Once the I2C registers have been loaded with the suggested settings, a two character command through the SPI port allows you to capture an image then transfer it at your leisure through the SPI. The genius in the ArduCAM design is that they have abstracted away all the complexity of the image sensor data transfer using their FPGA while keeping direct I2C register access to the sensor. The other world in which the ArduCAM Mini hits the mark is in commercial products. This is a high quality image sensor with a great lens. The Sketch sends status information through the UART console. In the Arduino world, it is simply a matter a plugging the device into the header and loading the very well written and commented Sketch.(Sketch is the term for an Arduino programming project.) With one of the provided Sketches you can step through the different camera sensor resolutions and capture images to the SD card. The ArduCAM Mini lives in two worlds and excels in each. We have integrated the Arducam into our product the ImOkBox and have obtained fantastic results. Arduino board combined with standard Provides an open source code library for Arduino, STM32, Chipkit, Raspberry Pi, BeagleBone Black Small Form Factor Package Included: Arduino UNO Mega2560 Board for OV2640 2 Megapixel Lens with 1 Piece Arducam Mini Module Camera Shield Note: Arduino UNO is included Support JPEG compression mode, single and multi-shoot mode, one-time capturing multi-lead operation, burstled operation, low power mode etc. Application: IoT Camera robot camera Wildlife Camera Other Battery Operated Products Works with MCU, Raspberry Pi, ARM, DSP, and FPGA platforms Features: 2 Megapixel Image Sensor OV2640 M12 Mount or CS Mount Lens Holder with Changeable Lens Options IR sensitivity with proper lens combination I2C interface for sensor configuration SPI interface for camera commands and data streams All IO ports are 5V/3.3V tolerant. Not only can you add the function of your camera to the microcomputer board, but you can also add more than one camera to one board.
Easy to use camera control interface and library and demo code for Arduino Designed for Arduino, but can also be used with the Raspberry Pi, Maple, Chipkit, BeagleBone Black with SPI and I2C interface. This optimal sensor size, coupled with an embedded compression engine, allows customers to use the same camera interface bandwidth as they have used with their 1.3 mega pixel sensors, making it very easy to upgrade their current platforms to the OV2640’s 2 megapixel solution without hardware or mechanical changes.Small and high definition 2 megapixel SPI camera with CMOS image sensor OV2640.
It’s a fully integrated CameraChip™ built on OmniVision’s latest 2.2 micron OmniPixel2™ architecture and can be assembled in the very popular 8 x 8 mm sockets with a building height as low as 5 mm, essentially thinner than today’s 1.3 megapixel camera modules. The OV2640 is the world’s first 1/4 inch 2 megapixel sensor.
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