loans, credit cards, etc.
Everyone admonishes people to not borrow in order to buy bitcoins.
The reality is that money is fungible: if you buy bitcoins instead of paying down your mortgage’s principal, you are a leveraged bitcoin investor.
Almost everyone is a leveraged bitcoin investor, because it makes economic sense (within reason).
The cost of borrowing (annualized interest rates ranging from 0% to 25%) is lower than the expected return of owning bitcoins.
How leveraged someone’s balance sheet is depends on the ratio between assets and liabilities.
The appeal of leveraging up increases if people believe that fiat-denominated liabilities are going to decrease in real terms, i.e. if they expect inflation to be greater than the interest rate they pay.
At that point it becomes a no-brainer to borrow the weak local currency using whatever collateral a bank will accept, invest in a strong foreign currency, and pay back the loan later with realized gains.
In this process, banks create more weak currency, amplifying the problem.
The effect of people, businesses, or financial institutions borrowing their local currency to buy bitcoins is that the bitcoin price in that currency would go up relative to other currencies.
To illustrate, let’s say that middle-class Indians trickle into bitcoin. Thousands of buyers turns into hundreds of thousands of buyers.
They borrow Indian Rupees using whatever unencumbered collateral they have โ homes, businesses, gold jewelry, etc.
They use these Rupees to buy bitcoins. The price of bitcoins in Indian Rupees goes up, a premium develops relative to other currency pairs.
A bitcoin in India might be worth $600, while in the U.S. it trades at $500. Traders would buy bitcoins in the U.S. and sell them in India to net a $100 gain. They would then sell their Indian Rupees for dollars. This would weaken the Indian Rupee, causing import inflation and losses for foreign investors.
The Indian central bank would have to either increase interest rates to break the cycle, impose capital controls, or spend their foreign currency reserves trying to prop up the Rupee’s exchange rate.
Only raising interest rates would be a sustainable solution, though it would throw the country into a recession.
There’s a huge problem with the Indian central bank raising interest rates: bitcoin’s historical return is ~500% per year.
Even if investors expected future return is 1/10th of that, the central bank would have to increase interest rates to unconscionable levels to break the attack.
The result is evident: everyone would flee the Rupee and adopt bitcoins, due to economic duress rather than technological enlightenment.
This example is purely illustrative, it could happen in a small country at first, or it could happen simultaneously around the world.
Who leverages their balance sheet and how is impossible to predict, and it will be impossible to stop when the dam cracks.
Which countries are most vulnerable to a currency crisis?
Business Insider provides a helpful list here.
Bitcoins will have to reach certain threshold of liquidity, indicated by a solid exchange in every financial center and a real money supply โ i.e. market cap โ of at least $50 billion, before they can be used as an instrument in a speculative attack. This will either coincide with or cause a currency crisis.
A speculative attack that seems isolated to one or a few weak currencies, but causes the purchasing power of bitcoins to go up dramatically, will rapidly turn into a contagion.
For example, the Swiss will see the price of bitcoins go up ten fold, and then a hundred fold.
At the margin they will buy bitcoins simply because they want to speculate on their value, not due to an inherent problem with the Swiss Franc.
The reflexivity here entails that the reduction in demand for Swiss Francs would actually cause higher than expected inflation and thus an inherent problem with the Swiss Franc.
The feedback loop between fiat inflation and bitcoin deflation will throw the world into full hyperbitcoinization, explained by Daniel here.
Bitcoin will become mainstream.
The Bitcoin skeptics don’t understand this due to their biases and lack of financial knowledge.
First, they are in as strong an echo chamber as Bitcoin skeptics.10
They rabidly search for evidence that confirms their view of Bitcoin.
Second, they misunderstand how strong currencies like bitcoin overtake weak currencies like the dollar: it is through speculative attacks and currency crises caused by investors, not through the careful evaluation of tech journalists and ‘mainstream consumers’.
To honor these soon to be extinct skeptics, the Nakamoto Institute has launchedย A Tribute to Bold Assertions.
Source:

A successful attack on Bitcoin means attacking Bitcoinโs value.
There might well be a bug that could be exploited to put the network out of commission temporarily, but would soon be fixed and then the network would be up and running shortly thereafter.
