If you are looking to mine Monero, keep in mind that before you do so, invest some
time into researching if your setup will actually generate you any profit. Moneros
price can fluctuate and the amount of miners also plays a great deal in your chances of
making a profit. At the current price of XMR, consider how much worth it setting up a
mining rig would be. Hardware that would be most powerful for mining would be ASICs
which are unfortunately nowadays extremely pricey. If mining with a computer, a GPU
won’t generate a large turnout but it might be something for the start when mining
Monero. Mining profitability charts can show you how much USD you can make for 1 Mh/s
of hash rate. These charts also have the electricity expenses covered. Mining difficulty increases by the number of miners and every time the
demand for a larger hash rate increases. Your hash rate is basically how much computing
power you are providing for mining new blocks. This takes what is called "block time".
The block time of Monero is 112 seconds so that's how long it takes the network to
find a solution to the block hash. Moneros algorithm is called CryptoNightR. In our FAQ
section you can find more info on the CryptoNightR algorithm.
How to mine Monero
What is an ASIC miner? ASIC mining rigs are machines made of a motherboard, ASIC chip and
a cooling system. They're designed specifically to mine a certain cryptocurrency and
they do it well. This hardwares purpose is to solve as many cryptographic puzzles at a
time. The primary investment into one of these could get paid for in a few months, but
there is still a large problem with noise, heat and power demand of these machines
besides, they do break down and as the machine runs 24/7, they do wear out.
What is a hashrate. A hash rate is basically a scale of how many guesses for the puzzle
your mining setup can make in a given amount of time. The rate is in hashes per second
(h/s) and can be decadically moved up (KH/s, MH/s,...).
Monero uses the CryptoNightR algorithm for encrypting cryptocurrency transactions. These
“puzzles” are then decrypted by miners who turn these computations into “hash” according
to their mining hardware.
Ethash is used for encrypting Ethereum and Ethereum Classic. Ethash was built to be
ASIC-resistant through memory-hardness (by requiring large memory, standart ASICs
couldn’t decrypt the puzzles). Unfortunately for graphics miners, in early 2018 the
first ASIC miners for Ethash were introduced on the market and Ethereum eventually lost
its decentralization similarly like Bitcoin.
SHA256 (or Secure Hash Algorithm) was originally designed by the NSA back in 2002. Later
the algorithm found use within the Bitcoin cryptocurrency and is what runs all Bitcoin
based coins. SHA256 is a hash of 256 bits and is what miners decrypt using their mining
setups which eventually validates blocks, for what miners are rewarded.
The Scrypt algorithm similarly to Ethash was designed to be ASIC-resistant, but
unfortunately ASIC miners for Scrypt have entered the market and cryptocurrencies like
Litecoin expect the same fate as Bitcoin or Ethereum.
Cryptocurrencies like bitcoin are already ASICs mined so nowadays mining these with a GPU
is useless. If you consider that one of the best GPUs on the market go for around $400
and will give you only about 1 GH/s of power and an Antminer U2 which you’re able to get
for around $20 on ebay will provide 2 GH/s, the difference is huge. Always calculate if
your desired cryptocurrency is still worth mining on your type of setup.
GPUs are far better at handling parallel processing than CPUs. These computations are
basically simple math problems at which GPUs are far better at solving. A CPU is
nowadays only usable for mining coins which haven’t been destroyed by ASICs miners. Try
calculating your turnout using online calculators like WhatToMine.
The DAG Epoch is what the Ethereum mining difficulty is called. In time, as the currency
grows and the amount of miners increases, the mining difficulty grows. As the difficulty
increases, also the memory requirements do. Mining with smaller GPUs has become
impossible due to this feature which prevents ASICs mining.
Certain mining programs allow mining two cryptocurrencies like Ethereum and Pascal,
Decred, etc. simultaneously. This allows you to maintain efficiency while mining both
coins. When mining for example Eth+sia, mining both has almost no impact on the Ethereum
hashrate. You’re basically getting two coins at once for the same power you provide.
The Quantum Proof of Stake or QPoS consensus algorithm holds the same base core like a normal PoS algorithm, in which validators stake their share in the block creation which is carried out by the largest staker. The QPoS is also resistant to both classic and quantum computing attacks. Hopefully this combination will create an even safer and more energy saving algorithm which will be available to more cryptocurrencies than only QRL.
The proof-of-work system/protocol which is used by Monero, was first used in the mid-1990's for fighting spam emails. The idea never found a truly useful cause until 2009 when bitcoin was created. Bitcoin itself utilizes this protocol in its transaction blockchain and thanks to this we can witness the growth in bitcoin mining.
The base idea of this lies in a challenge and proof (or response). The challenge is a transaction, which is a specific cryptographic puzzle. The proof is that a miners computer cracks the puzzle, so the transaction goes through. And that is proof of the miners' work and him providing his hardware for the validation of transactions. The more hash power a miner can provide for validating transactions, the bigger his Monero reward for the service is.
The problem with PoW is that mining has become so large that miners are investing into giant A.S.I.C. hardware which is highly energy consuming. Many mining farms are built around the globe as bitcoin has risen in value.