How to Mine Bitcoin?

Mining Hardware running Special Software

Bitcoin is not mined with picks and shovels, but with purpose-built equipment known as miners.

Bitcoin mining is done by verifying and adding records of bitcoin transactions around the world onto a public ledger known as the blockchain. As each new block is verified, it is added to the previous blocks in a series like a chain, hence the term, blockchain. See the next article What is Blockchain for more information after this, and why it is very secure.



In the beginning when bitcoin had little or no value, and hence low adoption, the number of transactions taking place worldwide every minute was low. One could easily use a built-in graphics card or graphics processing unit (GPU) in a laptop or desktop PC to mine for bitcoin.

As the value of bitcoin increased over the years:

  1. worldwide adoption increased leading to exponential increase in the number of transactions
  2. more people got involved with mining and connected their miners to the system
  3. the hashrate capacities of the GPUs became inadequate
    (due to increasing transactions and bitcoin mining difficulty – see below)
  4. the need for much higher computing power became necessary
“GPUs are no longer adequate for mining bitcoin, but they are still suitable for mining other cryptocurrencies or Altcoins such as Ethereum, Zcash and Litecoin.”

It is important to note that for item 4, the use of higher computing power led to increased power consumption and electricity cost, and continuous cooling was also required to prevent overheating. The decreasing supply of bitcoin and increasing number of miners also meant that bitcoin was getting harder and more expensive to mine, and would only be worthwhile and profitable if utilities costs and overheads were kept to a minimum, after subtracting hardware costs and mining pool fees. From experience of power and required cooling (from 24/7 air-conditioning) expenses based on domestic electricity tariffs for most parts of the world, it is now no longer profitable to run a DIY bitcoin mining operation from home since around 2013 and 2014.

With yearly declining mining profitability, only a bitcoin mining farm housed in a building with its own efficient power grid and cooling can make the cut and seem worthwhile these days, since the last few years.

Also, GPUs are no longer adequate for mining bitcoin anymore due to their comparatively lower hashrates compared to more current state-of-the-art mining equipment, which runs at much higher hashrates at greater power efficiencies.

So, what is a bitcoin mining hardware and what does it look like?



Bitcoin Mining Hardware

While bitcoin was once possible to be mined using a computer’s built-in CPU and GPU, the transaction volume and mining difficulty since the last few years was such that mining activity was only viable and worthwhile with purpose-built hardware known as miners. Such miners were also known as ASIC miners, or Application Specific Integrated Chip miners – which meant they were built and designed for only one specific purpose – bitcoin mining.

how to mine bitcoin
BITMAIN AntMiner S9 runs at 13.5 TH/s

In 2016 and 2017, the most efficient and capable miner available is the AntMiner S9, which is designed with 16nm chips for high efficiency and quick heat dissipation. Having the AntMiner S9 served three main purposes:

  1. the higher hashrate gave a competitive edge over other (older) miners in use around the world
  2. a better power efficiency meant lower power consumption and lower utility bills
  3. a faster heat dissipation meant lower cooling load requirements and lower utility bills

In comparison with previous ASIC miners from Bitmain and corresponding specifications, the advantages of the fastest and most efficient miner can quickly be deduced:

how to mine bitcoin how to mine bitcoin how to mine bitcoin
BITMAIN MODEL: AntMiner S5 AntMiner S7 AntMiner S9
YEAR RELEASED: December 2014 August 2015 May 2016
HASHRATE: 1.155 TH/s 4.73 TH/s ±5% 13.5 TH/s ±7%
POWER CONSUMPTION: 589 W 1293 W 1323 W
POWER EFFICIENCY: 0.51 W/GH 0.27 W/GH 0.098 W/GH
ASIC DIMENSION: 28 nm 28 nm 16 nm
PRICE: US$530.00 (used) US$1,190.00 (used) US$3,850.00 (new)
Note that there are also other models by Bitmain prior to the three shown above – the AntMiner S1 (180 GH/s), AntMiner S2 (1000 GH/s), AntMiner S3 (450 GH/s), AntMiner S4 (2 TH/s) etc. There are newer models with more efficient chipsets now that are fast superseding the S9.


How to Get Started with a Bitcoin Mining Pool

We believe that the best way to mine is to join a bitcoin mining pool. The bitcoin mining scene has grown so competitive in recent years that it is no longer likely profitable to be mining on your own from home as people once did in the early days of bitcoin. The access to cheap electricity and cooling as well as a facility large enough to store a quantity of these machines often prove to be a challenge for newcomers in bitcoin mining.

At Coin Purveyor, we mine bitcoin with the community known as BitClub Network, where we honestly believe is the best place for anyone to get started in mining. They have a variety of plans for people with different budgets, and they take care of the electricity, cooling, hardware upgrades, setup, and maintenance for their members for a hassle-free mining experience since August 2014 and still continue to run today 5 years later. For more information, go to FAQ on Bitcoin Mining and BitClub Network or jump directly to Join A Bitcoin Mining Pool.

NOTE: At the present moment, BitClub Network are in the middle of upgrading mining hardware to keep up with relevant hashrates and power efficiencies. Although membership to the community is still open, it is best to wait until the facilities are fully deployed before joining. This is tentatively set to be completed by the start of 2020. We will post further updates here as soon as it is confirmed.

Blockchain Certification

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