To destroy Bitcoin permanently means to end the profit opportunities available with it, and that means either a malicious hashing attack on the network that makes mining impossible or such a malevolent policy against Bitcoin trade that even the black market abandons it.
Both of these require spending resources in proportion to the profits that Bitcoin enables.
In this article, I will discuss three reasons why such an attack is unlikely to succeed: antifragility, subtlety, and attacker defection.
The interplay of these three defenses makes Bitcoin into a kind of wave that rewards those who ride it and drowns those who resist it.
The first of these, antifragility, is exemplified in the fact that malicious hashing is impossible up to a certain fraction of the network.
Below the point that selfish mining becomes possible1ย additional hashes per second are almost certainly beneficial because they increase the security of the network.
Any potential attacker, therefore, must weigh in the possibility that he may end up benefiting the network instead of destroying it.
A similar risk accompanies a legal attack on Bitcoin. Bitcoin can adapt to half-hearted attacks. It would move deeper into the black market where it would become permanently strengthened.
Furthermore, a legal attack could be easily corrupted into one that brings as many bitcoins as possible to the government agents instead of one that destroys it (seeย below).
Bitcoin adoption happens one person at a time, and this is true for potential attackers as well as the rest of us.
It takes an entrepreneurial mindset to be able to imagine what Bitcoin could become, given how comparatively small it is now.
It takes time and meditation for people to take Bitcoin seriously because most of its value is in the future.
By the time this happens, Bitcoin has become much more expensive than when they first learned of it.
Thus, Bitcoin is protected from attackers by being initially beyond their understanding.
When Bitcoin was very small, it was very stealthy and was completely unknown to the establishment.
Now they laugh at it, just as it has begun to grow bold.
Of course, we donโt know who really dismisses it and who is deliberately trying to draw attention away from it.
Furthermore, potential attackers are at a disadvantage for another reason.
Bitcoin tends to oppose organizations rather than people.
Even someone who stands to lose from Bitcoin by not reacting to it, such as a banker or government agent, stands to gain a great deal by buying now.
Only the very wealthiest people might reasonably expect to be worse off attempting to buy up as much as possible now than if it were gone. (This could happen if their attempt to buy caused the price to rise too fast relative to their ability to acquire additional bitcoins, to the point that they ultimately had less influence over the future Bitcoin economy than they have over the economy of today.)
Thus, the agency problem with Bitcoin affects bitcoin competitors as well as Bitcoin holders.
Nearly any government agent who begins to see bitcoin as a potential threat must also simultaneously see it as an opportunity.
He, too, can invest in Bitcoin. And why shouldnโt he?
Bitcoin may be a threat to his livelihood, but it may well be making him an offer he canโt refuse.
How can an organization that stands to lose by the adoption of Bitcoin provide its members with a better opportunity for staying loyal than Bitcoin provides for defection?
Even those who might resist the temptation to defect would have to think about the defection of his fellows.
How quickly is adoption happening? Is there time to mount an attack before Bitcoin becomes too powerful? How easily could the resources for such an attack be amassed, given both the ignorance and treachery of the other agents.
If such an attack would be unlikely to succeed, then buying now would be the only intelligent action.
Regardless of whether he liked Bitcoin, it would be futile to continue pursuing a doomed cause.
Potential Bitcoin attackers are in aย Prisonerโs Dilemma.
In the same way that the people cannot easily rebel against the king owing to a lack of coordination on their part, governments cannot rebel against Bitcoin for the same reason.
The government puts the people in a Prisonerโs Dilemma against one another, and Bitcoin does the same to government agents.
Bitcoin is likeย Invasion of the Body Snatchers.
Bitcoin attracts inside men to act as covert saboteurs. There have long been predictions from both bitcoiners and naysayers of impending government attacks, but I think there is a possibility that Bitcoin could win without suffering much resistance.
Moreover, although I said above only that any legal bitcoin attackย couldย be perverted, the considerations discussed in this section tend to make such diffusion very likely.
Bitcoin defends itself by being obscure, but once it has attracted someoneโs attention, its best interest is for that person to understand the logic presented here. For then he will also understand that his best course is to deny Bitcoinโs threat to his superiors and quietly to become its willing slave.
Source:
https://nakamotoinstitute.org/mempool/bitcoins-shroud-of-subtlety-and-allure/

Hashrate (Hash per second, h/s) is an SI-derived unit representing the number of double SHA-256 computations performed in one second in the bitcoin network for cryptocurrency mining.
