Official Arduino Portenta Max Carrier Development Board The Official Arduino Portenta Max Carrier is a powerful solution designed to transform Portenta modules into advanced single-board computers or reference designs. This versatile carrier enables edge AI applications for high-performance industrial, building automation, and robotics use cases. Compatible with the Portenta X8 or H7, it simplifies prototyping and deployment of industrial projects. The Arduino Portenta Max Carrier enhances connectivity options, providing support for Fieldbus, LoRa, Cat-M1, and NB-IoT, making it ideal for a wide range of applications. It features a variety of plug-and-play connectors including Ethernet, USB-A, audio jacks, microSD, mini-PCIe, FD-CAN, and Serial RS232/422/485. Powering the Max Carrier is flexible, as it can be supplied via an external source (6-36V) or through a 3.7V Li-ion battery using the onboard 18650 battery connector with an integrated charger. Features: High-Performance Edge AI: Transforms Portenta modules into single-board computers, enabling edge AI for industrial, building automation, and robotics applications. Broad Compatibility: Compatible with Portenta X8 and H7 modules, allowing for easy prototyping and deployment of industrial projects. Enhanced Connectivity Options: Supports multiple communication standards including Fieldbus, LoRa®, Cat-M1, and NB-IoT for seamless connectivity. Versatile Connectors: Equipped with a range of plug-and-play connectors such as Ethernet, USB-A, audio jacks, microSD, mini-PCIe, FD-CAN, and Serial RS232/422/485. Flexible Power Supply: Can be powered through an external supply (6-36V) or via the onboard 18650 Li-ion battery connector (3.7V) with a built-in battery charger. Robust Design for Industrial Use: Ideal for deployment in high-performance and rugged environments, supporting demanding industrial applications. Compact Form Factor: Maintains a small footprint while providing numerous features, making it suitable for space-constrained designs. Applications: Industrial Automation: Use the Portenta Max Carrier for creating smart factory systems, PLC replacements, and edge AI controllers that process data locally with real-time decision-making. Robotics and Mechatronics: Enable autonomous robots and robotic arms with vision processing, sensor integration, and reliable wireless communication using LoRa®, Cat-M1, or NB-IoT. Building Automation: Develop intelligent HVAC, lighting, and security control systems that optimize performance while maintaining connectivity through Fieldbus and Ethernet interfaces. Smart Energy and Utilities: Leverage the board’s rugged design for monitoring power grids, managing renewable energy assets, or implementing predictive maintenance at remote sites. IoT Gateways and Edge AI Systems: Create advanced IoT gateways that combine machine learning and cloud connectivity for smart data aggregation and analysis at the edge. Research and Prototyping: Ideal for R&D labs and prototyping environments, allowing rapid testing of industrial communication protocols, AI applications, and low-power designs.

