Verizon has deployed Open Radio Access Network (O-RAN)-based Distributed Antenna Systems (DAS) at the University of Texas Moody Center and Austin Convention Center. This marks the first time Verizon has commercially implemented O-RAN interfaces in its network for DAS, combining hardware and software from multiple vendors. The systems utilize Samsung virtualized Distributed Units (vDU) and Commscope DAS, demonstrating interoperability within the O-RAN ecosystem while delivering Verizon’s high-speed 5G Ultra Wideband service.
This deployment exemplifies how O-RAN standards facilitate seamless integration of products from diverse vendors to optimize performance, efficiency, and reliability. By eliminating redundant RF equipment, Verizon reduced the demand for power, space, and cooling while enhancing the customer experience for visitors. These installations are a step toward broader adoption of O-RAN for large-scale, multi-vendor network deployments, potentially transforming the telecom landscape.
“O-RAN interoperability success in a commercial environment” signals the evolution of Verizon’s network strategy, according to Adam Koeppe, Senior Vice President of Technology Planning at Verizon. With over 130,000 O-RAN-capable radios deployed, Verizon aims to increase supplier diversity, boost competition, and accelerate innovation in the RAN ecosystem.
• Deployed at University of Texas Moody Center and Austin Convention Center.
• Uses Samsung vDU and Commscope DAS.
• Eliminates unnecessary RF equipment for lower energy and space usage.
• Delivers high-speed 5G Ultra Wideband coverage.
• Supports supplier diversity and innovation in the RAN ecosystem.
“The massive evolution of our network over the past few years, including our move to a cloud-based architecture, widespread virtualization, and our aggressive adoption of O-RAN standards and capabilities, has enabled us to show O-RAN interoperability success in a commercial environment.” — Adam Koeppe, Verizon.