Hashrate is also called as hashing power. It is usually symbolized as h/s (with an appropriate SI prefix).
The hash rate is the primary measure of a Bitcoin miner‘s performance.
In 2014, a miner’s performance was generally measured in Ghash/s, or billions of hashes per second.
The hash/second unit is also part of a common measure of a Bitcoin miner’s electric efficiency in the term watts /Ghash/s, denoted as W/Ghash/s. As 1 watt is equal to 1 joule/s, this measure can also be expressed as J/Ghash, or joules per 1 billion hashes.

The hash/s is also used in calculations of the Bitcoin network’s overall hash rate. Because each miner or mining pool only relays a solved block to the network, the overall hash rate of the network is calculated based on the time between blocks.
While not an accurate measure of network hash rate at any given instance in time, measurements over longer periods can be considered indicative and similar calculations are used in Bitcoin’s difficulty adjustment.
In January 2015, the network hash rate was around 300 Phash/s, or 300 quadrillion hashes per second.
If you compare a bitcoin mining device to one that is designed to mine, for example, Ethereum, you will notice a very large apparent difference in hash rates.
This is because there are many different algorithms that cryptocurrencies use. They all require different amounts of memory and computing power in order to be mined.
To put it simply, bitcoin and its SHA256 algorithm is considered by today standards to be relatively easy to compute. As a result, a mining device that is still relevant today would need to produce hashes in the terahash range and up.
If we were to compare this to Ethereum, youโll find that most modern Ethereum mining devices (typically GPUโs) operate in the megahash range.
At first glance, you may think that the bitcoin mining device is significantly more powerful or more productive.
While itโs true that it produces more hashes (of the SHA256 variety), this is because bitcoin hashes are easier to produce computationally.
As a consequence, the network difficulty is significantly higher for bitcoin.
To make things even more confusing, some cryptocurrencies intentionally chose algorithms that can only be mined using a basic CPU.
As a result, mining devices for this network that can produce hundreds of hashes per second are considered to be high and very competitive.
So what does all this mean?
Basically, it means that looking at the hash rate alone doesnโt necessarily tell you the effectiveness of the miner.
You also need to understand the network difficulty, and what the norm is for most mining devices for that particular cryptocurrency.
Your problem breaks down nicely into 3 separate tasks:
Now that we know that not all hashes are the same we need to know how to calculate the estimated profitability of a miner based on its hash rate.
For this, will need to use a mining profitability calculators, they are available in the Internet.
public static class GlobalCounter
{
public static int Value { get; private set; }
public static void Increment()
{
Value = GetNextValue(Value);
}
private static int GetNextValue(int curValue)
{
return Interlocked.Increment(ref curValue);
}
public static void Reset()
{
Value = 0;
}
}
Before you spin off the threads call GlobalCounter.
Reset and then in each thread (after each successful hash) you would call GlobalCounter.
Increment – using Interlocked.X performs atomic operations of Value in a thread-safe manner, it’s also much faster than lock.
Benchmarking thread completion time
var sw = Stopwatch.StartNew();
Parallel.ForEach(someCollection, someValue =>
{
// generate hash
GlobalCounter.Increment();
});
sw.Stop();
Parallel.ForEach will block until all threads have finished
...
sw.Stop();
var hashesPerSecond = GlobalCounter.Value / sw.Elapsed.Seconds;
Hash rate is a unit measured in hashes per second or h/s and here are some usual denominations used to refer it.
The TSMC and his men stoled the mighty chip out of it's bed,
And bound it on it's pcb plate.
The hasrate be ours, and by the hashrate powers,
It's where we'll roam!
Yo Ho... All you miners,
Hoist the waffels high!
Heave ho, traders and profets,
Never shall We die !
Some miners have perished and some are alive,
Others hold the hashrate high...
With the keys to their wallets...
And a pool's fee to pay,
We lay to Crypto's Creed !
Yo, ho hash together,
Hoist the waffels high!
Heave, ho, traders and profets,
Never shall We die !
Yo, Ho hash together,
Hoist the Waffels high!
The hashrate be ours,
Never shall we die !
Source of Inspiration :
“Hoist the Colours” by Hans Zimmer







