الاجهزه الالكترونيات الامريكية قد تحتاج الى محمول فولت من ١١٠ الى ٢٢٠.قد تحتاج إلى محول كهرباء
مميزات خاصة
This bitcoin miner utilizes the ESP32-WROOM-32E module, supporting Wi-Fi and Bluetooth Low Energy technology for lower power consumption. It operates independently without requiring an external computer.
This bitcoin solo miner built-in ESP32-32E module with ample resources for easy development. Features a 2.8-inch TFT screen with 240x320 resolution for vivid visuals. Clearly shows real-time mining status, hashrate, power consumption data, and WiFi connection information.
This bitcoin lottery miner rig leverages the ESP32 low-power characteristics to prioritize energy efficiency while maintaining high mining performance. Lower power consumption also translates to reduced heat generation, which helps extend device lifespan and minimizes cooling requirements.
This bitcoin mining rig boasts a hash rate of 1000 KH/s, delivering smooth and efficient mining performance. Whether you're a beginner or a seasoned cryptocurrency enthusiast, this compact mining rig provides stable output and reliable performance.
Versatile: Beyond conventional mining pool operations, this mining rig supports both solo mining and lottery mining modes. Its multi-scenario adaptability caters to diverse user needs, delivering greater flexibility in mining operations.
وصف
Installation Instructions
1. Preparation: Verify components including the ESP32 CYD (with display), front and rear acrylic shells, and 4 sets of screws and nuts; prepare a small Phillips screwdriver with a head diameter ≤2mm; gently peel off the protective film from the acrylic shells and have clean paper towels ready to wipe away fingerprints.
2. Align the front shell: Pinch the edges of the ESP32 screen and align the front shell with the screen cutout, ensuring the motherboard screw holes are fully visible through the shell holes. Initial front shell positioning: Insert a screw into one aligned hole and use a screwdriver to turn the nut two turns to secure the position (do not tighten). Repeat this for the remaining three holes.
3. Flip the device: Grasp the edges of the device (do not press the screen), slowly flip it so the motherboard faces upward, and place it steadily on the table. Align the back cover: Position the back cover with the motherboard groove over the screw heads on the motherboard side, then gently press to snap the groove onto the motherboard edges. Securing the Back Cover: Insert a screw into one hole on the back cover. Gently tighten the screwdriver until slight resistance is felt, then stop (do not overtighten). Repeat this process for the remaining three holes.
4. Inspection Complete: Gently shake the device to confirm the casing is securely fastened to the motherboard and the screen is free of obstructions.