Projects using Altium Designer in Melbourne

Projects using Altium Designer in MelbourneProjects using Altium Designer in Melbourne

Cover image for The CANaBUS ADC Carrier is

The CANaBUS ADC Carrier is a specialized ROS2 edge board designed as an Ethernet and UART carrier for the Jrk G2 18v27 USB Motor Controller. Powered by the Teensy 4.1, it provides high-speed processing and seamless integration for closed-loop motor control with feedback. 🛠️ Key Technical Features Controller Interface: Specifically designed to host and communicate with the Jrk G2 18v27 via dedicated UART channels (UART1/UART2) for precise motor commands. Ethernet Connectivity: Integrated RJ45 MagJack (J1B1211CCD) provides native 10/100 Mbps Ethernet for high-reliability ROS2 data streaming. 4-Channel ADC: Features four dedicated analog-to-digital converter channels accessible via Teensy pins, ideal for monitoring real-time sensor feedback or voltage differentials.

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Cover image for CANaBUS Mini Relay: ROS2 Edge

CANaBUS Mini Relay: ROS2 Edge Controller The CANaBUS Mini Relay is a compact, high-performance edge board powered by a Teensy 4.1. Designed for industrial ROS2 applications, it combines high-speed networking with robust load switching. 🛠️ Core Capabilities Quad Relay Output: 4x HF115F relays driven by AO3400 MOSFETs for controlling high-voltage devices via differential switching. Ethernet Connectivity: Integrated RJ45 MagJack for native high-speed ROS2 communication. 4x Analog Inputs (ADC): Utilizes available Teensy 4.1 pins to provide 4 ADC channels, essential for validating voltage differentials or sensor feedback in control loops. Industrial Power: Wide +9V to +30V DC input with LM2596S-5.0 buck regulation and TVS surge protection.

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Cover image for CANaBUS Mini: The Universal Marine

CANaBUS Mini: The Universal Marine Controller ⚓ The CANaBUS Mini is a professional-grade bridge that transforms conventional vessels into autonomous USVs. Housed in a rugged IP67 enclosure, it connects legacy marine electronics to modern autonomy stacks like ROS2 and ArduPilot. The Highlights: System Translator: Bridges marine CAN bus systems with Ethernet and Serial. Total Control: Manages engines, steering, and trim tabs via triple CAN interfaces. Real-Time Power: Built on Teensy 4.1 for high-speed, deterministic processing. Industrial Build: Waterproof, dust-tight, and ready for harsh sea conditions. The essential link for reliable, industrial-strength unmanned maritime operations.

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Cover image for Maximus: The Marine Autonomy Engine

Maximus: The Marine Autonomy Engine 🌊 Maximus is an enterprise-grade platform that packs an entire USV autonomy stack into one rugged, IP67 enclosure. It integrates a Raspberry Pi CM5, PixHawk Cube autopilot, and RTK GPS to eliminate multi-device complexity. Key Highlights: All-In-One: Replaces three devices with one high-performance board. Pro Precision: u-blox F9P delivers centimeter-level RTK accuracy. Marine-Ready: Triple CAN bus and Gigabit Ethernet for engine and sensor fusion. Flexible: Native support for ROS2, ArduPilot, and turnkey web interfaces. Streamline your marine robotics with production-ready simplicity.

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