Arduino Portenta Max Carrier Development Board - ABX00043
| ARDUINO PORTENTA MAX CARRIER | | Development Board (ABX00043) | | 🎯 Purpose | Industrial / Edge Computing Platform | 📌 Compatible Portenta | Portenta H7 & Portenta X8 SOMs | 🔌 Power Options | 6–36 V DC or 3.7 V Li‑ion battery |🌐 Wired Connectivity | Gigabit Ethernet RJ45 | 📶 Wireless Options | LoRa®, CAT‑M1 / NB‑IoT modules | 💽 Storage | microSD card slot |🔌 Peripheral Ports | 2× USB‑A, FD‑CAN (RJ11), mPCIe, | | | RS232/422/485 (RJ12) |🔊 Audio I/O | Line‑in, line‑out, mic‑in & speaker | 🛠 Debug Support | Onboard JTAG debugger (USB‑micro) | 🔧 Mounting & Form | ~101.6 × 101.6 mm (rugged design) |🌡️ Operating Temp | –40 °C to +85 °C |
🔑 Core Features & Capabilities
🧠 Transforms Portenta Modules into Industrial Platforms
The Portenta Max Carrier provides a reference platform for building advanced systems by exposing the rich peripheral sets of Portenta H7 or Portenta X8 modules via high‑density connectors — making it easy to prototype edge AI, controls, or automation systems.
🔌 Connectivity & Interfaces
🌐 Network & Communication
Gigabit Ethernet (RJ45): High‑speed wired networking for reliable data transfer in industrial systems.
LoRa® & Cellular (CAT‑M1/NB‑IoT): Connect low‑power IoT devices over wide areas using Murata CMWX1ZZABZ‑078 (LoRa®) and u‑blox SARA‑R412M‑02B modules for cellular connectivity.
FD‑CAN (RJ11): Industrial field bus support for automotive or machinery communication.
Serial RS232/422/485: Traditional industrial serial protocols for legacy devices.
🔌 Peripheral & Expansion Connectors
2× USB‑A ports for peripherals like keyboards, storage, or modems.
mini‑PCIe slot: Add modules such as Wi‑Fi, GNSS, AI accelerators, or additional cellular modems.
microSD slot: Local storage for logs, data caching, or boot images.
Audio jacks: Stereo line‑in, mic‑in, and line‑out plus speaker connections for multimedia or monitoring systems.
🔋 Power Options
External supply: 6 V to 36 V DC input — ideal for industrial power systems.
Onboard battery support: 18650 Li‑ion connector with integrated charger (3.7 V) for backup or mobile operation.
🛠 Development & Debugging
Onboard JTAG debugger (via micro‑USB) simplifies low‑level firmware debugging when paired with compatible Portenta modules such as Portenta H7.
This makes debugging firmware and boot sequences much easier during prototyping and testing phases.
🌍 Typical Use Cases
The Max Carrier board is suitable for demanding environments and advanced systems, such as:
✔ Industrial automation & PLC replacement – connecting sensors, motors, actuators, and field devices.
✔ Edge AI controllers – run local AI inference with input from sensors and cameras.
✔ Robotics & autonomous systems – robust comms, CAN networks, and sensor fusion.
✔ Smart building systems – integrate HVAC, security, and analytics over Ethernet or LoRa®/cellular.
✔ IoT gateways – aggregate data from LoRa® sensors and transmit via wired or cellular networks.
📊 Technical Snapshot (At a Glance)
| Category | Detail |
|---|---|
| Connectors | USB‑A ×2, Gigabit Ethernet RJ45, FD‑CAN RJ11, mini‑PCIe, RS232/422/485 RJ12 |
| Wireless | LoRa® (Murata), Cat‑M1/NB‑IoT (u‑blox) |
| Power | 6–36 V external, 18650 Li‑ion battery support |
| Debug | Onboard JTAG via micro‑USB |
| Storage | microSD slot |
| Temp Range | –40 °C to +85 °C |
| Size | ~101.6 × 101.6 mm |
| (typical specs from product details) |
🧠 Why It Matters
The Portenta Max Carrier elevates Arduino’s Portenta family from development boards to industrial‑grade computing systems by integrating multiple communications, power options, and interfaces — helping engineers prototype, test, and deploy real‑world solutions faster without designing complex custom hardware.
