The TTGO T-Journal ESP32 Camera Module Development Board is a powerful and versatile development board featuring an OV2640 camera with a fish-eye lens for ultra-wide-angle image capture, ideal for surveillance, monitoring, and IoT applications. Built on the ESP32 platform, this module provides WiFi and Bluetooth connectivity, along with a 3dbi SMA WiFi antenna to enhance signal range. The 0.91-inch OLED display allows for quick, real-time feedback, and the CH9102T USB-to-serial chip ensures reliable data communication. This board is perfect for developers who need a wide field of view and robust wireless connectivity for vision-based IoT projects.
- Fish-Eye Lens OV2640 Camera: Ultra-wide-angle lens captures a broader field of view, ideal for security and environmental monitoring.
- Enhanced WiFi Connectivity: Equipped with a 3dbi SMA antenna for stronger, more stable WiFi connections.
- ESP32 Chip: Provides dual-mode WiFi and Bluetooth support for versatile connectivity options.
- 0.91-Inch OLED Display: Enables real-time data visualization, offering immediate feedback during use.
- CH9102T USB-to-Serial Chip: Ensures stable communication for programming and debugging.
TTGO T-Journal ESP32 Camera Module Development Board OV2640 Camera SMA Wifi 3dbi Antenna 0.91 OLED Camera Board Fish-eye Lens Specifications
- Processor: ESP32 with WiFi and Bluetooth capabilities
- Camera: OV2640 module with fish-eye lens
- Antenna: 3dbi SMA WiFi antenna
- Display: 0.91-inch OLED screen
- USB-to-Serial Chip: CH9102T
- Power Supply: 2.3V ~ 3.6V
TTGO T-Journal ESP32 Camera Module Development Board OV2640 Camera SMA Wifi 3dbi Antenna 0.91 OLED Camera Board Fish-eye Lens Applications
- Wide-Angle Surveillance and Security: Ideal for monitoring large areas with a single device, thanks to the fish-eye lens.
- Environmental and Wildlife Monitoring: Suitable for capturing a wide view in outdoor or natural environments.
- Vision-Based IoT Projects: Perfect for developers working on IoT applications requiring expansive field of view and wireless connectivity.