Case Study: Deploying Private Cellular in CBRS Spectrum
This panel will feature a large enterprise that has successfully deployed a private cellular network in CBRS spectrum and will include CBRS experts from wireless service providers, equipment vendors and system integrators. Citizens Broadband Radio Service (CBRS) operates in the 3.5 GHz band and provides access to this shared spectrum using a three-tier model that ensures access for incumbent users (primarily the U.S. Navy) while providing for the purchase of Priority Access Licenses (PAL) that are granted priority over the lowest, shared-access tier: General Authorized Access (GAA). Attend this session to understand the nuances of this exciting option for private LTE and private 5G enterprise networks.
Agenda:
-Overview of Citizens Broadband Radio Service (CBRS) and its three-tier model
-Real-world case study: Successful deployment of a private cellular network in CBRS spectrum by a large enterprise
-Panel discussion featuring CBRS experts from wireless service providers, equipment vendors, and system integrators
-Sharing insights, challenges, and best practices in deploying private cellular networks in CBRS spectrum
-Understanding the nuances and benefits of using CBRS for private LTE and private 5G enterprise networks
-Q&A session with the panelists
Who Should Attend:
-IT and Technology Leaders
-CIOs, CTOs, and IT Directors
-Network and Telecom Managers
-IoT Solution Architects
-Wireless Service Providers
-Equipment Vendors
-System Integrators
-Representatives from large enterprises interested in private cellular networks
-Industry Analysts and Researchers
-Anyone interested in understanding the deployment of private cellular networks in CBRS spectrum for enterprise use cases.
Scott Waller is a passionate technical leader and architect for some of the world’s largest networks for 30 years. A veteran in network architecture at Microsoft to leading the technical teams at Cisco for Microsoft and Amazon, his expertise spans enterprise and cloud-scale networking to global IoT networks. Now at the 5G Open Innovation Lab, he leads technical innovation between an ecosystem of startups, enterprise and service provider partners centered around 5G and Edge computing.
