The Arduino HAT Carrier Board is a versatile expansion board that transforms your Portenta system-on-module (SoM) into a robust industrial platform compatible with Raspberry Pi® HATs. Ideal for applications in robotics, building automation, and machine vision, this carrier board offers a seamless integration of analog and digital functionalities.
What Are the Key Features of the Arduino HAT Carrier Board?
The Arduino HAT Carrier Board boasts a range of features designed to enhance the capabilities of your Portenta SoM:
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Raspberry Pi® HAT Compatibility: The 40-pin header allows you to connect a variety of Raspberry Pi® HATs, expanding your project’s functionality.
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Comprehensive Connectivity: Includes Gigabit Ethernet (RJ45), USB-A, CAN FD with onboard transceiver, MIPI camera connector, and microSD card slot.
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Analog I/O Expansion: Offers 16-pin analog header connectors, including 8x analog inputs, 1x GPIO, 1x UART without flow control, 2x PWM pins, and 1x LICELL pin for Portenta’s RTC power.
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Power Options: Supports power input via onboard screw terminal block (7-32V), USB-C on Portenta, or 5V on 40-pin header connector.
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Debugging and Thermal Management: Features an onboard 10x pin 1.27mm JTAG connector for debugging and a PWM fan connector to manage heat under intense workloads.
Which Portenta Models Are Compatible with the HAT Carrier Board?
The Arduino HAT Carrier Board is compatible with several Portenta models:
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Portenta X8: A high-performance SoM running Linux, ideal for industrial applications.
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Portenta H7: Features a dual-core Arm® Cortex®-M7 and Cortex®-M4, suitable for real-time applications.
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Portenta C33: Equipped with a Renesas Arm® Cortex® M33 MCU, designed for cost-effective, real-time applications.
These models can be seamlessly integrated with the HAT Carrier Board to leverage its full potential.
How Does the Arduino HAT Carrier Board Facilitate Industrial Applications?
The Arduino HAT Carrier Board is tailored for demanding industrial environments:
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Building Automation: Monitor environmental parameters such as temperature, air quality, and CO₂ levels in real time, and manage systems like heating, ventilation, and purification remotely.
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Robotics and Motion Control: Utilize the CAN FD interface and analog I/Os to control actuators and read sensors, enabling precise motion control.Machine Vision: Connect a camera via the MIPI interface to develop machine vision solutions, enhancing automation processes.
These applications benefit from the carrier board’s robust design and extensive connectivity options.
What Are the Dimensions and Operating Conditions of the HAT Carrier Board?
The Arduino HAT Carrier Board is designed to withstand challenging conditions:
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Dimensions: 85 mm x 56 mm (3.35 in x 2.6 in).
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Operating Temperature: -40°C to +85°C (-40°F to 185°F), ensuring reliability in extreme environments.
These specifications make the carrier board suitable for a wide range of industrial applications.
Buying Tips
When selecting the Arduino HAT Carrier Board, consider the following:
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Compatibility: Ensure your Portenta model is compatible with the carrier board.
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Power Requirements: Verify that your power supply meets the input specifications of the carrier board.
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Peripheral Needs: Assess the connectivity options required for your application, such as Ethernet, USB, or CAN FD.
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Environmental Conditions: Consider the operating temperature range to ensure the carrier board performs reliably in your environment.
Fly-wing Technology (HK) Co., Limited has been a reliable source for electronic components since 2012. They specialize in sourcing hard-to-find and obsolete parts, offering competitive prices and efficient procurement cycles. With warehouses in Hong Kong and a global supplier network, they provide quality components to meet diverse needs.
Electronic Components Expert Views
“The Arduino HAT Carrier Board bridges the gap between the Arduino and Raspberry Pi ecosystems, offering developers a versatile platform for industrial applications.“
FAQ
Q: What is the Arduino HAT Carrier Board?
A versatile expansion board that transforms your Portenta SoM into a robust industrial platform compatible with Raspberry Pi® HATs.
Q: Which Portenta models are compatible with the HAT Carrier Board?
Portenta X8, H7, and C33 models are compatible with the carrier board.
Q: What applications can benefit from the HAT Carrier Board?
Building automation, robotics, and machine vision applications can leverage the carrier board’s capabilities.
Q: What are the dimensions and operating conditions of the HAT Carrier Board?
The board measures 85 mm x 56 mm and operates within a temperature range of -40°C to +85°C.
Q: Where can I purchase the Arduino HAT Carrier Board?
The board is available for purchase on the official Arduino store and authorized distributors.
Arduino HAT Carrier Board enhances prototyping capabilities by seamlessly integrating Raspberry Pi HATs with Arduino Portenta System-on-Modules. Watch and learn all about their features, specs, applications, and more!
Arduino HAT Carrier Board
Arduino HAT Carrier Board, available from Mouser Electronics, enhances prototyping capabilities by seamlessly integrating Raspberry Pi HATs with Arduino Portenta System-on-Modules. Designed to interface effortlessly with various Portenta boards, it simplifies access to peripheral interfaces such as CAAN, USB, Ethernet, and microSD, among others. Featuring a high-density connector, it ensures compatibility with Portenta X8 and other Portenta boards. With its PWM fan connector, analog I/O control, and JTAG debug pins, it streamlines integration while aligning with the Model B form factor for compatibility with Raspberry Pi HATs. This modular interface allows easy access to peripherals, empowering diverse applications from IoT prototyping to industrial use cases like robot arm controllers and smart video surveillance systems when paired with a Portenta X8.
For more information, visit Mouser.com.
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