Official Arduino Edge Control Development Board The Official Arduino Edge Control Development Board is a powerful solution for deploying intelligent automation in remote or outdoor environments. Designed specifically for smart agriculture and industrial automation, this rugged board can be positioned virtually anywhere, thanks to its flexible power options including solar panels or DC input. The Arduino Edge Control Board supports real-time monitoring and control of connected sensors and actuators, enabling automation tasks such as irrigation, fertilization, and pest control. With built-in Bluetooth and expansion support for various communication protocols (2G/3G/CatM1/NB-IoT, LoRa, Sigfox, WiFi), it provides seamless integration with the Arduino Cloud or third-party platforms for remote operation. Tailored for precision farming, the system can collect data on weather, soil, and crop growth, which can be transformed into actionable insights—boosting crop quality, reducing risks, and enhancing operational efficiency. The Arduino Edge Control is a cornerstone for any modern Arduino for smart agriculture or Arduino industrial automation setup. Applications: Automated Greenhouses Automatically control humidity and temperature for optimal crop growth, reduced carbon emissions, and higher yields. The Arduino MKR GPS Shield enables efficient crop rotation and geospatial data collection. Hydroponics & Aquaponics Maintain precise conditions for soil-free plant growth using the Arduino Edge Control with minimal manual input. In aquaponics, it ensures stable internal conditions, lowering production risks. Mushroom Cultivation Ensure ideal humidity and temperature for mushroom growth using Arduino Edge Control’s advanced sensors and ports, preventing unwanted fungi and enabling high-precision farming. Features: Precision farming and process automation. Improved yield and reduced production hazards. Data is available in both real time and historical formats. Monitors environmental conditions. Solar panels can provide power. Easy to install. Connect effortlessly to sensors and devices. Operates in both hot and low temperatures. Variety of connectivity options. Supports TensorFlow Lite mini for small machine learning applications. Arduino Edge Control Pinout Diagram:

Official Arduino Engineering Kit R2 with Arduino Nano The Official Arduino Engineering Kit Rev2 is a comprehensive hands-on educational tool designed to teach and reinforce key concepts in control systems, mechatronics, and programming with MATLAB and Simulink. The Arduino Nano kit includes all the necessary hardware and learning resources to build three innovative projects: a self-balancing motorcycle, a webcam-controlled rover, and a drawing robot. It is ideal for engineering students, educators, and hobbyists alike, offering structured online tutorials and step-by-step instructions that support both individual and collaborative learning—whether in classrooms or remote environments. Tailored for integration into academic curricula, the Arduino Engineering Kit Rev 2 fosters experimentation and creativity while helping learners build strong foundational and advanced engineering skills. With its blend of theory and practical application, the stem kit provides a robust platform for future engineers to explore, experiment, and excel. Features: Project-based Learning: Teach control systems, mechatronics, and MATLAB/Simulink programming. Versatile Use: Ideal for students aged 18 and up, and ideal for both classroom and remote instruction. Customizable content: Detailed tutorials can be tailored to a variety of educational needs. Three Engaging Projects: Create a Drawing Robot, Webcam-Controlled Rover, and Self-Balancing Motorcycle using video instructions. Comprehensive Hardware: Includes the official Arduino Nano 33 IoT, motors with encoders, a USB webcam, and mechanical components. Free Software Trial: Includes a 12-month trial license for MATLAB, Simulink, and various add-ons.

Official ARDUINO Ethernet SHIELD 2 The Official Arduino Ethernet Shield 2 is the ideal solution for connecting your Arduino board to the internet with ease and speed. Designed to integrate seamlessly, this shield simply plugs onto your Arduino board and connects via an RJ45 Ethernet cable (not included). Powered by the reliable W5500 Ethernet controller with a built-in 32K buffer, it supports fast and stable 10/100Mb connections. Operating at 5V through the Arduino board's supply and using the SPI port for communication, it ensures efficient and reliable networking. True to Arduino’s open-source philosophy, all aspects of the hardware, software, and documentation are fully available, empowering makers and developers to learn, modify, and innovate freely. Whether you're building a smart device or an IoT application, the Ethernet Shield 2 offers a robust foundation to bring your project online. The Shield also incorporates a reset controller, which ensures that the W5500 Ethernet module is properly reset upon power up. Previous Shield iterations were incompatible with the Mega and required a manual reset after power-up. The current Arduino Shield has a Power over Ethernet (PoE) module that extracts power from a standard twisted-pair Category 5 Ethernet connection. The Shield features a conventional RJ45 Ethernet connection. The Shield's reset button resets both the W5500 and the Arduino board. The shield has a variety of information LEDs: ON: shows that the Board and Shield are powered. 13 is the Arduino standard built-in LED. The Shield flashes ACT when there is RX or TX activity, and LINK when a network link is active and data is transmitted or received. In this picture below we have tagged the yellow ACT, the green LINK, the 13 Built in LED and the ON LED. This shield also accommodates Tinkerkit-compatible connectors, as follows: TinkerKit connections for two Analog Inputs (white) are connected to A2 and A3. Two TinkerKit connectors for two Analog Outputs (orange in the middle) are connected to PWM outputs on pins D5 and D6. Two TinkerKit connectors for the TWI interface (white with four pins), one for input and the other for output. Features: Operating Voltage: 5V (powered directly from the Arduino board) Ethernet Controller: W5500 chip with an internal 32KB buffer for reliable data handling Connection Speed: Supports both 10Mb and 100Mb Ethernet connections Communication Interface: Connects to Arduino using the SPI (Serial Peripheral Interface) port