Official Arduino Pro Opta Ext D1608E Expansion Board The Official Arduino Pro Opta Ext D1608E is a powerful expansion module designed to elevate the capabilities of your Arduino Opta. It adds 16 programmable voltage inputs and 8 electromechanical relays (250 VAC, 6A), enabling robust real-time control, monitoring, and predictive maintenance for industrial and automation applications. Installation is quick and straightforward-just snap the module onto your existing Opta base unit to expand your system seamlessly. With full integration into the Arduino ecosystem or the PLC IDE IEC 61131-3 programming environment, this module ensures flexibility, ease of programming, and smooth scalability for professional-grade projects. Features: 16 Flexible Voltage Inputs: Each expansion adds 16 programmable inputs configurable as digital or analog, ideal for diverse application needs. 8 High-Performance Electromechanical Relays: Provides 8 outputs rated at 250 VAC, 6A each suitable for controlling a variety of industrial machines and devices. Modular Scalability: Supports up to 5 snap-on modules, enabling flexible mixing and scaling of I/Os while maintaining seamless integration with the Opta base unit. Seamless I/O Integration: All additional I/Os are detected automatically and behave as native resources of the Arduino Opta system. Dual Programming Compatibility: Fully compatible with the Arduino IDE and the IEC 61131-3 compliant PLC IDE, offering both code-based and low-code programming options. Arduino Ecosystem Support: Access to a wide array of ready-made sketches, tutorials, and libraries to accelerate development. Advanced Monitoring & Connectivity: Take advantage of the Arduino Cloud for real-time remote monitoring and secure communication with a broader range of connected devices. Industrial-Grade Reliability: Built with Finder’s expertise and certified to meet industrial standards, ensuring durability and performance in demanding environments. DIN Rail Mounting: Designed for quick and reliable DIN rail installation, ideal for professional control panels and enclosures. Applications: Industrial Automation: Expand control points for manufacturing lines, conveyor systems, and machinery, enabling precise, real-time monitoring and actuation. Building Automation: Integrate additional sensors and relay-controlled devices for smart lighting, HVAC systems, security, and energy management. Predictive Maintenance Systems: Collect sensor data from multiple points and automate alerts or actions to prevent equipment failures, minimizing downtime. IoT-Enabled Control Panels: Combine with Arduino Cloud or other IoT platforms to remotely monitor and control devices in industrial or commercial environments. Educational & R&D Applications: Ideal for prototyping, testing, and scaling industrial control projects in labs or technical institutes. Modular Expansion for Opta Systems: Enable flexible system growth by snapping on additional modules, supporting up to 5 expansions for increased I/O capacity. Multi-Device Connectivity Projects: Perfect for projects requiring coordination across multiple sensors, relays, and actuators in complex automation setups.

Official Arduino Portenta Vision Shield with LORA Connectivity The Official Arduino Portenta Vision Shield with LoRa Connectivity is an advanced hardware extension designed for the Arduino Portenta family, specifically the Portenta H7. This shield enables powerful edge AI applications by combining embedded computer vision capabilities with long-range wireless communication using LoRa. It also features onboard sound event detection, making it ideal for responsive, intelligent systems. Paired with the high-performance dual-core ARM Cortex processor and robust wireless connectivity of the Portenta board, the Portenta Vision Shield empowers developers to create cutting-edge IoT solutions with ease—whether connected to the Arduino Cloud or private infrastructure. Arduino Portenta Vision Shield Pinout: Features: Image recognition techniques are executed using the OpenMV for Official Arduino editor. LoRa wireless communication with a long range of 868/915MHz. Connects the Portenta H7 to the Internet of Things with little power usage. Two inbuilt microphones detect directional sounds. It captures and analyzes sound in real time. Using an external programmer, you can do low-level debugging on your Portenta board and special firmware changes. Store your collected data on the card or read configuration files.

Official Arduino MKR NB 1500 GSM Board The Official Arduino MKR NB 1500 Board is a powerful IoT development platform designed to enable wireless connectivity using Narrowband IoT (NB-IoT) technology. Utilizing existing LTE cellular infrastructure, NB-IoT provides faster, and more energy-efficient communication compared to other IoT networks like LoRa and Sigfox, while significantly reducing battery consumption. The board is powered by a low-power Microchip SAMD21 Cortex-M0 32-bit ARM MCU and maintains the Official Arduino MKR footprint for seamless compatibility with Arduino Uno, Mega, and other MKR series boards. It operates at 3.3V and offers versatile connectivity through I2C, I2S, UART, and SPI interfaces, along with 22 digital I/O pins, 12 PWM outputs, and 7 analog inputs. Engineered for deployment in remote or infrastructure-limited environments, the MKR NB 1500 is ideal for a wide range of applications, including remote monitoring, smart metering, industrial automation, asset tracking, smart cities, and connected health devices. Features: Easy to Use and Interface: Designed for straightforward integration into IoT applications Powerful Microcontroller: Microchip Technology SAMD21 Cortex-M0+ 32-bit low-power ARM MCU Reliable Cellular Modem: Equipped with U-Blox SARA-R410M-02B for NB-IoT connectivity GSM Connectivity: Features a uFL connector for antenna connection and microSIM slot for cellular access Low Operating Voltage: Operates at 3.3V for energy-efficient performance Versatile Communication Interfaces: Supports I2S, I2C, UART, and SPI protocols Flexible I/O Options: 22 digital I/O pins (including 12 PWM) and 7 analog inputs Compact MKR Form Factor: Dimensions of 67.64mm × 25.00mm for space-constrained projects High-Quality Build: Manufactured with reliable components for long-term use Arduino MKR NB 1500 Pinout Diagram:

