The Crestron DM-NVX-DIR-160 is an enterprise-grade network appliance that facilitates configuration, control, and management of a large-scale AV network using DM NVX® encoder and decoder endpoints. The DM-NVX-DIR-160 virtually emulates the functionality of a traditional hardware-based DM® matrix switcher, routing high-quality 4K streaming AV signals throughout a room, building, or campus. The DM-NVX-DIR-160 supports a maximum of 160 DM NVX endpoints. Multiple DM NVX Director™ network appliances can be deployed to handle corporate enterprise, university, government, military, medical, transportation, sports, entertainment, hospitality, gaming, and retail applications.
Simple and Flexible Configuration
The DM-NVX-DIR-160 automatically discovers up to 160 DM NVX endpoints on the network and enables each endpoint to be assigned as a logical input or output within a domain. Up to 20 domains are supported. For larger systems, multiple DM-NVX-DIR-160 network appliances can be used. Alternatively, the DM-NVX-DIR-ENT , which supports 240 domains and includes additional enterprise features, can also be used.
Easy Web-Based Setup and Control
The DM-NVX-DIR-160 provides an intuitive web-based user interface to facilitate system configuration, signal routing, and diagnostics of the complete AV network. Each domain and endpoint, as well as the inputs and outputs of each endpoint, can be designated with a user-friendly name. Navigating the entire system is easy using the search box to quickly find domains, endpoints, inputs, and outputs by name or address. A system overview screen is also provided, showing the video and audio signal status for every input and output in a graphical layout that is easy to view and navigate.
Interdomain Routing
Video inputs can be routed to video outputs within a single domain. In addition, support of interdomain routing enables video inputs within a domain to be routed to video outputs of one or more other domains. Routing control of AV signals is accomplished by using the web interface or control system programming.
