KNX RF Interference & Environmental Issues – Troubleshooting Guide

KNX RF Interference & Environmental Issues – Troubleshooting Guide

Interference and environmental factors are among the most misdiagnosed causes of KNX RF instability. When devices appear to work “sometimes”, …
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 Motion Sensor – Presence Detection Logic, Design & Performance

KNX RF Motion Sensor – Presence Detection Logic, Design & Performance

KNX RF motion sensors are among the most powerful—but also most misunderstood—wireless KNX devices. They influence lighting comfort, energy efficiency, …
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 …
How to Create Reusable ETS Templates

How to Create Reusable ETS Templates

Introduction Reusable ETS templates are one of the most powerful — and most misunderstood — tools in professional KNX projects …
KNX for Commercial Offices – Design Strategy

KNX for Commercial Offices – Design Strategy

Introduction Commercial offices are one of the most demanding environments for building automation.Unlike homes or hotels, offices are dynamic spaces …
KNX RF vs KNX TP vs KNX IP – Differences, Use Cases & Design Guide

KNX RF vs KNX TP vs KNX IP – Differences, Use Cases & Design Guide

Introduction One of the biggest strengths of KNX is that it is not tied to a single communication medium. Unlike …


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