Official Arduino Nicla Sense Env Microcontroller Board The Official Arduino Nicla Sense Env is a powerful, compact sensor module designed to seamlessly expand your Portenta or MKR projects. This Arduino Microcontroller Equipped with three advanced Renesas sensors, it enables precise environmental monitoring through an ultra-low power temperature and humidity sensor along with two industrial-grade gas sensors for comprehensive air quality evaluation in both indoor and outdoor settings. Measuring just 22.86 x 22.86 mm, this tiny yet robust board inherits the modular and smart design of the Arduino Nicla family, making it perfect for sensor fusion applications where space and performance are critical. Whether you're building a high-computational Portenta-based system or a flexible MKR solution, the Nicla Sense Env offers ease of integration, scalability, and reliable performance within the familiar and accessible Arduino ecosystem. Features: Advanced Sensing: Includes HS4001 for accurate humidity and temperature readings, as well as ZMOD4410AI1V and ZMOD4510AI1V for AI-enabled detection of TVOCs, NO2, O3, and other gases. Compact Design: The small form size (22.86 x 22.86 mm) provides for simple integration into a variety of projects. Ultra-Low Power Consumption: Designed for 24-hour operation with little power consumption. Robust and Reliable: Includes industrial-grade Renesas sensors to ensure durability and accuracy. Seamless Integration: Connects to Portenta boards via ESLOV (I2C) or header pins and supports rapid programming with the Arduino IDE and MicroPython. Ready to Use: Complete interoperability with a wide range of libraries and tutorials accessible through the Arduino ecosystem.

Official Arduino Portenta Hat Carrier Development Board The Arduino Portenta Hat Carrier is a reliable and robust Portenta Carrier board for Arduino, designed to transform your Arduino Portenta board (specifically the X8, but also compatible with H7 and C33) into a versatile industrial single-board computer. This Portenta Hat Carrier board seamlessly bridges the Arduino Portenta ecosystem with the extensive range of Raspberry Pi® Hats and cameras, opening up new avenues for developing advanced commercial and industrial solutions. It offers straightforward access to a suite of essential peripherals including a CAN bus interface, Ethernet connectivity (Gigabit with Portenta X8, 100Mbit with H7/C33), a USB-A port, and a microSD card slot for data logging or system storage. Engineered for both rapid prototyping and scalable deployments, the Arduino Portenta Hat Carrier extends the capabilities of the Portenta System on Modules by incorporating a 40-pin Raspberry Pi compatible GPIO header, a dedicated MIPI CSI camera connector for machine vision tasks, and an additional 16 analog I/O pins for interfacing with sensors and actuators. For enhanced development and reliability, it includes dedicated JTAG pins for debugging and a PWM fan connector to manage thermal performance under demanding workloads, making it an ideal choice for building automation, machine monitoring, and robotics applications. Features: Compatible with Portenta X8, H7, and C33 System on Modules. Standard 40-pin header for broad Raspberry Pi® HAT compatibility. Onboard high-speed CAN FD transceiver for industrial communication. Ethernet port: Gigabit with Portenta X8, 100Mbit with H7/C33. USB-A female connector for peripherals or data logging. MicroSD card slot for data storage and media operations. MIPI CSI camera connector for machine vision applications. 16 additional analog I/O pins for sensors and actuators. Dedicated 10-pin JTAG connector for efficient debugging. PWM fan connector for active thermal management. Screw terminal block provided for power and CAN bus connections. Wide operating temperature range: -40°C to +85°C. Facilitates Linux prototyping with Portenta X8. Enables integrated real-time MCU solutions with Portenta. Designed for robotics, industrial, and building automation projects.

