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The Tridium Niagara 4 (N4) Framework represents a massive leap forward in building management systems (BMS) and Internet of Things (IoT) device integration. Built on HTML5 technology, Niagara 4 moves away from the legacy Java applets of Niagara AX, delivering a faster, more secure, and highly responsive user experience.
The entry and exit points for data within a component.
Whether using Workbench or the Web UI, Niagara organizes data in a hierarchy called the . Understanding this is crucial. tridium niagara 4 user guide
Located on the left side, this hierarchical tree allows you to browse through networks, devices, components, and files.
A server-level software application that aggregates data from multiple JACE controllers, handles long-term historical logging, manages large schedule profiles, and serves as the primary engineering workstation. The Tridium Niagara 4 (N4) Framework represents a
[Analog Input] ----(out)----> [PID Loop] ----(out)----> [Analog Output] ^ [Setpoint] --------(out)---------| Core Logic Components
Niagara 4 relies heavily on semantic tagging to make data searchable and self-describing. Whether using Workbench or the Web UI, Niagara
Tridium Niagara 4 is a flexible, widely used building automation framework for integrating and managing diverse devices and systems (HVAC, lighting, access control, energy meters, IoT devices). This post is a concise user-guide-style primer to help new users get started and to serve as a quick reference for common tasks.