Vilicom says it has successfully rolled out one of the first commercial sites with Virgin Media O2, built upon its Open RAN technology platform in adherence with the specifications laid out by the Joint Operators Technical Specifications for Neutral Host In-Building (JOTS NHIB) systems. After several months of dedicated testing of functionality, interoperability and cyber-security, Vilicom delivered full availability of its cloud-based network platform to enhance indoor coverage to Virgin Media O2’s subscribers.
Vilicom’s infrastructure has been developed in partnership with Mavenir using its Cloud RAN technology, and unlike legacy solutions, is a fully digital business model. The Connectivity-as-a Service (CaaS) network platform streamlines site deployment, implements a full stack of network management and operations, offers fully integrated security features and aims to reduce the cost and space requirements of inbuilding 4G, and later 5G, public and private mobile connectivity for the UK’s industries and businesses.
Sean Keating, CEO of Vilicom commented: “Delivering this milestone achievement is testament to Vilicom’ s commitment to implementing the latest approved technology by the Mobile Network Operators to solve indoor mobile connectivity. We are proud to deliver this service live in conjunction with Virgin Media O2 and this virtual platform signals a new way forward for those in need of mobile connectivity in commercial real estate, built-to-rent and industry throughout the UK.
“This service will translate to significant cost savings and help reduce carbon footprint across the built environment as much of the power intensive infrastructure is hosted off premise in our Data Centre.”
Omar Calvo, director of radio engineering at Virgin Media O2, said: “Virgin Media O2’s neutral host solutions will deliver great in-building 4G coverage and capacity, providing a greener and more efficient network. We’re constantly looking to innovate our range of network products, and our partnership with Vilicom has allowed us to develop this NHIB technique to help transform the capabilities of in-building cellular coverage.”