Official Arduino GIGA R1 WiFi Development Board The Official Arduino GIGA R1 WiFi is a powerful development board crafted for ambitious creators—whether you're a gamer, artist, engineer, or hobbyist with a big idea and a tight budget. Built with the same form factor as the Arduino Mega and Due, this board introduces cutting-edge capabilities with accessibility in mind. At its core lies a dual-core STM32H747XI microcontroller, featuring a Cortex®-M7 running at 480 MHz and a Cortex®-M4 at 240 MHz, allowing concurrent execution of Arduino and MicroPython. Wireless connectivity is seamlessly handled by the Murata 1DX module, supporting both Wi-Fi® and Bluetooth® and offering secure communication via the onboard ATECC608A crypto chip. Staying true to Arduino’s legacy, the GIGA R1 WiFi includes 4 UARTs, 3 I2C ports, 2 SPI ports, and 1 FDCAN, along with an impressive 76 GPIO pins, accessible from beneath the board. For expandability and versatility, it features a USB-A host port, USB-C programming and power port, JTAG, a 20-pin Arducam connector, and a 3.5mm audio jack. It also includes a VRTC pin for RTC battery backup and an OFF pin for power control. With a wide input voltage range of 6–24V and enhanced connectivity options, the Arduino GIGA R1 WiFi development board is ideal for advanced IoT, robotics, multimedia, and embedded applications. Features: Dual-Core Processor – STM32H747XI with Cortex®-M7 (480 MHz) and Cortex®-M4 (240 MHz) for parallel processing. Arduino + MicroPython – Run Arduino code on one core and MicroPython on the other. Wi-Fi and Bluetooth – Integrated Murata 1DX module for wireless connectivity. Secure Communication – ATECC608A crypto chip ensures encrypted data transfer. Mega/Due Form Factor – Compatible with existing shields and enclosures. Expanded I/O – 76 GPIO pins with extra headers for additional functionality. Multiple Interfaces – Includes 4 UARTs, 3 I2C, 2 SPI, and 1 FDCAN port. USB-A Host Port – Connect USB drives, keyboards, and mice directly. USB-C Port – For programming, powering, and HID device emulation. Audio Support – 3.5mm jack connected to DAC0, DAC1, and A7. Camera Connector – 20-pin Arducam interface for camera integration. JTAG Debugging – 2x5 1.27mm JTAG connector for advanced debugging. RTC Battery Backup – VRTC pin for connecting a backup battery. Power Control – OFF pin allows external shutdown of the board. Wide Voltage Range – Operates from 6V to 24V for flexible power options. Arduino GIGA R1 Wifi Pinout Diagram:

Official Arduino make your Uno Kit The Arduino Make Your UNO Kit offers a unique, hands-on experience for learning the fundamentals of electronics and soldering by guiding you through the assembly of your very own Arduino UNO board. This comprehensive Arduino kit includes all the necessary electronic components, PCBs, and mechanical parts to build not only a fully functional Arduino UNO but also an audio synthesizer shield. With detailed online instructions, video guides, and a 3D interactive viewer, this Arduino Uno kit is designed for beginners to confidently mount each component and then explore their creativity by programming the board and making music with the synth. Please note that soldering iron and solder are not included. Features: Build your own fully functional Arduino UNO board and a unique audio synthesizer shield from individual components Includes the ATmega328P microcontroller, a USB-C serial adapter board, plus all necessary resistors, capacitors, LEDs, potentiometers, and connectors for both projects. Specifically designed to introduce and develop soldering skills and a fundamental understanding of electronic circuits. Access a dedicated platform with detailed video tutorials, an interactive 3D assembly viewer, and programming instructions. The kit's packaging is creatively designed to be repurposed as a custom enclosure for your assembled audio synthesizer. Thoughtfully includes a selection of common spare components to aid the learning process and cover any mishaps. All necessary spacers, screws, and nuts are provided for a clean and sturdy final assembly of your projects.

