KNX TP Telegram Visualiser

Other in Roskilde

Applications Used

Lighting

Heating, Ventilation & Air conditioning (HVAC)

Security and Safety

Operation and Visualisation

Energy Management/Smart Metering

Other

Automation and Remote Access

Blind and Shutter Control

Project Details

Category Value
Project Category Other
Project Type Other
Year of Completion 2026
Project Size 1 – 100
Number of KNX Devices Used 1 – 25
KNX Transmission Media Twisted pair
Man Hours 1 – 100
Man Power 1 – 5

Detailed Description

Energy Efficiency

The usage of automated functions already save energy in every installation. Especially the usage of KNX has a lot of potential for further energy savings, which can contribute to a better environmental footprint. Be extending KNX to more functions and applications, energy savings of up to 60% can be realised. Thanks to the flexibility of KNX, these functions can easily be implemented in this installation

Innovation

Smart homes and buildings are always an upgrade in comparison to a conventional installation. Not only automated functions and a higher level of comfort contribute to a higher living standard, but also the possibility to be ready for coming innovations. Thanks to the usage of KNX, the door has been opened to integrate new innovative solutions, using the worldwide STANDARD for home and building control.

Applications Used

  • Lighting
  • Heating, Ventilation & Air conditioning (HVAC)
  • Security and Safety
  • Operation and Visualisation - PC Visualisation, Web Servers
  • Energy Management/Smart Metering
  • Other
  • Automation and Remote Access
  • Blind and Shutter Control

Customers Description

This free, open-access web tool was created by a certified KNX Tutor to help Basic Course students visualise KNX TP telegram transmission, one of the most technically challenging topics in KNX education. Students configure a telegram interactively: source and destination addresses, priority, DPT type, command, and acknowledgement type. The tool then builds every byte in real time, showing both the logical bit layout and the physical serial character as it appears on the bus, including start bit, LSB-first data, even parity, and stop bit. A live waveform renders the complete bus signal with authentic TP1 overshoot behaviour, T2 pause, LL acknowledgement, and T3 idle timing. The visualizer also explains the difference between the raw TP bus format and the cEMI format seen in ETS Bus Monitor, a distinction that consistently confuses students. Built on official documentation. Browser-based and freely available to any student or educator worldwide on https://marcdahl.dk/knx/

Contact Information

Company Name marcdahl.dk
Company Email marc.dahl@gmail.com
Company Website https://www.marcdahl.dk/
Contact Name Marc Sonne Dahl
Contact Function System Integrator