CAN / CAN FD network engineering
Bus architecture review, trace analysis, timing and load investigation, filtering strategy, and communication fault isolation.
Automotive network engineering software
IX CAN Tool
Trace, decode, transmit, diagnose, replay, plot, and automate CAN and CAN FD workflows from one focused desktop workspace.
CAN & CAN FDDBC workflowsUDS diagnosticsEngineering automation
01Live measurement
Multi-bus trace, filtering, DBC decode, logging, and bus-health evidence.
02Controlled stimulation
Manual, periodic, CAN FD, traffic-generation, and armed RTR workflows.
03Diagnostic depth
UDS requests, DTC workflows, ECU sessions, scripting, replay, and analysis.
Built from real bench workflows
One engineering workspace from first frame to finding.
IX CAN Tool combines the daily network tasks that usually become separate utilities. Capture evidence, inspect timing, decode signals, construct frames, replay logs, run diagnostics, and preserve the work as a repeatable project.
Live trace
See the bus as traffic, timing, and engineering meaning.
Work with identifiers and bytes when you need raw evidence, then enable DBC decoding, named filters, pinned signals, and logging without losing the original stream.
View all product capabilities →Automotive consulting
Engineering help for difficult vehicle-network problems.
UDS and ECU diagnostics
Diagnostic session, DID, DTC, reset, transport-layer, and test workflow support for ECU development and validation.
DBC and signal engineering
DBC creation, review, cleanup, signal scaling, endianness, multiplexing, value tables, and database consistency checks.
Automotive knowledge
Practical notes for engineers working close to the bus.
CAN Bus Basics for ECU Engineers
A practical explanation of identifiers, arbitration, frames, bit rates, bus load, and the first checks to make when a vehicle network misbehaves.
Read articleUnderstanding DBC Files and Signal Decoding
How DBC databases map raw CAN payloads into engineering values, and how to avoid common scaling, byte-order, and multiplexing mistakes.
Read articleUDS Diagnostics: A Practical Engineering Guide
A grounded introduction to diagnostic sessions, DIDs, DTCs, ECU reset, ISO-TP, response codes, and safe bench testing.
Read articleDiscuss your requirement
Bring the trace, the DBC, or the ECU problem.
Start with a concise engineering review. We will clarify the network, evidence, constraints, and the smallest useful next step.