Cryptocurrency Mining Resources
Mining Rig Build Guides
- How to build a 6 GPU Mining Rig
This beginner level guide uses Nvidia GPUs and Windows 10 as the OS.
- How to build a Monero CPU Mining Rig
A step-by-step guide to building an AMD-based CPU mining rig.
- How to Mine Dogecoin
A detailed guide on mining Dogecoin including hardware, profitability and setup.
- Octominer 8 GPU Mining Rig Build
This intermediate level guide uses AMD or Nvidia GPUs and Windows 10.
Mining Rig Hardware
- GPU Prices and Availability
- Mining Rig Power Supplies (PSU)
- Best Motherboards for Mining
- 6 GPU Motherboards
Our mining pool list only contains mining pools that we actively mine from ourselves or have in the recent past.
Each cryptocurrency has its own nuances regarding the interval at which new tokens or units of cryptocurrency are released into circulation. That release is defined by the math that governs that cryptocurrency.
Each computer providing computing power to a cryptocurrency’s network has a chance of receiving released currency. Mining is the common term used when talking about that process. It is called mining based on how gold and other precious metals are introduced into circulation.
Following that line of thinking, computers that are mining cryptocurrency are called mining rigs.
What is a cryptocurrency mining rig actually doing?
When a mining rig is mining the work it is doing depends on the specific cryptocurrency. Solving cryptographic puzzles in an example of work that is performed.
From a task-based standpoint, another type of work that is commonly performed is validating transactions. Regardless of the work being done, miners are primarily participating for the chance that they will be granted the newly minted tokens.
Types of cryptocurrency miners
There are various types of hardware that can mine cryptocurrencies. Which hardware is the best varies by the cryptocurrency itself. The three types of crypto currency mining hardware are:
ASIC is an acronym that stands for Application-Specific Integrated Circuit. An ASIC is a specialized computer that is meant to do one thing and do it as efficiently as possible. An ASIC is great at it’s core task but virtually worthless at doing anything else. ASIC miners are the only way to mine bitcoin profitably today.
A CPU is the brains of a computer. CPU is an acronym for Central Processing Unit, and is the processor inside a computer. The most common CPUs by manufacturer are the processors by Intel and AMD (Advanced Micro Devices). Today the most popular cryptocurrency mined with CPUs is Monero. Check out our Monero CPU Mining Rig build if you’re curious about them. CPUs can mine many cryptocurrencies, but are inefficient at mining just about all of them in comparison to ASIC and GPU miners.
In addition to a CPU, modern computing devices also have a Graphics Processing Unit, or GPU which focuses on a device’s display functions. Examples of what a GPU routinely does includes rendering images, animations and displaying video.
As GPUs have evolved, their processing capability has been found to be efficient at solving certain types of repetitive, complex, mathematical problems. The math involved in cryptography is one such type of math, and the reason why GPU mining rigs exist.
If you’re building a cryptocurrency mining rig you’re likely building a GPU Miner. Almost all Ethereum mining and mining popular alt coins like Zcash and Monero is performed with GPU miners.
An acronym, FPGA stands for Field Programmable Gate Array. A good way to think about FPGAs in simple terms is as reprogrammable silicon chips. FPGA mining rigs take some of the benefits of an ASIC cryptocurrency miner but have the flexibility of a GPU mining rig. Early in Bitcoin’s history FPGAs were used to mine before reliable and cost-effective ASICs were available. While FPGAs were overshadowed by the cost-benefit of low-priced, high-performance video cards years ago, don’t rule them out yet. Current generation FPGAs offer very high hashing capacity at low power draw. And, when a coin becomes cost-prohibitive to mine they can be reprogrammed with a different algorithm whereas an ASIC has little or no practical application. Although prices are still prohibitive today, FPGAs could make a comeback, especially if ASIC domination breeds new variable and/or multi-algorithm cryptocurrencies.