Our Technology

Here you’ll find a more technical overview of the foundations behind our tools and the technologies we support. This page is intended for engineers, architects, and technical decision-makers who need detailed insight into our approach and standards compliance.

Time-Sensitive Networking Fundamentals

Time-Sensitive Networking (TSN) is a set of IEEE standards that brings deterministic capabilities to Ethernet-based networks. It enables synchronized, low-latency, and highly reliable communication for safety- and time-critical applications.

Key Concepts Covered:
- Deterministic communication
- Traffic shaping and scheduling
- Time synchronization
- Fault tolerance and redundancy

Supported Standards and Protocols

Our platform supports a comprehensive set of TSN-related standards. This allows users to model and test systems under real-world timing and bandwidth constraints with high fidelity.

Standards Include:
- IEEE 802.1Qbv, Qcc, Qbu, Qch
- IEEE 802.1AS
- IEEE 802.3 (Ethernet)

Simulation Methodology

We simulate system behavior at nanosecond resolution, capturing how queues build, how delays accumulate, and how schedulers interact across network nodes. This helps uncover timing issues before physical prototypes are built.

Methods Used:
- Discrete-event simulation
- Traffic class analysis
- Statistical modeling for best/worst-case latency

Toolchain Integration

Our tools are built to integrate easily into existing development environments. Whether through API access, data exports, or visual interfaces, TCN supports multiple workflows from research to production.

Integration Options:
- JSON/XML exports
- Python and C++ APIs
- GUI-based visualization and reporting
- Optional cloud deployment for scalability

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