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Ethereum: What software/hardware is required for a minute with FPGA
As the popularity of the cryptic currency such as bitcoin continues to increase, as well as the demand for reliable and effective mining equipment. An option that has attracted the attention of many investors is the use of a programming Picture Field (FPGA) as a mining device. In this article, we will investigate which software and hardware are needed for a minute with FPGA and we will provide some small miners who want to avoid noise and warmth associated with traditional processor -based mining.
What is FPGA?
Before you sink into the details of the Ethereum mining from the FPGA, we quickly define what a programming panel on Earth (FPGA) is a programming panel. FPGA is a type of integrated circle (IC) that can be programmed and delayed while running to implement digital circles. It consists of a large number of interconnected doors used to calculate and process data.
Hardware Conditions Ethereum with FPGA
For -Me Ethereum mine using FPGA you will need the following hardware components:
* FPGA PLATE : A small computer, with one picture, like JTAG-IV or Borkowski FPGAS is ideal. These panels have a built -in microcontroller and can be programmed using different development tools.
* EEPROM : EEPROM module (programming electrical deletion memory) is required to store firmware Ethereum in the FPGA board. You will need 8 -bit or 16 -bit eeprom, depending on the selected FPGA board.
* Food source : to power the FPGA and its components requires low voltage power (for example, 3.3V).
Terms of software for Ethereum mining with FPGA
To get my Ethereum mine using FPGA, you will need a software frame that can communicate with the hardware. Here are some popular options:
* Ethereum Smart Development Framework
: Ethereum Virtual Machine (EVM) offers a set of APIs that allow developers to create and implement smart contracts on Ethereum blockchain.
FPGA Firmware Development tool *: For FPGA, several tools are available for open code development, such as Vivado, Xilinx ISE and Harmony Altera. These tools offer numerous features, including memory management, arithmetic operations and data processing.
Warning FPGA Recommended
Based on small dimensions, reduced energy consumption and simple use, we recommend
JTAG-IV FPGA as the starting point for Ethereum with FPGA. JTAG-IV has:
- 16kb flash memory
- 4kb Ram
- 32kb EEPROM (2 x 16kb)
- Gio integrated needle
This board is available on various online markets, including Adafruit and Sparkfun.
software recommendations
For the Ethereum mining with FPGA, we recommend using a software frame that offers a simple and effective way to interact with hardware. Here are some popular options:
* Ethereum-STM32 : This box allows you to use the STM32 microcontroller on the JTAG-IV board, providing access to EEPROM and other peripheral devices.
* FPGA-Framwork : This box provides an API set that allows you to write a personalized firmware for your FPGA board.
Conclusion
Ethereum mining with FPGA can be a fun and satisfactory experience, but requires carefully planning and consideration. By choosing real hardware components, software and tools, you can build a small miner device, which is both effective and environmentally friendly. JTAG-IV FPGA Board and EVM Smart Development Framework are excellent starting points for Ethereum mining with FPGA.
Tips and Consider
* Energy consumption : FPGA -and generally consume less energy than traditional processors, but still requires reliable power.
* Creating heat : FPGA can create heat due to high tact speed and their processing.