How KNX Group Addresses Should Be Designed

How KNX Group Addresses Should Be Designed

Introduction Group address design is the core logic layer of a KNX project. Wiring can be perfect, devices can be …
KNX RF Gateway Guide

KNX RF Gateway – Guide to Connecting Wireless KNX with Wired Systems

Introduction Modern building automation projects increasingly combine wired and wireless technologies to balance reliability, flexibility, and installation speed. In this …
KNX RF Secure

KNX RF Secure – Complete Guide to Secure Wireless KNX Communication

Introduction Wireless automation offers flexibility, faster installation, and easy retrofitting—but it also raises concerns about data security. Radio signals travel …
Common KNX Installation Mistakes (Seen on Real Sites)

Common KNX Installation Mistakes (Seen on Real Sites)

Introduction Most KNX systems do not fail because of bad products.They fail because of small installation mistakes that look harmless …
2-Level vs 3-Level KNX Group Address Structure Explained

2-Level vs 3-Level KNX Group Address Structure Explained

Introduction One of the earliest and most impactful decisions in a KNX project is the group address structure. Many projects …
KNX Communication Explained: Telegrams, Objects & Groups

KNX Communication Explained: Telegrams, Objects & Groups

Introduction At its core, a KNX system is not about switches, actuators, or apps. It is about communication. Every light …
KNX Topology Explained with Real Project Examples

KNX Topology Explained with Real Project Examples

Introduction KNX topology describes how devices, lines, and areas are connected in a KNX system.While standards show ideal diagrams, real …
KNX Power Supply Calculation – Practical Engineer’s Guide

KNX Power Supply Calculation – Practical Engineer’s Guide

Introduction Power supply sizing is one of the most underestimated aspects of KNX system design. In small projects, mistakes often …


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