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Advanced Solutions

For validating and exploring next-generation in-vehicle and industrial networks — built on deep expertise in Ethernet system design, timing architectures, and embedded control.

BACKGROUND

Built on Deep Networking Expertise

At Omnitrx, we deliver advanced solutions for validating and exploring next-generation automotive and industrial networks. As a spin-off from Comcores, we draw on deep experience in Ethernet system design, timing architectures, and embedded control to build test platforms that combine determinism, interoperability, and real-world robustness.

Our technology is built around Time-Sensitive Networking (TSN), Automotive Ethernet, Industrial Ethernet, and multi-bus gateways — enabling engineers to test both modern vehicle architectures and demanding industrial automation environments with the same precision and reliability required in production systems.

Whether the application is an automotive bench, a factory automation cell, a motion control system, or an IIoT gateway, Omnitrx provides a unified, software-configurable foundation for fast and reproducible validation — configurable as a switch, end-station, tap, aggregator, or gateway from a single hardware platform.

OMNITRX EXPERTISE

Core Technology Areas

Automotive Ethernet & TSN

Deterministic networking, synchronization, and validation across all major automotive Ethernet standards — 10BASE-T1S, 100/1000BASE-T1 — and the full suite of TSN protocols.

Industrial TSN Ethernet

TSN-based platforms for factory automation, motion control, and IIoT — delivering the sub-microsecond synchronization and deterministic forwarding that industrial applications demand.

Network Security

MACsec, HSM, authentication, and secure key management for trusted automotive and industrial network architectures.

FPGA & Embedded Engineering

Reconfigurable, high-performance data paths for validation. Real-time packet forwarding and timestamping handled in hardware — adaptable to both automotive and industrial use cases.

System Integration

Bridging Ethernet, CAN, LIN, CAN-FD, and timing domains for realistic mixed-network topologies across automotive and industrial environments.

Automation & Diagnostics

Faster debugging, monitoring, and validation workflows through REST API, CLI, and modular firmware packages — designed for both automotive bench and industrial lab automation.

OMNITRX CAPABILITIES

What Omnitrx Enables

Omnitrx provides a versatile hardware platform configurable through software licences to match a wide range of automotive and industrial Ethernet testing needs.

Flexible multi-interface operation
Configure the platform as a switch, gateway, end-station, zonal controller from the same hardware.
Deterministic Ethernet & TSN timing
Sub-microsecond synchronization, hardware timestamping, and accurate time distribution across mixed networks.
Legacy & modern bus interoperability
CAN, LIN, 10BASE-T1S, 100/1000BASE-T1, and 10/100/1000BASE-T coexisting on one board for realistic topologies.
Advanced timing capabilities
PPS in/out, full IEEE 802.1AS/ASds support, and high-precision clocking for TSN-grade validation.
Software ecosystem
GUI, APIs, diagnostic tools, and modular firmware packages aligned with automotive and industrial validation workflows.
Scalability
A single hardware platform supporting nine product configurations through software licensing as needs evolve.

OMNITRX VALUE TO YOU

Why engineers choose Omnitrx

Automotive & Industrial Ready

Hardware that mirrors real vehicle networks and industrial Ethernet topologies — not simplified approximations.

Software-Defined Flexibility

Switch, GW, end-station, tap, aggregator — enabled via licence. One platform, many roles across automotive and industrial use cases.

Expert Engineering Support

Guidance rooted in TSN & Ethernet expertise — from application engineers who understand both the automotive stack and industrial protocol requirements.

End-to-End Interoperability

Compatible with OEM, Tier-1, and industrial equipment ecosystems — tested across heterogeneous network setups in both domains.