KNX vs Loxone: Which Fits a Professional Building Project?
An engineer's comparison of KNX and Loxone across architecture, wiring, product choice, commissioning, failure behaviour, lifecycle, and mixed-system design.
KNX Fundamentals
Core explanations for buyers, engineers, and building owners who need to understand KNX before choosing devices or planning a project.
KNX Datapoint Types Explained for Integrators
A practical guide to KNX datapoint types, subtypes, encoding, common DPTs, ETS group-address matching, gateway mapping, and diagnostic errors.
KNX Data Secure vs KNX IP Secure
An engineering comparison of KNX Data Secure and KNX IP Secure, including scope, keys, ETS commissioning, mixed systems, and remote-access design.
What Is KNX IoT? Architecture, Benefits, and Use Cases
A practical explanation of KNX IoT Point API, KNX IoT API servers, IPv6 networking, Thread, security, and coexistence with KNX Classic.
KNX Total Cost of Ownership for Building Owners
Look beyond purchase price and evaluate design effort, installation quality, maintenance, energy savings, device availability, and future upgrades.
What KNX Certification Means for Device Buyers
Learn what KNX certification does and does not guarantee, and how buyers should still evaluate device quality, documentation, and support.
KNX Secure Basics for Integrators
A practical introduction to KNX Secure, including IP security, data security, commissioning habits, and risk reduction for connected buildings.
KNX Topology Explained for Real Projects
Understand KNX areas, lines, couplers, IP backbone, and how topology decisions affect reliability, maintenance, and expansion.
What Is ETS Software in KNX Projects?
A practical explanation of ETS, group addresses, device parameters, commissioning workflow, and how device quality affects configuration.
KNX vs Zigbee vs Matter vs Wi-Fi Smart Home
Learn where KNX fits compared with consumer smart home protocols and why professional projects still choose wired building automation.
KNX TP vs KNX IP vs KNX RF: Practical Differences
Compare KNX twisted pair, IP, and RF from the viewpoint of reliability, retrofit work, commissioning, topology, and long-term maintenance.
What Is KNX and How Does It Work?
Understand KNX as an open building automation standard, including bus communication, device roles, ETS configuration, and project planning basics.