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Texas A&M University-Corpus Christi Upgrades With Shure

Professor of Theatre, Philip Johnson, equips the Warren Theatre with ULX-D Digital Wireless systems and Wireless Workbench.

Texas A&M University-Corpus Christi is housed on its own island at the heart of the Texas Gulf Coast. With palm tree-lined pathways throughout the campus, nearby natural wetlands, a scenic hike-and-bike trail, and a university beach, the campus has offered degree programs since 1947.

The University’s Department of Theatre & Dance recently tasked Philip Johnson, lighting designer/technical director and professor of Theatre at the University, to identify and install a fully digital system setup in the Warren Theatre. Johnson turned his attention to Shure ULX-D Digital Wireless with a combination of handhelds and body transmitters.

Before the Shure overhaul, Johnson was forced to mix and match new and old equipment that the department had cobbled together over the years. This proved inefficient, time-consuming, and unreliable for live performances.

With audio quality, RF signal stability, and advanced setup features in a space-efficient and easy to manage rack unit, ULXD4Q quad channel digital wireless receivers were integrated into Warren Theatre. The system’s audio and RF meters, gain control, and XLR outputs allowed for flexible signal routing. Furthermore, Johnson was impressed with the units’ ability to easily share RF signal and be networked together for simplified frequency coordination and deployment.

“The Warren Theatre was in need of a much-deserved audio upgrade, and we knew we wanted to purchase a system that represented the whole package, versus a grab-bag of mismatched equipment,” says Johnson. “Since installing Shure’s ULX-D Digital Wireless, we’ve been pleased with the system because it’s completely and fully functional. When a show begins, our team is ready to rock ‘n roll—ULX-D is so easy to operate, configure, and boasts unmatched durability and audio.” 

By opting for ULX-D and Wireless Workbench, Johnson and his team are also able to more closely manage and monitor RF and equipment battery life. At the University, given the tropical climate, performers more frequently sweat out bodypacks and are sometimes forced to rotate transmitters during a performance. With the ability to efficiently assess battery life of any particular piece of equipment, Johnson is able to arm performers with reliable packs and the confidence to perform. 

“Outside of the system’s reliability, flexibility, and overall quality, ULX-D boasts incredible usability and durability. The team couldn’t be more pleased,” says Johnson.


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