Dedicated Hardware Control for Critical Routing Tasks
The Axia 10-Button Film-Cap Switch Panel is a rackmount hardware control surface designed for broadcast environments where fast, reliable routing commands are required without the complexity of dynamic displays. It provides tactile, illuminated buttons that execute predefined router salvos, machine-control actions, or software functions with a single press.
Ideal for Studios TOCs and Equipment Racks
This 10-button switch panel is well suited for studio turrets, technical operations centers, and equipment racks where operators need immediate access to frequently used routing commands. Its compact rackmount format allows it to integrate cleanly into existing broadcast furniture and infrastructure without taking up excessive space.
Simple Film Cap Labeling for Clear Identification
Each button uses a clear film-cap design that allows custom printed labels to be placed underneath. This makes it easy to identify functions at a glance and update assignments as workflows change. LED backlighting behind each switch can be set to one of eight colors, providing instant visual feedback for different routing states or operational groups.
Reliable Aircraft Grade Switch Construction
The panel uses lighted aircraft-grade switches built for constant use in professional broadcast facilities. These switches deliver consistent tactile feedback and long-term reliability, making them well suited for environments where routing commands are executed repeatedly throughout the day.
Seamless Integration with Axia Routing Control Software
The Film-Cap Switch Panel works with Axia PathfinderPC routing control software, allowing engineers to program anything from simple contact closures to complex logic-driven routing events. Once configured, operators can trigger these actions instantly without interacting with a computer interface.
Straightforward Control Without Dynamic Displays
For applications where dynamic text or LCD buttons are unnecessary, this panel provides a clean and efficient alternative. Its fixed-label design keeps operation simple and predictable, reducing operator error while maintaining full control over routing and automation functions.