ESP8266 D1 Mini WiFi Development Board with OLED Display & Buttons | WiFi Deauther Educational Kit
Specification:Main Chipset: ESP8266 WiFi microcontrollerBoard Type: D1 Mini based development boardDisplay: 0.96" OLED screen (128×64 resolution)Buttons: 3 push-buttons (OK, UP, DOWN) for menu navigationConnectivity: 2.4GHz WiFi (802.11 b/g/n)USB Port: Micro-USB for programming and powerFlash Memory: 4MB (ESP8266 standard)Programming: Arduino IDE / PlatformIO supportedSize: Compact PCB design, lightweight moduleWeight: Approx. 20gDescription: This ESP8266 D1 Mini development board with OLED display and navigation buttons is designed for WiFi security research and educational purposes. It allows developers, students, and ethical hackers to learn about WiFi protocols, perform penetration testing in controlled environments, and understand vulnerabilities in wireless networks. With its integrated display and buttons, it offers a user-friendly interface for experimentation. The board can be programmed via Arduino IDE, making it perfect for DIY IoT projects, WiFi-based automation, and learning embedded systems development.Application:WiFi penetration testing (educational use only)Cybersecurity learning and research projectsDIY IoT and WiFi automation projectsEmbedded systems prototyping with ESP8266Classroom and training demonstration tool
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Specification:
- Main Chipset: ESP8266 WiFi microcontroller
- Board Type: D1 Mini based development board
- Display: 0.96" OLED screen (128×64 resolution)
- Buttons: 3 push-buttons (OK, UP, DOWN) for menu navigation
- Connectivity: 2.4GHz WiFi (802.11 b/g/n)
- USB Port: Micro-USB for programming and power
- Flash Memory: 4MB (ESP8266 standard)
- Programming: Arduino IDE / PlatformIO supported
- Size: Compact PCB design, lightweight module
- Weight: Approx. 20g
Description:
This ESP8266 D1 Mini development board with OLED display and navigation buttons is designed for WiFi security research and educational purposes. It allows developers, students, and ethical hackers to learn about WiFi protocols, perform penetration testing in controlled environments, and understand vulnerabilities in wireless networks. With its integrated display and buttons, it offers a user-friendly interface for experimentation. The board can be programmed via Arduino IDE, making it perfect for DIY IoT projects, WiFi-based automation, and learning embedded systems development.
Application:
- WiFi penetration testing (educational use only)
- Cybersecurity learning and research projects
- DIY IoT and WiFi automation projects
- Embedded systems prototyping with ESP8266
- Classroom and training demonstration tool
ESP8266 D1 Mini WiFi Development Board With OLED Display & Buttons | WiFi Deauther Educational Kit
700 BDT1,000 BDTSave 300 BDT
Total sold : 2
Specification:
- Main Chipset: ESP8266 WiFi microcontroller
- Board Type: D1 Mini based development board
- Display: 0.96" OLED screen (128×64 resolution)
- Buttons: 3 push-buttons (OK, UP, DOWN) for menu navigation
- Connectivity: 2.4GHz WiFi (802.11 b/g/n)
- USB Port: Micro-USB for programming and power
- Flash Memory: 4MB (ESP8266 standard)
- Programming: Arduino IDE / PlatformIO supported
- Size: Compact PCB design, lightweight module
- Weight: Approx. 20g
Description:
This ESP8266 D1 Mini development board with OLED display and navigation buttons is designed for WiFi security research and educational purposes. It allows developers, students, and ethical hackers to learn about WiFi protocols, perform penetration testing in controlled environments, and understand vulnerabilities in wireless networks. With its integrated display and buttons, it offers a user-friendly interface for experimentation. The board can be programmed via Arduino IDE, making it perfect for DIY IoT projects, WiFi-based automation, and learning embedded systems development.
Application:
- WiFi penetration testing (educational use only)
- Cybersecurity learning and research projects
- DIY IoT and WiFi automation projects
- Embedded systems prototyping with ESP8266
- Classroom and training demonstration tool