Starting from 2012, we spent 10 years making it right. Leaving tough design things to us, giving you an easy user experience. It is time to celebrate our 10th year anniversary with this gift.
Arducam Mega can work with any Microcontroller with a single standard SPI interface (either native or mimic one). Only FOUR pins (GPIOs) are required excluding VCC and GND. No memory is required for register settings or frame buffers. Fully compatible with 3.3 and 5V systems. Arduino, STM8/STM32, ESP8266/ESP32, MSP430, Nordic, Renesas, endless MCU systems are now supported.
Energy is the key to life, power consumption is our key to success. Now you can completely switch off the camera when your MCU is sleeping, without worrying about loading long register settings, Arducam Mega cameras do it for you instantly (less than 100 ms) and automatically.
Arducam Mega cameras offer 3MP(fixed focus) and 5MP(autofocus) options with low profile form-factor compared to their ancestor (Arducam Mini). Coming with a default enclosure, you can mount it easily wherever you want.
The SDK is fully open-source with comprehensive architecture, which allows you to add a new MCU without effort. You can manipulate the camera through the API methods as if you are using a DSLR camera via button clicks. With the MIT license, you can integrate our SDK source code into your own code without any concern.
Multiple cameras on one MCU? You bet.
We’ve already done it, the multi-camera adapter we made is compatible with the new cameras too, so yes, pick any MCU and you can use more than 4 camera modules at the same time for still images and readout in a sequential way.
We put a brand-new, future-proof Arduchip in the camera, which not only gives the camera a huge performance boost, and the wakeup speed is also 10 times faster than before. And the new firmware comes with tons of optimizations to ensure compatibility, scalability, and developability.
Download the product brief >
Download the getting started guide >
Getting Started with Arducam Mega >
Arducam Mega – 3MP | Arducam Mega – 5MP-AF | |
---|---|---|
Interface | SPI (4-wire) | SPI (4-wire) |
Speed | 8Mhz | 8Mhz |
Optical Size | 1/4″ | 1/4″ |
Shutter Type | Rolling | Rolling |
Sensor Resolution | 2048×1536 | 2592×1944 |
Still Resolution | 320×240 640×480 1280×720 1600×1200 1920×1080 2048×1536 | 320×240 640×480 1280×720 1600×1200 1920×1080 2592×1944 |
Camera Case | Yes | Yes |
Power Supply | 3.3V/5V | 3.3V/5V |
Power Consumption | ≤750 mW | ≤1W |
Wake-Up Time | 42ms | 94ms |
Focus | 60cm~INF | 8cm~INF (Autofocus) |
Focal ratio (F-Stop) | F2.8 | F2.0 |
Focal length | 3.3mm | 3.3mm |
View Angle | 68.75 Degrees (Diagonal) | 68.75 Degrees (Diagonal) |
Output Format | RGB/YUV/JPEG | RGB/YUV/JPEG |
Dimensions | 33x33x17 mm | 33x33x17 mm |
Yes. The Arducam Mega is compatible with any microcontroller, as long as the platform offers an SPI interface, or 4 free GPIO to mimic SPI timing.
We provide fully open-sourced SDK and detailed application docs you can use to port the camera to any platform you want.
If you are a manufacturer and would like to work with us, please use this form.
Arducam Mega 3MP
Arducam Mega 5MP
You can use low-resolution low fps to do video streaming due to the limitation of SPI speed and processing power of MCU. The purpose of this camera is for still images, not recommended for video streaming.
The 3MP Arducam Mega: 2048 x 1536
The 5MP Arducam Mega: 2592 x 1944
No, both the 3MP and 5MP Arducam Mega are CMOS cameras.
Yes, the SDK will be fully open source to everyone.
JPEG, RGB, and YUV for still images.
Yes, camera controls are all tweakable for advanced users, and our windows app offers all options.
At the moment, no, the lens on the Arducam Mega is unalterable.
68.75 Degrees (Diagonal).
Yes, if you want autofocus, go with the 5MP. The 3MP Arducam Mega has a fixed-focus lens.
The Arducam Mega has a built-in IR-blocking filter, so no, it can not capture Infrared. And you can not remove it without damaging the lens. For those that would like to build night vision projects with it, there may be a NoIR version in the future.
Yes, both can work with the multiplexer HAT we built for Arducam Mini.
If the host RSIC-V dev board’s got an SPI interface, yes.
33x33x17 mm.