The TTGO T-Camera ESP32 WROVER is a multifunctional camera module designed for IoT, surveillance, and monitoring applications. Powered by the ESP32-WROVER-B chip, this module provides WiFi and Bluetooth connectivity, and features 8MB PSRAM for enhanced processing capabilities. It includes an OV2640 camera module for image capture, a 0.96-inch OLED display for real-time data visualization, and an onboard microphone for audio capture. The CH9102F USB-to-serial chip ensures reliable data transfer and debugging, making this camera module an ideal choice for developers working on vision-based IoT projects.
- ESP32-WROVER-B Chip: Offers dual-mode WiFi and Bluetooth connectivity along with 8MB PSRAM for advanced processing.
- OV2640 Camera Module: Captures high-quality images, suitable for security, monitoring, and vision projects.
- 0.96-Inch OLED Display: Provides real-time data visualization and feedback directly on the module.
- Onboard Microphone: Enables audio capture, making it suitable for surveillance and audio-enabled applications.
- CH9102F USB-to-Serial Chip: Ensures stable communication and reliable data transfer during development and debugging.
TTGO T-Camera ESP32 WROVER & PSRAM Camera Module ESP32-WROVER-B OV2640 Camera Module 0.96 OLED CH9102F Chip Normal Camera With Microphone Specifications
- Processor: ESP32-WROVER-B with 8MB PSRAM
- Camera: OV2640 camera module
- Display: 0.96-inch OLED
- Microphone: Integrated for audio capture
- Connectivity: WiFi, Bluetooth
- USB-to-Serial Chip: CH9102F
- Power Supply: 2.3V ~ 3.6V
TTGO T-Camera ESP32 WROVER & PSRAM Camera Module ESP32-WROVER-B OV2640 Camera Module 0.96 OLED CH9102F Chip Normal Camera With Microphone Applications
- Smart Surveillance: Ideal for security and surveillance systems requiring real-time image and audio capture.
- Environmental Monitoring: Suitable for capturing visual and audio data in remote IoT monitoring setups.
- Vision-Based IoT Projects: Perfect for developers creating IoT applications that require image processing and connectivity.