The Italian manufacturer Arduino introduced a series of Portenta boards, which have been appreciated by customers because of their full professionalism. Portenta are systems equipped with microcontrollers, which are extremely efficient and energy-saving, with their cores working independently of each other, resulting in the highest functionality. Portenta's systems are dedicated to work with IoT systems (Internet of Things) and will perfectly fulfill their tasks in the field of industry and agriculture. The products have WiFi modules, battery power supply and 80-pin connectors that enable work on more peripherals. The Portenta series is also suitable for handling Artificial Intelligence tasks. Moreover, Arduino Portenta main modules have dimensions compatible with the MKR board family. In the Portenta series there is also Carrier Board, which has the ability to connect aerials, other in and out devices, and the serial interfaces such as RS232/485 and CAN. Portenta series is an advanced circuitry with great versatility and it can be used for various purposes.
Arduino Portenta H7 is a professional board designed for high demanding industrial applications, especially in the IoT industry. The board is small-sized, but extremely efficient and energy-saving above all. Portenta board is equipped with STM32H747 microcontroller with Cortex-M7 core (up to 480 MHz) and Cortex-M4 core (up to 240 MHz). The construction of the Portenta board ensures that two independent tasks are able to be performed at the same time.
Even without extensions, the Arduino Portenta H7 remains very flexible and efficient. The high functionality is a result mainly of the two threads that can work separately due to the Remote Procedure Call mechanism. The shape of the board has been adjusted to the MKR standard, making it compatible with Shields. The board is versatile and compatible. With the dedicated Carrier expansion board, the functionality of the H7 board is further enhanced with 80-pin connectors. USB, RJ-45, CAN bus, audio input and output, camera and DisplayPort output. With Gigabit Ethernet support, it is possible to develop the board into a small Access Point, network drive or UART to Ethernet converter. There is also a SIM card connector available on the module, so you can connect Arduino to NBIoT or GPRS network. The board can also communicate via LoRa technology. Moreover, capabilities of the board can be further extended by means of AI modules connected via miniPCI interface.