Aura Vision enhances Saudi’s PMU campus
Aura Vision enhances Saudi’s PMU campus
Aura Vision has completed a series of LED display installations at Prince Mohammad Bin Fahd University (PMU) in Saudi Arabia, supplying display technology for teaching spaces, digital signage and the university's Security Command Centre.
Working with systems integration partner Enpro and distributor VenueTech, the European LED display manufacturer delivered a range of solutions tailored to different applications across the campus.
The university's two main lecture theatres have been equipped with COMET-C 0.9 fine-pitch LED displays measuring 4.88m x 2.75m. The screens provide presentation and teaching platforms for lectures and academic events, with pixel-to-pixel colour calibration and reduced blue light technology designed to improve viewing comfort during extended sessions.
Elsewhere on campus, COMET-G LED banner displays have been installed in circulation areas and outside classrooms to provide digital signage for timetables, announcements and campus information. Aura Vision also supplied a custom curved COMET-C 1.2 videowall for the university's Security Command Centre, enabling operators to monitor CCTV feeds and manage campus security. The installation incorporates a curved support structure and Flip Chip COB technology to provide consistent viewing angles across the control room.
“At PMU, each space had its own operational requirements, so we selected technology that reflected how it would be used from teaching and communication through to continuous security monitoring,” explained Ricardo Teixeira, technical director at Aura Vision.
Ali Saab, video division manager at VenueTech, added: “One of the strengths of the project was being able to use Aura Vision’s LED portfolio across different environments while selecting the most appropriate solution for each application. Having confidence in the performance of the product range meant we could focus on specifying the right solution for each space, knowing it would meet the university's operational requirements.”
