Novellus Engineering’s CAN Devices provide engineers with powerful tools for monitoring, logging, and manipulating Controller Area Network (CAN) signals in automotive and industrial applications. From breakout boards and signal modifiers to advanced interfaces, our products ensure accurate data capture, seamless network diagnostics, and real-time testing capabilities. Whether you’re developing new vehicle systems, validating industrial controllers, or troubleshooting complex networks, our CAN solutions deliver precision, reliability, and performance.

Key Features:

• Real-time CAN data monitoring and logging

• Signal modification and simulation for testing

• Compatible with automotive and industrial networks

• Supports modern CAN FD and legacy CAN standards

 

CANALOG
A versatile CAN bus interface designed for capturing, monitoring, and logging data from complex networks. Ideal for automotive, industrial, and testing environments, CANALOG ensures accurate and reliable communication for engineers validating system performance under real-world conditions.

 

CANary BoB
A flexible breakout board for CAN networks, allowing engineers to isolate, monitor, and manipulate signals during development and testing. Perfect for debugging, prototyping, and troubleshooting complex CAN architectures, it helps reduce testing time and improve system reliability.

 

CANary FD BoB
An advanced CAN FD breakout board that supports faster data rates and larger payloads required by modern automotive and industrial networks. Enables precise signal monitoring and modification, helping engineers validate next-generation CAN FD systems efficiently and accurately.

 

CAN Signal Modifier
Modifies and manipulates CAN signals in real-time to test network behavior under different scenarios. It’s ideal for system validation, troubleshooting, and performance optimization, allowing engineers to replicate real-world conditions in a controlled environment.

 

Ethanol Analyzer
A high-precision analyzer for measuring ethanol content in fuel systems. Provides reliable readings that support engine performance optimization, emissions compliance, and fuel system diagnostics, helping engineers and developers make informed decisions for vehicle and industrial applications.

 

TCAN
A robust central controller for CAN-based test systems, supporting multiple input/output signals and real-time data analysis. It simplifies complex testing workflows, enabling engineers to monitor, control, and troubleshoot networks efficiently while ensuring accurate results across various applications.

 

TriCAN v1
A compact and reliable CAN interface designed for efficient data acquisition and network testing in automotive and industrial environments. TriCAN v1 simplifies the connection to multiple CAN nodes and enables detailed logging, making it ideal for development, testing, and validation projects.

 

TriCAN v2
The enhanced version of TriCAN v1, offering expanded capabilities, higher data throughput, and improved signal integrity. Designed for modern automotive and industrial networks, TriCAN v2 allows engineers to capture, analyze, and validate CAN traffic under demanding operational conditions with confidence.