Ethereum: exploring the differences between Gui Miner and Bitminter
Like a newly arrived in the cryptocurrency world, it is natural to wonder how the different platforms run on various hardware settings. In this article, we will examine the Blockchain Ethereum more closely and explore the differences between two popular mining pools: Gui Miner and Bitminter.
What are Gui miners?
Gui miners, also known as graphics miners, use a User Graphic Interface (GUI) to extract cryptocurrency. They depend on the GPU ability to perform complex mathematical calculations to solve mathematical problems used to validate transactions and create new cryptocurrency units. The best known Gui miner is Ethereum mining, specifically using its native algorithm to mining ether (ETH).
What are BitMinters?
Bitminters, on the other hand, use a centralized mining pool to extract cryptocurrencies. Unlike Gui miners, BitMinters do not need special hardware or software to operate. Instead, they trust the collective power of many computers around the world to solve mathematical problems and validate transactions.
Hardware requirements for Gui Miner
To start GPU mining, you will need a powerful computer with a high performance graphics card (GPU). For Ethereum mining specifically, here are some general guidelines:
- AMD Ryzen 5 1600 or higher
- Intel Core i5-2400 or higher
- 8 GB RAM or more
Hardware requirements for BitMinters
Bitminters do not require any specific hardware configuration plus a standard desk computer. However, to optimize performance and reduce costs, you can use:
- A high performance CPU (eg Intel Core i7-9700k or AMD Ryzen 9 3900x)
- A fast storage unit (SSD)
- A decent internet connection for mining
GPU vs. CPU: What is better?
When it comes to cryptocurrency mining, GPUs and CPUS can be effective options. However, the choice between them depends on your hardware, budget and personal preferences configuration.
* GPUs: Usually, tip GPUS (eg, Nvidia Geforce GTX 1080 Ti or AMD Radeon RX 580) can produce more hashes per second (Mhash/s) than low cost CPUS.
* CPUS:
On the other hand, the lower end CPUS (for example, Intel Core i5-8300h) may not be able to track the hash rate of a top GPU.
7 mhash/s on gui miner vs. 0.3 mhash/s in BitMinter
Now that we cover the basics, we will delve into your experience with both platforms.
In our example, you mentioned the use of Ethereum as your cryptocurrency of choice and getting 7 Mhash/s from a GPU miner. However, when moving to BitMinters, you reported only 0.3 mhash/s.
There are several reasons for this discrepancy:
* HASH RATE: The hash rate is the rate at which its mining platform produces new hashes in relation to its total computational power. A higher hash rate means that more currencies can be extracted per unit of time.
* Mining Pool: Bitminters use a centralized mining pool, while Gui miners operate independently. This means that the combined hash power of various miners is typically larger than the power of any individual miner.
* Network congestion: With larger mining groups such as bitminter, network congestion can occur if many miners are competing for resources at the same time. This can lead to reduced hash rates and greater difficulty finding new hashes.
Conclusion
In conclusion, while Gui miners and BitMinters offer unique advantages and disadvantages when it comes to cryptocurrency mining, the choice finally depends on the configuration, budget and personal preferences of your hardware configuration.
If you are looking for a state -of -the -art GPU configuration, a 7 mhash/s hash rate may be possible with a suitable system. However, if you prefer a centralized mining pool with a more manageable network congestion, BitMinters are an excellent option.
Leave a Reply