Visix at University of Wichita

The solution installed at the university's Metroplex conference center includes a cloud-hosted CMS with three Nano and ten E-Paper digital signage players.

Visix at University of WichitaThe Wichita State University has adopted a digital signage system Visix AxisTV Signage Suite for your conference center Metroplex. The complete solution brings together a CMS hosted in the cloud with three digital signage players Nano and ten E-Papers (Electronic Paper Room). The latter dynamically display events and meetings as they occur.

The Eugene M Metropolitan Complex. Hughes (Metroplex) It is a modern facility 6.967 square meters that houses university offices and meeting spaces.

The Metroplex team wanted large screens in the pre-performance areas and lobby of the building to broadcast messages about upcoming events., with guidance arrows to guide visitors to the correct conference rooms.

Visix EPS systems mount outside each meeting space, with custom faceplates displaying branding, room numbers and other exclusive content for each location.

Visix at University of WichitaAxisTV Signage Suite was chosen for its integration with the EMS platform services, which allowed event data to be exported to both the screens and the posters in the rooms. Its controller widgets have made it possible to simplify the integration of the wayfinding application, and Visix's professional services department has been responsible for customization and implementation.

The Metroplex team opted for a cloud-hosted content management system, which eliminated the operational requirements and security issues of managing an on-premises system. Cloud setup also minimized initial purchase costs and ongoing maintenance responsibilities.

Visix Nano digital signage players allow you to display AxisTV Signage Suite content with a native HD resolution of 1,920×1,080, with an ultra-compact size that fits behind every screen.

Nano provides additional value with low noise output and active cooling architecture, ensuring quiet performance with minimal heat production and low power consumption.

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