BFGMiner is a highly efficient, modular cryptocurrency mining software that was initially designed for Bitcoin mining but now supports various cryptocurrencies. Developed by Luke Dashjr in 2012, it is written in C programming language and runs on multiple operating systems, including Windows, Linux, and macOS.
The software is known for its advanced features, such as remote interface capabilities, monitoring, fan speed control, and CPU mining. BFGMiner supports multiple mining devices, including ASIC miners, FPGA devices, and GPU cards. It's particularly popular among professional miners due to its stability and performance optimization options.
Key features of BFGMiner include:
- Multi-device support
- Dynamic clocking
- Remote interface monitoring
- Built-in stratum and getwork proxy server
- ADL device monitoring
- Integrated overclocking capabilities
BFGMiner remains one of the most respected mining applications in the cryptocurrency community, especially for its reliability and extensive configuration options. The software is open-source and freely available for users worldwide.
Aspect | Description |
---|---|
Name | BFGMiner |
Type | Cryptocurrency mining software |
Initial Release | 2012 |
Developer | Luke Dashjr |
Programming Language | C |
Operating Systems | Windows, Linux, macOS |
License | GNU General Public License v3.0 |
Main Purpose | Bitcoin and other cryptocurrency mining |
Supported Hardware | ASIC miners, FPGA devices, GPU cards |
Key Features | - Multi-threaded mining - Dynamic clocking - Remote interface capabilities - Monitoring and fan control - Multiple pool support - Automatic failover between pools |
Supported Algorithms | - SHA256d (Bitcoin) - Scrypt - Keccak - Heavy - Quark - Skein - Hefty1 |
Network Protocols | - Stratum - GetWork - GBT (GetBlockTemplate) |
Monitoring Features | - Temperature monitoring - Hardware error tracking - Hash rate statistics - Network difficulty tracking - Pool status monitoring |
Configuration Options | - Command line interface - Configuration files - API settings - Pool settings - Device-specific settings |
Advanced Features | - ICA (Integrated Circuit ASICs) support - Real-time hash rate display - Automatic GPU management - Overclocking capabilities - Voltage control |
API Support | - JSON-RPC API - WebSocket support - Remote management capabilities |
Pool Features | - Multiple pool support - Pool failover - Load balancing - Pool prioritization |
Security Features | - SSL connection support - Password protection - Secure pool communications |
Performance Options | - Intensity adjustment - Work cache size control - Thread concurrency settings - Vector settings |
User Interface | - Command-line interface (CLI) - Web interface (optional) - API interface for external programs |
Documentation | - Command line help - Online wiki - Community forums - GitHub documentation |
Community Support | - GitHub issues - IRC channels - Forum discussions - Social media groups |
Advantages | - High performance - Stable operation - Extensive hardware support - Active development - Strong community |
Limitations | - Steep learning curve - Command-line based - Complex configuration - Limited GUI options |
System Requirements | - Modern CPU - 2GB RAM minimum - Compatible mining hardware - Stable internet connection |
Notable Updates | - Regular bug fixes - Hardware support updates - Performance improvements - Security patches |