CAN Protocol Self Learning Kit v2

Advance your CAN Bus learning with the CAN Self-Learning Kit V2. Designed for intermediate users to explore multi-node CAN 2.0A/2.0B communication and network analysis.

CAN Bus Simplified

Deep Learning

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See this product in action:

Node-to-Node CommunicationInteractive Remote I/O ControlAdvanced Fault & Error InjectionBidirectional Traffic AnalysisSystem Load Benchmarking

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CAN Protocol Self Learning Kit v2

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The CAN Self-Learning Kit V2 is designed for learners who want to go beyond the basics of CAN Bus communication. This version includes two configurable CAN nodes, enabling users to build and analyze more realistic CAN network topologies commonly found in automotive and industrial systems. With full support for CAN 2.0A and CAN 2.0B protocols, the kit allows users to configure baud rates, monitor message flow, apply filters, and perform multi-node communication testing. The included CAN to USB interface and intuitive GUI tools make it easy to visualize CAN traffic and understand arbitration, message IDs, and error handling. Version 2 is ideal for engineering students, embedded developers, and professionals seeking practical experience in CAN network diagnostics, fault analysis, and real-world automotive communication scenarios.

Technical Specifications

Kit Contents

CAN Nodes (2 Configurable)

CAN Bus to USB Converter

USB Cables

USB 3.0 Hub

Connecting wires & jumpers (removable)

Termination adapter (optional)

Technical Specifications

Power Supply: Powered through USB
PC Communication: Compatible with USB 2.0
Inputs: Digital – 8; Analog – 4
Outputs: Digital – 8; Analog – 2
CAN Communication: On-board CAN bus connection, 3-pin each
Baud Rate - CAN Bus: Supports up to 1 MBPS
Communication Mode: Bidirectional
CAN Bus Version Support: Compliant with CAN Specifications 2.0A and 2.0B
Indicators: LEDs for configuration, digital & analog output
Operating Condition: Operating temperature range from -20 to 85 °C

Key Features

GUI – Unimod (configuration software) and CAN Bus application

Inbuilt debugger for custom C code development and debugging

GUI-based CAN configurations including baud rate, filters, message IDs, and analog & digital I/Os

Applications

CAN bus fault testing

CAN 2.0A and CAN 2.0B monitoring

CAN bus learning and hands-on practice

CAN bus network analysis and troubleshooting

USE CASES

Helping Your Business

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Node-to-Node Communication

2 Configurable Nodes

Bidirectional mapping

Physical layer diagnostics

Up to 1 MBPS logging

Extreme temperature ready

Node-to-Node Communication

Experience true peer-to-peer network dynamics. Utilize both configurable nodes to exchange CAN 2.0A/B messages, observing real-time arbitration, frame acknowledgments, and traffic collision avoidance.

Network Architecture →

Interactive Remote I/O Control

Trigger an action on one node based on inputs from another. Map the 8 digital inputs of Node A to toggle the 8 digital outputs of Node B across the CAN bus, replicating real-world decentralized control systems.

Advanced Fault & Error Injection

Intentionally introduce wiring faults or remove the optional termination adapter between the two nodes to observe error frame generation, bus-off states, and network recovery mechanisms.

Bidirectional Traffic Analysis

Leverage the included USB hub and CAN to USB converter to sniff traffic passing between the two active nodes. Use the Unimod GUI to filter messages by ID and analyze raw payload data.

System Load Benchmarking

Saturate the local bus by configuring both nodes to broadcast data at high frequencies. Test system robustness and throughput stability in environments ranging from -20°C to 85°C.

Benchmarking Solutions →

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FAQs CAN Protocol Self Learning Kit v2

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What is the CAN Self Learning Kit (Version 2)?

Version 2 of the CAN Self Learning Kit is designed for users who want hands-on experience with CAN communication using two configurable CAN nodes for real network interaction.

What is the main difference between Version 1 and Version 2?

Version 2 includes two configurable CAN nodes, allowing users to create a complete CAN network and observe message transmission between nodes.

Who should choose Version 2?

This version is ideal for engineering students, trainers, and professionals who want practical experience with multi-node CAN communication.

Does Version 2 support CAN bus fault testing?

Yes, with two nodes available, users can simulate communication faults, baud rate mismatches, and message filtering scenarios.

Which CAN standards are supported?

The kit supports both CAN 2.0A and CAN 2.0B standards.

Is software included with the kit?

Yes, the kit includes GUI-based configuration and CAN monitoring software for easy setup and learning.

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