Interference and environmental factors are among the most misdiagnosed causes of KNX RF instability. When devices appear to work “sometimes”, go offline randomly, or drain batteries faster than expected, the immediate assumption is often weak signal. In reality, many of …

Introduction Group address design is the core logic layer of a KNX project. Wiring can be perfect, devices can be premium, and programming can be correct — yet a poorly designed group address structure can make a KNX system difficult …

KNX RF motion sensors are among the most powerful—but also most misunderstood—wireless KNX devices. They influence lighting comfort, energy efficiency, HVAC logic, and overall user satisfaction. At the same time, they are one of the largest contributors to RF traffic …

Introduction Modern building automation projects increasingly combine wired and wireless technologies to balance reliability, flexibility, and installation speed. In this hybrid approach, one component plays a critical role: the KNX RF Gateway. It acts as a bridge between wireless KNX …

Introduction Wireless automation offers flexibility, faster installation, and easy retrofitting—but it also raises concerns about data security. Radio signals travel beyond walls, making them vulnerable if not properly protected. KNX RF Secure was developed to solve this challenge by adding …

Introduction Reusable ETS templates are one of the most powerful — and most misunderstood — tools in professional KNX projects. When done properly, templates: Reduce programming time dramatically Improve consistency across projects Minimise human error Make multi-integrator work safer When …

Introduction Commercial offices are one of the most demanding environments for building automation.Unlike homes or hotels, offices are dynamic spaces where layouts change, tenants change, and usage patterns evolve continuously. Many KNX office projects fail not because of device limitations, …

Introduction One of the biggest strengths of KNX is that it is not tied to a single communication medium. Unlike many automation platforms that force you into either wired or wireless, KNX allows system integrators to design projects using twisted …

Introduction Energy monitoring is no longer an optional feature in modern buildings. Rising energy costs, sustainability goals, and regulatory pressure have pushed clients to ask a simple question: “Where is our energy actually going?” KNX plays a critical role in …

Introduction Designing KNX systems for large campuses is fundamentally different from designing for single buildings, villas, or even hotels.A campus may include multiple buildings, different usage types, independent operations, and phased expansion over many years. Many KNX campus projects struggle …