CAN Protocol Self Learning Kit v4

Master complex CAN Bus networks with the CAN Self-Learning Kit V4. Built for professionals to simulate multi-node CAN systems, advanced diagnostics, and embedded development.

CAN Bus Simplified

Deep Learning

Plug & Play

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See this product in action:

Complex Multi-Node SimulationMaster-Slave Architecture DevFirmware Integration TestingComprehensive Network TroubleshootingDistributed I/O Ecosystem

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1-year warranty Warranty Policy

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CAN Protocol Self Learning Kit v4

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The CAN Self-Learning Kit V4 is the most comprehensive and powerful version, designed for advanced learners and professionals working with complex CAN Bus networks. Featuring multiple configurable CAN nodes along with a programmable node, this kit enables full-scale CAN network simulation similar to modern automotive and industrial environments. With complete support for CAN 2.0A and CAN 2.0B protocols, users can perform advanced diagnostics, fault injection, network load testing, and custom firmware development. The kit supports GUI-based configuration, API access, and real-time CAN traffic analysis for professional-grade experimentation. Version 4 is ideal for automotive R&D teams, embedded system engineers, training institutions, and cybersecurity researchers looking to master CAN Bus communication, network behavior analysis, and advanced automotive embedded system development.

Technical Specifications

Kit Contents

CAN Nodes ( 2 Configurable & 1 Programmable )

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

Discover how this device can transform your daily operations.

Complex Multi-Node Simulation

3 Active Network Nodes

Custom C-Code Master

Inbuilt C debugger

Complete ecosystem visibility

24 DI / 12 AI Total Capacity

Complex Multi-Node Simulation

Build intricate network topologies using the 2 configurable and 1 programmable nodes. Analyze bus arbitration and latency when multiple ECUs compete to transmit data simultaneously on a 1 MBPS bus.

System Topologies →

Master-Slave Architecture Dev

Program the dedicated node to act as a central master ECU that polls the two GUI-configured slave nodes for their analog and digital I/O states, replicating modern automotive network hierarchies.

Firmware Integration Testing

Safely test newly developed C code in a live, noisy network. Ensure your custom firmware on the programmable node does not disrupt the bidirectional traffic flowing between the two stable configurable nodes.

Comprehensive Network Troubleshooting

Use the included USB 3.0 Hub and PC converter to monitor a highly active, 3-node ecosystem. Track down intermittent faults, dropped frames, and wiring issues using the Unimod GUI application.

Distributed I/O Ecosystem

Create a heavily sensor-laden offline environment. Map data across all three nodes to manage complex logic, observing real-time LED indicator responses across a distributed, multi-device physical layer.

Distributed Systems →

FAQs CAN Protocol Self Learning Kit v4

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What is the CAN Self Learning Kit (Version 4)?

Version 4 is the most advanced CAN Self Learning Kit, featuring two configurable CAN nodes and one programmable CAN node for full-scale CAN network experimentation.

Who is Version 4 intended for?

This version is ideal for professionals, R&D engineers, training institutes, and advanced learners working on real-world CAN network analysis and testing.

What learning advantages does Version 4 offer?

With three CAN nodes, users can build complex CAN networks, test message arbitration, simulate faults, and develop custom CAN applications.

Does this kit support CAN diagnostics and troubleshooting?

Yes, Version 4 is well suited for CAN diagnostics, fault injection, message filtering, and network analysis.

Is the kit compatible with CAN 2.0A and 2.0B?

Yes, the kit is fully compliant with CAN 2.0A and CAN 2.0B specifications.

Is technical support available after purchase?

Yes, TEK DEPO provides technical support, setup guidance, and software assistance for all kit versions.

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