Official Arduino Pro 4G GNSS Module Global The Arduino Pro 4G GNSS Module Global is a cutting-edge solution designed to significantly expand the connectivity capabilities of your Arduino Portenta projects, allowing you to unlock their full potential without needing to change the main board. This versatile module, featuring a robust Quectel EG25-G Cat.4 modem and a Qualcomm MDM9x07 chipset, ensures fast data throughput and high bandwidth for quick downloads and uploads, even in the most remote locations. Its secure data transfer and long-range coverage make it an ideal choice for applications operating in challenging environments. Developed in the widely adopted Mini PCIe form factor, this Arduino Pro 4G GPS Module integrates seamlessly into a variety of projects. Beyond providing reliable global 4G connectivity, it also guarantees backward compatibility with 2G and 3G networks, ensuring broad coverage. The GNSS Arduino Pro functionality supports multiple satellite systems including GPS, GLONASS, BeiDou, Galileo, and QZSS, offering precise positioning for applications like fleet management and asset tracking. This module makes remote maintenance, firmware updates, and error analysis via the Arduino Cloud more efficient than ever. Features: Modem: Quectel EG25-G, LTE Cat.4 with 2G/3G fallback for global coverage. Chipset: Qualcomm MDM9x07 for reliable performance. GNSS: Supports GPS, GLONASS, BeiDou (COMPASS), Galileo, and QZSS. Form Factor: Standard Mini PCIe for easy hardware integration. Data Throughput: High-speed for quick data download and upload. Network Compatibility: Global 4G LTE, with WCDMA (3G) and GSM (2G) support. Interfaces: USB, UART, PCM/I2C for versatile connections Antenna Connectors: Main, diversity, and GNSS antenna receptacles Audio: Digital Audio (PCM) supported for voice applications Remote Management: Ideal for Arduino Cloud integration for updates and monitoring. SMS Functionality: Allows sending and receiving SMS for notifications.

Official Arduino MKR WAN 1310 Development Board The Official Arduino MKR WAN 1310 is an open-source development board designed to bring reliable and energy-efficient LoRa connectivity to your IoT projects. Ideal for applications requiring low power consumption, this board integrates the powerful Arm Cortex-M0 32-bit SAMD21 processor, the advanced Murata CMWX1ZZABZ LoRa module, and the ECC508 crypto-chip for enhanced security. It offers seamless connectivity with the Arduino IoT Cloud, custom LoRa networks using the Arduino LoRa PRO Gateway, and existing LoRaWAN infrastructures like The Things Network. As part of the versatile MKR family, it supports a wide range of compatible shields, allowing users to prototype and deploy IoT solutions quickly and efficiently. Features: LoRaWAN Connectivity: Easily transmit data from remote locations to gateways connected to The Things Stack (TTS), enabling cloud-based data access via the Arduino IoT Cloud. The Things Network Compatibility: Seamlessly integrates with LoRaWAN infrastructures like The Things Network for community-driven, wide-range wireless communication. Peer-to-Peer Communication: Supports board-to-board communication—ideal for creating setups like remote LED control between two MKR WAN 1310 boards. Flexible Networking Options: Use LoRa to implement your own private networks or connect to public LoRaWAN services. Reliable Build Quality: Built to Arduino’s high standards, ensuring consistent performance and durability for long-term IoT applications. Arduino MKR WAN 1310 Pinout Diagram:

