Arduino Portenta Mid Carrier Board - IoT Expansion ASX00055
The Arduino Portenta Mid Carrier Board (ASX00055) significantly expands Portenta family boards by adding essential interfaces like Gigabit Ethernet, CAN bus, microSD storage, and multiple camera connectors. This makes it an ideal solution for developing robust IoT, industrial automation, and AI-enabled edge computing applications.
Features
- Extends Arduino Portenta boards with critical Ethernet, CAN bus, microSD, and camera interfaces.
- Designed for robust IoT systems, industrial automation, and AI-enabled edge computing applications.
- Offers high-density signal access and flexible expansion via mini PCIe and dedicated connectors.
- Supports enhanced functionality with bootable microSD storage and LiPo battery for RTC.
Out of stock
The Arduino Portenta Mid Carrier Board (ASX00055) serves as a versatile expansion solution, meticulously engineered to augment the functionality of Arduino Portenta family boards. It integrates a comprehensive array of interfaces, streamlining the connection of diverse peripherals, sensors, and external devices crucial for sophisticated IoT and embedded applications. This carrier board transforms a Portenta module into a powerful platform, ready for deployment in complex environments requiring enhanced connectivity.
Developers utilizing the Portenta Mid Carrier Board gain access to vital connectivity options including a Gigabit Ethernet port for reliable network communication, dual CAN bus interfaces for industrial control, a microSD slot for expanded storage or booting, and dedicated high-speed camera connectors for machine vision projects. These integrated capabilities position the board as an optimal choice for designing resilient IoT systems, precision industrial monitoring solutions, and advanced AI-enabled edge devices. Its design facilitates rapid prototyping while ensuring robust performance in demanding professional IoT scenarios.
Additional Information
| Weight | 0.09 kg |
|---|---|
| Dimensions | 12 × 10 × 3 cm |
















