Deliver an open, agile, software-driven network that enables richer services, with greater flexibility at a lower cost.
Open RAN — a virtualized RAN on general-purpose hardware — replaces legacy, single-vendor RAN solutions with a stable, scalable and 5G ready architecture.
Our Open RAN blueprint, validated in WWT's Advanced Technology Center, is an end-to-end turnkey solution to accelerate time to revenue while providing a rapid upgrade path to deliver secure 4G/5G services.
Open RAN resources:
Accelerating Open RAN adoption: The role of the systems integrator.
Nine steps operators can follow to deploy end-to-end Open RAN.
Leverage our blueprint for a disaggregated, fully open 4G/5G mobile network.
Identify use cases and create a roadmap to deploy and optimize Open RAN.
Open RAN Program Enablement
WWT's Open RAN program enablement utilizes our Digital Supply Chain model, which helps service providers accelerate time to revenue by validating complex, multi-vendor solutions with speed in our Advanced Technology Center (ATC), then integrating them at scale in one of our global integration facilities.
ATC Innovation Ecosystem
$500 million lab to design, build and validate Open RAN architectures.
Supply chain & integration
4 million square feet of logistics space spread over four continents to simplify Open RAN deployments.
Portfolio of services to help drive Open RAN strategy from idea to outcome to post-deployment support.
Help along every step of the way
We are able to assist operators along every step of the process — from idea to outcome — to make it easier to consume and deploy Open RAN on any scale.
This program is flexible and designed to meet the needs of service providers no matter where they are at in terms of a network transformation journey. We provide customized plans to make sure operators get to deployment as quickly as possible.
Customized deployment models
Legacy RAN systems were handled by a baseband unit (BB) that is now virtualized to enable better scaling and resource pooling. Open RAN disaggregates the virtual BBU (vBBU) further into real-time, or Distributed Unit (vDU) and non-real-time, or Central Unit (vCU) functions.
Typically, the vRAN software has very specific hardware requirements for the vDU component (real-time), which balance cost and performance. The vDU server nodes will have a configuration applied that allocates each CPU core carefully and will have specific hardware for offloading digital signal processing (DSP) functions.