<p>The ESP32-CAM-MB module is a small camera module . This module can work independently as a minimal system. The new WiFi+Bluetooth dual-mode development board is based on ESP32 design, uses PCB on-board antenna, is equipped with two high-performance 32-bit LX6 CPUs, adopts a 7-stage pipeline structure, and the main frequency adjustment range is 80MHz to 240Mhz. Ultra-low power consumption, deep sleep current as low as 6mA.</p> <p>-ESP32-CAM-MB is an ultra-small 802.11b\/g Wi-Fi+BT\/BLE SoC module -ESP32-CAM-MB. It has a micro-USB interface and a convenient and reliable connection , making it easy to apply to applications. IoT hardware terminal scenarios.</p> <p>-ESP32-CAM-MB adopts micro-USB interface, the connection is convenient and reliable, and it is convenient and suitable for IoT hardware terminal situations.</p> <p>Basic performance parameters</p> <p>1 Dual-core processor is available as a low-power dual-core processor.</p> <p>2 Main frequency up to 240MHz, computing power up to 600dmips</p> <p>3 Built-in 520KB , external 8MB PSRAM</p> <p>4 Support UART\/SPI\/I2C\/PWM\/ADC\/DAC and other interfaces</p> <p>5 Support OV70 flash memory and OV2640</p> <p>6 Support picture WiFi upload</p> <p>7 Support TF card</p> <p>8 Supports multiple sleep modes.</p> <p>9 Embedded Lwip and FreeRTOS</p> <p>10 Support STA\/AP\/STA+AP working mode</p> <p>11 Supports intelligent configuration\/AirKiss one-click network configuration</p> <p>12 Support secondary development</p> <p>Application scenarios</p> <p>1 Image transmission for home smart devices</p> <p>2 Wireless monitoring</p> <p>3 Smart agriculture</p> <p>4 QR wireless identification</p> <p>5 Wireless positioning system signal</p> <p>6. Other IoT applications</p> <p>Colour:As Shown</p> <p>Material:plastic</p> <p>Size:. 39.8 x 27mm</p> <p>Package Contents:</p> <p>1 x ESP32-CAM development board</p> <p>1 x OV2640 camera</p> <p>Only the above package content, other products are not included.</p> <p>Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +\/- 1-3cm.</p>