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Mediapolis Community School District

Mediapolis Community School District

Mediapolis needed to modernize its entire internet infrastructure with updated network switches and district-wide wireless service, but the single-building layout introduced new challenges with cabling, coverage, and project planning.

Standard copper cabling has a hard limit of 100 meters (328 feet) per run from the network switch to the endpoint. Wireless Access Points have a practical range of about 150–300 feet under ideal conditions, but that range shrinks with physical obstructions like walls, doors, and lockers. For a large, elongated campus like Mediapolis, addressing these distance limitations required precise system planning and design to ensure reliable, end-to-end coverage and connectivity—and, as is the case with many public schools, ever-tightening budgets and timelines only added to the complexity.

As a rural school district, Mediapolis relies on small, often one-person teams to advance departmental initiatives. The district’s IT team is no different. To ensure successful, efficient integration across the entire campus, Mediapolis needed a trusted regional partner to help assess, plan, design, install, and monitor the network modernization project.

The dedicated network engineers and technicians at CEC jumped in to help Mediapolis map out the deployment of upgraded network switches, patch panels, access points, and supporting software. The teams also collaborated to develop a long-term implementation and upgrade plan, paying close attention to facility, budget, and timeline constraints.

Precise system architecture, collaborative planning, and a deep understanding of the unique needs of public schools enabled CEC to deliver robust network improvements that increased internet access, speeds, and bandwidth, with no gaps or dead spots across the entire Mediapolis district campus. CEC carefully selected the Wireless Access Point locations to ensure seamless school-wide coverage while avoiding cross-channel interference. To address the limitations of copper cabling, the team planned additional hubs and engineered a fiber-optic backbone capable of handling longer runs with greater efficiency and reliability. 

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