RLS-CMC, Inc. Completes The Corning ONEâ„¢ Installation of Multiple Class-A Office Buildings in Downtown Denver
DENVER, CO RLS-CMC, Inc. successfully completed the network installation at four of the highest profile office buildings in the downtown Denver, Colorado, area; the iconic Cash Register Building, Dominion Towers, Cache Bank and Free Plaza. With a combined coverage space exceeding 3.1 million square feet, the multi-tenant Class-A office buildings demanded a well-coordinated, quality installation to meet the needs of their tenants and the expectations of all stakeholders. Over the course of twelve weeks, the RLS-CMC, Inc. team was able to concurrently complete installation of all four projects. The fast-track schedules were made possible by overlapping activities at all buildings to allow for a smooth transition and seamless completion of the occupied tenant spaces.
These renowned office buildings were accompanied by a demanding high-profile clientele that came with unique challenges to all aspects of the projects - cost, efficiency, and safety.
To keep "business-as-usual" for the properties and not to disrupt their daily activities, the RLS-CMC team implemented their company's strategic policies to allow for an install that minimized the impact to the building tenants. These policies allowed for the tenants' work schedules to remain uninterrupted while improving the communication in their individual offices and delivering a product that will give the property owners an edge over local competitors.
RLS-CMC, Inc. managed all aspects of the Corning ONEâ„¢ system installation, which is one of the latest technological advancements in the Distributed Antenna Systems industry. The fiber network was a unique install that required the knowledge that the RLS team was able to provide from previous training and certifications. The installations included over 1,000 antennas and remote units throughout a total of 128 office floors. The properties and their tenants will receive an immediate improvement to their wireless networks that will allow them to stay connected in every area of their buildings.