Verizon has deployed Open RAN DAS systems at two Austin venues, enhancing 5G service through multi-vendor interoperability.
Quiver AI Summary
Verizon has announced the successful deployment of Open RAN-based Distributed Antenna Systems (DAS) at The University of Texas Moody Center and the Austin Convention Center, marking a significant milestone as the first DAS systems in its network that utilize O-RAN interfaces for multi-vendor interoperability. These systems integrate a Samsung virtualized Distributed Unit (vDU) with a Commscope DAS, showcasing the efficiency achieved through O-RAN standardization. This deployment not only improves Verizon's 5G Ultra Wideband service in these venues but also reduces costs related to power, space, and cooling by streamlining RF equipment, enhancing reliability and customer experience. Adam Koeppe, Verizon's Senior Vice President of Technology Planning, emphasized that this advancement reflects their commitment to cloud-based, virtualized architectures and O-RAN capabilities, promising improved competition and innovation in the RAN ecosystem.
Potential Positives
- Verizon is the first to commercially deploy Open RAN (O-RAN) based Distributed Antenna Systems (DAS) with multiple vendor interoperability, demonstrating innovation in the 5G space.
- This deployment reflects Verizon's commitment to O-RAN standards, enhancing the performance and efficiency of its network and potentially leading to lower operational costs.
- The use of O-RAN interfaces promotes supplier diversity and competition, which can drive innovation and provide better service options for customers.
- The deployment significantly improves the reliability and customer experience for fans and visitors at major venues, showcasing Verizon's dedication to high-quality service.
Potential Negatives
- The press release does not provide specific information on the potential risks or challenges associated with the deployment of Open RAN, which may concern stakeholders about the reliability and performance of a newly implemented technology.
- The mention of multiple vendor interoperability could raise questions regarding compatibility and support, potentially leading to integration issues or service disruptions if not managed properly.
- The focus on significant changes in technology, such as the shift to Open RAN and virtualization, may highlight an underlying complexity in the network that could affect operational stability during the transition period.
FAQ
What is the significance of Verizon's O-RAN deployment at the Moody Center?
The deployment represents the first commercially available Distributed Antenna Systems using O-RAN technology in Verizon's network.
How does O-RAN technology benefit Verizon's network?
O-RAN technology enhances reliability, reduces costs for power, space, and cooling, and improves customer experience.
What are the advantages of using multiple vendor interoperability?
Multiple vendor interoperability promotes innovation, competition, and allows for the integration of best-in-class solutions within the network.
What impact does the O-RAN deployment have on 5G services?
This deployment enhances Verizon's 5G Ultra Wideband service, providing better connectivity for fans and visitors at the venues.
How many O-RAN capable radios has Verizon deployed?
Verizon has deployed over 130,000 O-RAN capable radios as part of its ongoing network evolution.
Disclaimer: This is an AI-generated summary of a press release distributed by GlobeNewswire. The model used to summarize this release may make mistakes. See the full release here.
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Full Release
AUSTIN. Texas, Nov. 21, 2024 (GLOBE NEWSWIRE) -- Verizon, a global leader in driving virtualized and Open Radio Access Network (O-RAN) technologies, has deployed Open RAN (O-RAN) based Distributed Antenna Systems (DAS) systems with multiple vendor interoperability at The University of Texas Moody Center and the Austin Convention Center. These are the first DAS systems commercially deployed in the Verizon network using O-RAN interfaces between the various components of the cellular Radio Access Network from different vendors.
Both systems use a Samsung vDU with an O-RAN interface to a Commscope DAS, illustrating how ORAN standards can bring together best-in-class products from the ecosystem to create a highly efficient solution and provide Verizon's high-performing 5G Ultra Wideband service throughout the venues. Not only does this commercial deployment mark a major step towards larger-scale, multi-vendor deployments using O-RAN, but it materially impacts the cost of power, space and cooling by eliminating unnecessary RF equipment, and improves reliability resulting in a gold-standard customer experience for fans and visitors to these venues.
"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," said Adam Koeppe, Senior Vice President of Technology Planning at Verizon.
O-RAN offers the promise of a wide range of benefits that should introduce new competition and innovation into the RAN ecosystem with the establishment of open and interoperable interfaces between different hardware and software components. The transition to Open RAN has the potential to bring many benefits in terms of deployment flexibility, faster innovation in an open environment, and greater service options by increasing the opportunity for new entrants to provide competitive and advanced solutions. More competition, more innovation, and increased supplier diversity will all be net benefits to operators and customers.
Verizon has been driving the adoption of O-RAN for years by being a leading voice in developing and adopting O-RAN standards and aggressively deploying
more than 130,000 O-RAN capable
radios in its network.
MEDIA CONTACT:
Karen Schulz
864.561.1527
Karen.schulz@verizonwireless.com
