Nokia, Intel and Verizon Collaborate on New Virtualized RAN Architectures on Path to Commercialization

• Nokia demonstrates successful trial of Cloud RAN in Oklahoma City, featuring its Cloud BTS with Verizon's Virtual Cloud Platform for the operator's vRAN 1.0 architecture
  
• Trial advances joint work between Nokia and Intel to develop Verizon's vRAN 2.0 architecture to include a comprehensive software defined RAN
  
• Technology advancements allow Verizon to offer its customers more highly reliable and available wireless network services

Nokia, Intel and Verizon are collaborating on new groundbreaking Cloud RAN architectures to provide the flexibility needed for the operator's future services and requirements for 4G, 5G and IoT in the cloud. The first milestone in developing Verizon's vRAN 1.0 architecture and path to commercialization was a successful trial of Cloud RAN in Oklahoma City, using Verizon's existing edge cloud infrastructure and the Nokia AirScale Cloud Base Station Server, featuring the Intel® Xeon® Scalable Processor family. The trial furthers the joint work between Nokia and Intel to develop the next technological step of Cloud RAN, Verizon's vRAN 2.0 architecture, which will bring everything but the radio network in the cloud.

The collaborative work represents a key milestone for Verizon's cloud migration path, enabling the operator to significantly lower capital and operational expenditures for its network, and increase the number of users per cell, leading to lower costs per user. The development efforts also provide flexible and scalable capacity, plus continuous software delivery for Verizon's customers.

For the Oklahoma City trial, Nokia built the Cloud RAN software in Verizon's commercial cloud infrastructure using commercial off the shelf (COTS) hardware, proving the software is not dependent on a custom environment for deployment. Nokia used its AirScale Cloud Base Station Server, a virtual base station running on Verizon's Cloud Platform connected via Ethernet backhaul. This software defined and hardware agnostic solution retains key traits and benefits of cloud centralized RAN and edge cloud distributed RAN deployment models. As a result, real-time and non-real-time functions can be co-deployed deeper in the network.

The successful trial enables Nokia and Intel to push forward with Verizon to develop its new vRAN 2.0 architecture, which will use cloud computing capabilities that maximize efficiencies in preparation for the diverse demands of IoT and the 5G future.

Bill Stone, vice president, Technology Development & Planning, Verizon, said: "Verizon is committed to furthering innovation within the ecosystem by ensuring deployment flexibility. Verizon's Intelligent Edge Network, which maximizes this flexibility, will allow faster upgrades, allowing our customers access to the latest technology as quickly as possible."

Caroline Chan, vice president and general manager, 5G Infrastructure Division, Network Platforms Group, Intel, said: "Developing a software defined network is vital to transform today's infrastructure to the level of flexibility and agility required to handle the demand of 4G, 5G, and IoT services. This successful trial and continued collaboration with Nokia and Verizon pushes the industry forward and demonstrates how Intel technologies and reference platforms can accelerate deployment of advanced virtualized RAN running on an open and flexible cloud architecture."

Marc Rouanne, president of Mobile Networks at Nokia, said: "Virtualization is all about flexibility. By putting the radio access network in the cloud we can provide 5G architecture that quickly creates increased capacity in the baseband and scalability for both 4G and 5G networks. This is one of Nokia's clear strengths in the 5G story - a pioneer in virtual RAN, with networks already in commercial service. Now, with Verizon, we're developing a high-performing network that will allow it to remain continually on top of the traffic demands from its networks."