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Home » Comcast Business Deploys Neutral Host Private Wireless Network at UVA

Comcast Business Deploys Neutral Host Private Wireless Network at UVA

May 12, 2025
in 5G / 6G / Wi-Fi
A A

Comcast Business has deployed a private wireless network at the University of Virginia (UVA) featuring Neutral Host capabilities and integration with commercial cellular carriers. Built in partnership with Druid Software and Airspan Networks, the solution leverages Citizens Broadband Radio Service (CBRS) spectrum to deliver reliable cellular voice and data service in high-traffic and hard-to-reach indoor areas on UVA’s campus. The deployment is designed to support seamless connectivity across multiple carriers using Multi-Operator Core Network (MOCN) technology.

The private wireless infrastructure uses cloud-native software and advanced radio technologies to ensure scalability, low-latency performance, and minimal disruption during deployment. The Neutral Host configuration enables direct interoperation with major mobile network operators, reducing the need for traditional Distributed Antenna Systems (DAS) and offering a cost-effective alternative for large institutions. UVA expects this system to enhance service for students, faculty, and guests regardless of their mobile carrier.

The platform also features enterprise-grade security using SIM-based authentication and encrypted traffic, while maintaining the flexibility to evolve with UVA’s long-term networking needs. Comcast positions the UVA deployment as a blueprint for similar private 5G rollouts at universities and large enterprise campuses nationwide.

  • Comcast deployed a Neutral Host private wireless network using CBRS spectrum at UVA.
  • Solution integrates with major cellular carriers via MOCN, supporting seamless voice/data access.
  • System improves connectivity in dense and difficult-to-cover campus areas.
  • Platform includes SIM-based security, encryption, and VPN support.
  • Cloud-native architecture enables rapid deployment and future scalability.
  • Designed as a cost-effective alternative to traditional DAS networks.

“This solution represents a transformative leap forward for the University, offering both reliability and cost-efficiency, while helping it meet its growing connectivity needs,” said Justin Markle, SVP of Wireless Partnerships and Development at Comcast.

Tags: Comcastprivate 5G
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Jim Carroll

Jim Carroll

Editor and Publisher, Converge! Network Digest, Optical Networks Daily - Covering the full stack of network convergence from Silicon Valley

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