Arducam 0.3MP OV7675 20-pin DVP Camera Module for Arduino GIGA R1 WiFi
Simple interface, compatibility with Arduino libraries, and seamless integration with the Arduino Giga board.
Overview
The Arducam OV7675 camera provides support for resolutions of up to 640x480 pixels, ensuring the capture of clear and sharp images. Its versatile range of features enhances the functionality of your projects. Whether you're developing a home automation system, a smart monitoring device, or any other Arduino-based project that requires visual input, the Arducam OV7675 camera offers a reliable and flexible solution. With its user-friendly interface, superior image quality, and seamless compatibility with the Arduino Giga board, it is an ideal choice for various applications where visual data is crucial.
Tech specs
Image Sensor | OV7675 |
---|---|
Active Array Pixels | 640x480 |
Pixel Size | 2.5µmx2.5µm |
S/N Ratio | 38 dB |
Dynamic Range | 71 dB |
Interface | 20-pin DVP |
Shutter Type | Electronic Rolling Shutter |
Color Filter Array | Quad-Bayer RGB |
Output Format | RAW/YUV/RGB |
Resolution&Frame Rate | 640x480/320x240/160x120@15fps |
Lens Optical Size | 1/9 Inch |
EFL | 1.75mm |
F.NO | 2.8 |
Field of View Angle | 63.9°(D) |
Lens Distortion | <1.0% |
Focus Distance | 0.12M - ∞(AT=0.23M) |
Power Supply | AVDD: 2.7VA ~ 3.0V DOVDD: 1.7V ~ 3.0V DVDD: 1.5V |
Operation Temp. | -30° C to 70° C |
Board Size | 30.5mm x 30.5mm |
Get Inspired
I have prepare home Automoation project using Arduino nano esp32
There are almost endless variations of clocks for sale on the internet today, but it is still easy to end up in a situation where you can't quite find a model with the style and features you want. Marco Zonca ended up with that problem while searching for a new clock to put in his music studio. Nothing on the market fit the bill, so he built this minimalist network-updated digital clock. Zonca wanted a simple design, the ability to adjust brightness, and NTP (Network Time Protocol) updates. There are clocks available with those features, but nothing in the style Zonca wanted. So he created the perfect clock for himself. It displays 24-hour time across a red LED matrix, lets the user control settings like brightness via Bluetooth® Low Energy communication, and always stays in sync with network time. An Arduino Nano ESP32 board, programmed through Arduino Web Editor, controls all of those functions. It mounts onto a custom PCB that Zonca designed for this clock. The PCB also hosts an 8×32 LED matrix display with MAX7219 driver. Three buttons on the PCB let the user select modes. The PCB fits into a black 3D-printed enclosure that reflects the overall minimalist style. Now Zonca has the perfect clock for his music studio. If you like the look of it, the sketch, PCB files, and 3D enclosure are all available on Hackster.io.