Official Arduino MKR IoT Carrier Board The Official Arduino MKR IoT Carrier is an all-in-one solution designed to accelerate your IoT project development with ease and flexibility. With no soldering required, it comes equipped with integrated sensors, circuits, and a display, allowing you to jump straight into programming and prototyping. This carrier eliminates the need for complex wiring and troubleshooting, making it ideal for both beginners and professionals looking to build smart, connected devices quickly. Whether you're creating a weather station, a smart home controller, or an environmental monitor, the MKR IoT Carrier opens up endless possibilities in the world of Internet of Things. Features: Built-in Sensors: Includes temperature, humidity, pressure, light, and gesture sensors for diverse IoT applications Color OLED Display: Allows real-time data visualization directly on the device Capacitive Touch Buttons: Onboard buttons for user interaction without the need for extra components Grove Connectors: Enables easy expansion with additional sensors and modules RGB LEDs: For visual feedback and status indication Relay and MOSFET Outputs: Control actuators like motors, lights, or appliances directly from the board Built-in SD Card Reader: Log data locally for offline access and analysis Environmental Sensor Integration: Measure and monitor surrounding environmental conditions effortlessly Plug-and-Play for MKR Boards: Designed to pair seamlessly with Arduino MKR family boards Sturdy Design: Durable and compact form factor ideal for desktop or embedded projects

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 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 MKR Zero Development Board The Official Arduino MKR Zero Development Board combines the powerful features of the Arduino Zero with the compact and versatile MKR form factor, making it ideal for creative and educational projects alike. Designed around Atmel’s SAMD21 microcontroller, it features a 32-bit ARM Cortex M0+ core that enables efficient and robust 32-bit application development. This Arduino board is especially useful as a learning tool for developers exploring the world of modern embedded systems. One of its standout features is the onboard SD card connector with a dedicated SPI1 interface, allowing users to play and manage music files without the need for additional hardware. The MKR Zero development board is powered via micro-USB or a LiPo battery, offering flexibility in power management, and includes a built-in battery monitoring feature through an analog connection, adding further convenience for portable projects. NOTE: Unlike most Arduino and Genuino boards, the MKRZero operates at 3.3V. The highest voltage that the I/O pins can withstand is 3.3V. Applying voltages greater than 3.3V to any I/O pin may destroy the board. Features: Processor: Powered by the 32-bit Arm® Cortex®-M0+ SAMD21 microcontroller Operating Voltage: 3.3V low-power operation for energy-efficient projects Clock Speed: Runs at 48 MHz for smooth performance Memory: 256 KB of Flash memory, 32 KB of SRAM Input/Output Capabilities: 22 digital I/O pins, 12 analog input pins, 1 analog output (DAC) Audio Output: Integrated digital-to-analog converter (DAC) for audio features Communication Interfaces: Supports I2C, SPI, UART, and CAN bus protocols Storage Expansion: Onboard microSD card slot for logging or media storage Connectivity Support: Compatible with shields and external modules like the MKR WiFi 1010 for wireless communication Power Options: Can be powered via micro-USB or a LiPo battery using the JST connector Battery Monitoring: Built-in battery voltage monitoring through analog interface Form Factor: Compact MKR design ideal for space-constrained or portable projects Arduino MKR Zero Pinout Diagram:

Official Arduino MKR2UNO Adapter The Arduino MKR2UNO Adapter is a straightforward MKR to UNO adapter designed to help you transition projects based on the Arduino UNO form factor to an MKR board, particularly the MKR1000. This Arduino UNO adapter allows you to leverage the capabilities of MKR boards, such as their integrated LiPo battery charger, within your existing UNO-compatible setups. As a direct form factor Arduino MKR board adapter, it's important to note that the MKR2UNO Adapter does not perform any voltage translation, so careful consideration of shield compatibility is necessary. Note: Please keep in mind that the MKR2UNO is just a form factor adapter and so is NOT present any voltage translation. Be careful before connecting a shield since shield without IOREF level shifting capability may not work properly. Features: Adapts MKR boards (e.g., MKR1000) to the Arduino UNO shield footprint Provides 3.3V operating voltage, typical for MKR boards Offers 14 digital I/O pins and 6 analog input pins in UNO layout No onboard voltage level shifting for I/O signals Supports 7-12V recommended input voltage for powering the MKR board