Official Arduino Opta Lite The Arduino Opta Lite is a versatile and secure micro-PLC (Programmable Logic Controller) designed for Industrial IoT applications. Developed in collaboration with Finder, a leader in industrial and building automation devices, the Opta Lite enables professionals to efficiently scale automation projects while leveraging the power and flexibility of the Arduino ecosystem. Supporting both Arduino sketch programming and traditional PLC languages like Ladder Logic Diagram (LD) and Function Block Diagram (FBD), it is specifically engineered with PLC engineers in mind. The device is powered by the robust STM32H747XI dual-core Cortex-M7 + M4 MCU, which facilitates real-time control, monitoring, and predictive maintenance applications. The Opta Lite is built for durability and security, featuring OTA firmware updates and data security from hardware to Cloud with its onboard secure element and X.509 Standard compliance. Regular cybersecurity assessments ensure its reliability and robustness in industrial environments. Features: Processing Power: Equipped with a powerful processor, capable of handling complex tasks and data processing efficiently, ideal for demanding applications. Connectivity Options: Offers multiple connectivity interfaces, including Ethernet, Wi-Fi, and optional cellular connections, ensuring seamless integration into networked systems and IoT environments. Digital and Analog I/O: Features a range of digital and analog input/output pins, providing flexibility to interface with various sensors, actuators, and peripherals for diverse applications. Integrated Communication Protocols: Supports popular communication protocols such as Modbus, MQTT, and HTTP, enabling easy integration with other devices and platforms within industrial and IoT ecosystems. Compact and Durable Design: Compact form factor fits in space-constrained environments, with durable construction to ensure reliable performance across various conditions. Official Arduino Ecosystem Compatibility : Fully compatible with the Official Arduino development environment, providing access to libraries, examples, and community support to speed up development. User-Friendly Interface: Simple setup and programming process, making it accessible for both experienced developers and beginners. Real-Time Processing: Capable of handling time-sensitive tasks with real-time processing, ensuring timely and accurate responses to input data and system events. Applications: Industrial Automation: Automate production lines, conveyor systems, and process controls with real-time data acquisition and reliable relay control. Building Management Systems (BMS): Deploy the Opta Lite for controlling lighting, HVAC, and energy management in smart buildings with secure network communication. Predictive Maintenance: Collect and analyze machine performance data to predict potential failures, minimizing downtime and maintenance costs. IoT and Smart Infrastructure: Integrate sensors and devices for remote monitoring, data logging, and control through Modbus, MQTT, or cloud platforms like Arduino Cloud. Environmental and Energy Monitoring: Monitor temperature, humidity, and power consumption across industrial facilities or renewable energy installations. Process Control and Automation Labs: Use in educational or R&D environments for developing and testing control systems, industrial communication, and automation protocols. Embedded Control Systems: Implement lightweight, real-time embedded control solutions in compact applications such as packaging machines or smart devices.

Official Arduino Opta WiFi The Official Arduino Opta WiFi is a compact and robust micro-PLC designed for secure and scalable industrial automation with built-in WiFi connectivity. Developed in collaboration with Finder, a renowned name in industrial and building automation, this device is ideal for professionals looking to implement real-time control, monitoring, and predictive maintenance in their systems. Powered by a high-performance STM32H747XI dual-core Cortex-M7 + M4 MCU, the Opta supports a versatile range of programming environments, including the Official Arduino IDE as well as IEC-61131-3 standard PLC languages like Ladder Diagram (LD), Function Block Diagram (FBD), and more. Its industrial-grade security features include an onboard secure element with X.509 standard compliance and support for over-the-air (OTA) firmware updates, ensuring data integrity from hardware to cloud. With its easy integration into the Arduino ecosystem and wide library support, the Arduino Opta WiFi simplifies deployment while maintaining the reliability and flexibility demanded by professional automation engineers. Features: Quick Software Development: Leverage ready-to-use Official Arduino sketches, tutorials, and libraries for rapid prototyping and deployment. PLC Language Support: Compatible with IEC 61131-3 standard PLC languages, including LD, FBD, SFC, ST, and IL. Fieldbus Integration: Supports Modbus TCP (Ethernet) and Modbus RTU (RS485) for seamless industrial communication. Versatile Connectivity: Built-in Ethernet, Wi-Fi, and Bluetooth® Low Energy for flexible IoT integration. Remote Monitoring : Real-time system insights via Arduino Cloud dashboards or third-party platforms. Robust Security: Hardware-level protection with onboard secure element and X.509 standard compliance. OTA Firmware Updates: Secure over-the-air updates and cloud-based device management capabilities. High-Power Relay Output: Features 4 relays with 2.3 kW switching capacity for demanding loads. Industrial Reliability: Backed by Finder’s switching technology and industrial-grade certifications. Easy Installation: DIN rail compatibility ensures straightforward and standardized mounting. Arduino Opta WiFi Pinout: