CAN Protocol Self Learning Kit v3

Learn advanced CAN Bus concepts with the CAN Self-Learning Kit V3. Ideal for hands-on CAN diagnostics, programmable node development, and real-world network simulation.

CAN Bus Simplified

Deep Learning

Plug & Play

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See this product in action:

Custom C-Code Firmware DevelopmentHybrid Node InteractionProgrammable I/O ProcessingProprietary Protocol WrappingAdvanced Network Diagnostics

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Globally shipping available Shipping Policy

1-year warranty Warranty Policy

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CAN Protocol Self Learning Kit v3

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The CAN Self-Learning Kit V3 is an advanced training solution that introduces programmable CAN nodes alongside configurable nodes, enabling deeper exploration of CAN Bus communication and embedded development. This kit allows users to write, upload, and debug custom CAN applications while simultaneously monitoring live CAN traffic. Supporting both CAN 2.0A and CAN 2.0B standards, Version 3 empowers learners to experiment with custom message generation, filtering, error frame detection, and network simulation. The included CAN software tools and SDK support make it suitable for developing custom GUIs and applications. This version is ideal for embedded engineers, automotive developers, and professionals working on CAN-based systems who want hands-on experience in CAN firmware development, diagnostics, and advanced network troubleshooting.

Technical Specifications

Kit Contents

CAN Nodes (1 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

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Custom C-Code Firmware Development

Inbuilt hardware debugger

1 Configurable + 1 Programmable

Custom analog processing

Beyond standard CAN

Deep error tracking

Custom C-Code Firmware Development

Transition from theory to engineering. Use the kit's programmable node to write, deploy, and execute custom C code logic, utilizing the inbuilt debugger to step through your firmware line-by-line.

Firmware Tools →

Hybrid Node Interaction

Test custom logic against a known, stable baseline. Configure the standard node via the Unimod GUI to act as a master controller, and program the second node to respond with custom algorithms.

Programmable I/O Processing

Read data from the 4 analog inputs and apply your own digital filtering or PID control algorithms in C before packaging the processed metrics into CAN 2.0B extended frames.

Proprietary Protocol Wrapping

Leverage the programmable node to build and test higher-layer protocols (like simulated J1939 or CANopen) on top of the base CAN standard, expanding your hands-on engineering capabilities.

Advanced Network Diagnostics

Program the customizable node to intentionally transmit malformed packets or ignore acknowledgments, creating complex fault scenarios to train diagnostic software via the CAN Bus to USB converter.

Diagnostic Training →

Niche Upskilling