Official Arduino Portenta Hat Carrier Development Board - ASX00049 - Buy Online in India

Package Includes:

• 1 x Official Arduino Portenta Hat Carrier Development Board

Specifications:

1. How to connect the Arduino Portenta Hat Carrier Development Board to a Portenta module?

You can attach the Portenta module to the Arduino Portenta Hat Carrier Development Board by precisely aligning the dual row of headers and applying even pressure until fully seated. This setup provides full access to I/O pins and enables expansion capabilities for prototyping projects. Always verify the orientation before connecting to avoid damaging the pins.

2. How to power the Portenta Hat Carrier Board for reliable operation?

The Portenta Hat Carrier Board can be powered through the USB-C port for development or by supplying a regulated 5V/12V source to the VIN terminal block. This proper power delivery ensures stable operation for connected sensors, actuators, and peripheral devices, with onboard regulation protecting the Portenta module from voltage fluctuations.

3. How to use the Portenta Hat Carrier Board for prototyping IoT applications?

You can connect sensors, relays, and displays to the Arduino Portenta Hat Carrier Board using its accessible GPIO, I2C, SPI, and UART interfaces via screw terminals and pin headers. This makes it ideal for developing IoT, automation, and smart system prototypes that require reliable signal routing and modular integration.

4. How to program circuits using the Arduino Portenta Hat Carrier Board?

Once the carrier board is connected to a Portenta module, you can use the Arduino IDE to upload sketches directly over USB-C. This allows you to test, debug, and iterate on your circuit logic efficiently, accelerating development for your Arduino prototype board projects with real-time feedback and seamless firmware updates.

5. How to expand connectivity with the Portenta Hat Carrier Board?

The Arduino Portenta Hat Carrier Development Board supports stacking with additional shields and modules via its standard footprint and breakout headers. You can integrate GNSS, Wi-Fi, or LoRa extensions to enhance the functionality of your prototypes, enabling long-range communication, location tracking, or wireless connectivity in remote deployments.

6. How to integrate sensors and actuators with the Portenta Hat Carrier Board?

Using the built-in I/O pins on the Portenta Hat Carrier Board, you can connect analog sensors like temperature probes, digital inputs such as limit switches, and output devices including relays or motor drivers. This flexible integration supports a wide range of industrial and IoT applications requiring mixed-signal interfacing.

7. How to troubleshoot issues on the Arduino Portenta Hat Carrier Development Board?

You should check connections between the Portenta module and the carrier board for proper seating and continuity, verify power supply voltage and current capacity, and ensure your Arduino IDE libraries are up to date. A proper setup ensures the Arduino Portenta Hat Carrier Board operates reliably during prototyping and development, minimizing intermittent faults and communication errors.

Documentation

1. Schematics
2. Datasheet

For the full technical documentation, tutorials and much more, visit Arduino Docs

1. What is the Arduino Portenta Hat Carrier Development Board used for?

The Arduino Portenta Hat Carrier Development Board expands the functionality of Portenta X8 and other Portenta boards by enabling compatibility with Raspberry Pi HATs. You can use it to accelerate prototyping and integrate off-the-shelf expansion modules into your projects. It bridges the Arduino and Raspberry Pi ecosystems for greater hardware flexibility.

2. How does the Portenta Hat Carrier Board support Raspberry Pi HATs?

This board features a standard 40-pin Raspberry Pi connector, allowing you to plug in and use Raspberry Pi HATs like sensor modules, displays, and communication boards directly with your Portenta setup. You get seamless signal mapping and power delivery without additional adapters. It simplifies hardware integration for rapid development.

3. Which Portenta boards are compatible with the Hat Carrier?

The Official Arduino Portenta Hat Carrier Development Board – ASX00049 is designed to work with the Arduino Portenta X8 and Portenta H7. You can securely mount either board for full access to all interfaces. It’s engineered for plug-and-play compatibility within the Arduino Pro ecosystem.

4. What connectivity options does the Hat Carrier Board provide?

The board includes USB ports, Ethernet, HDMI, CAN bus, microSD, and camera interfaces, giving you extensive peripheral support. You can connect high-speed data devices, storage, and vision systems for complex applications. This makes it ideal for advanced IoT and industrial projects.

5. Can I use the Portenta Hat Carrier Board for industrial or AI applications?

Yes, when paired with the Portenta X8, this carrier enables powerful AI edge computing, automation, and data acquisition systems. You can run Linux and leverage AI frameworks while connecting industrial sensors via HATs or CAN. It’s perfect for scalable, high-performance industrial or AI applications.

6. How do I program the Portenta Hat Carrier Board setup?

Attach your Arduino Portenta board to the carrier and connect it to your computer via USB. You can then use the Arduino IDE, Arduino Pro tools, or Linux-based environments to develop, upload, and debug code. Full access to all pins and interfaces ensures seamless programming and testing.

7. What power supply options are supported by the Hat Carrier Board?

The board can be powered through the USB-C connector or an external power source, offering flexibility for different project needs. You can run low-power IoT systems or high-demand industrial setups with stable power delivery. This adaptability supports both portable and fixed installations.

8. Why should I choose the official Arduino Portenta Hat Carrier Board?

The official Arduino Hat Carrier Board guarantees full compatibility, rigorous testing, and long-term support from the Arduino team. You benefit from reliable performance, hardware stability, and seamless integration into professional workflows. It’s the best choice for developers who need scalable, production-ready solutions.

Warranty Coverage:

This product comes with a 1-year manufacturer warranty from the date of purchase, covering manufacturing defects only.

Warranty Void If:

The product shows signs of physical damage, mishandling, exposure to water/moisture, fire, natural calamities, unauthorized repairs, improper storage near heat or direct sunlight, or alteration in any way.

Shipping Policy

• All orders confirmed before 3:00 PM IST are shipped the same day, barring rare pickup delays on holidays or disturbances.
• Delivery time in Metro cities is 1–3 days; for other locations, it is 3–7 days. Delivery varies based on location and courier service.

Return & Refund Policy

• Return window: 7 days from receipt unless stated otherwise.
• No refunds or replacements after the return window.
• Returns are accepted only for non-working or damaged products.
• Initiate return requests via a Support ticket or contact us at +91-8123057137.
• Refunds are processed within 3–4 working days after inspection and approval.