Optimized Solo Mining Performance – Powered by ESP32-D0WD-V3 dual-core MCU and 2.8-inch 240*320 intelligent touchscreen, this board delivers a hashrate of up to 1060KH/s for Bitcoin solo mining (lottery mode). The pre-loaded firmware maximizes efficiency, allowing you to experience the thrill of block finding without expensive hardware.
True Standalone Operation – No computer required! Built-in WiFi (802.11 b/g/n) and Bluetooth let it connect directly to the network. Simply power via 5V DC (Type-C or Micro USB) and start mining independently. The vivid display shows real-time stats: hash rate, network difficulty, BTC price, job counters, and share acceptance – all at a glance.
Rich Visual Monitoring & LAN Management – The intuitive interface displays local IP, best difficulty, worker count, total LAN hashrate, and more. Supports multi-device monitoring via NMController software, making it easy to track all your miners on the same network.
Extensive I/O for Custom Projects – Features RGB LED, TF card slot, temperature/humidity interface, SOP16, extended IO, speaker, and reset/boot buttons. Ideal for developers to integrate sensors, experiment with IoT, or build custom mining dashboards. Example programs and development tools are provided to accelerate your projects.
Safe, Wide Power Input & Compact Design – Accepts DC 5-20V (0-6A) via 4P 1.25 power base or USB ports, with built-in voltage/current monitoring for stable operation. Compact dimensions (86×50×13.5mm) and wide operating temperature (-20~70°C) allow flexible placement in home labs or industrial environments.
* MORE INFORMATION HERE
A Bitcoin miner is a specialized computer or device that validates and secures transactions on the Bitcoin network. It works by solving complex mathematical puzzles, a process called “proof of work,” which ensures that transactions are legitimate and prevents double-spending. In return for providing this computational power, miners are rewarded with newly created bitcoins and transaction fees. Modern Bitcoin mining often uses powerful machines called ASICs (Application-Specific Integrated Circuits), which are far more efficient than regular computers.
