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Open RAN Automation

Amdocs Open RAN solution provides analytics, service management and orchestration framework, end-to-end systems integration and deployment services for critical network components to accelerate the monetization of your network.

Open RAN

Fulfill service level objectives and
deliver exceptional user experiences

Open RAN or Open Radio Access Network Automation offers rApps and xApps for the RAN Intelligent Controller (RIC), as well as the Amdocs Intelligent Networking Suite, which accelerates deployments and network connectivity by providing advanced Open RAN automation, Open RAN orchestration and network automation capabilities through the Service Management and Orchestration (SMO) function. Supporting Open RAN, physical RAN and multi-vendor environments, the solution is complemented by an extensive Open RAN ecosystem of partners delivering seamless network experiences.

Flexibly and automatically configure RAN parameters and perform closed-loop optimization of network services and resources. Leverage edge-based artificial intelligence and machine learning for near real-time analytics, AI-driven network automation, proactive actions, improved network capacity, coverage and network performance optimization.

Amdocs combines proven Service Management and Orchestration capabilities with a flexible non-RT RIC and innovative machine learning-powered applications to support intelligent RAN automation, multi-vendor RAN optimization and 5G network automation.

As a vendor-neutral Open RAN automation platform, Amdocs is committed to open interfaces and standards, enabling operators to automate diverse supplier ecosystems, simplify Open RAN management and advance toward autonomous network operations.

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Open RAN Automation Benefits

  • Exceptional customer experiences

    Amdocs end to end orchestration capabilities support the rapid delivery of new network resources and services.

  • Accelerated adoption

    Rich set of services to streamline deployment, integration and operations

  • Optimized automation

    Vendor neutral approach allows for automation of more network components

  • Increase efficiency

    Amdocs Non-RT RIC provides a framework for automating both traditional and open radio access networks.

5G SA Massive MIMO SSB Optimization Open RAN App

Introducing a cutting-edge algorithm designed to optimize beam configurations within massive MIMO (mMIMO) systems operating in the Grid-of-Beams (GoB) mode.

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Frequently Asked Questions (FAQs)

What is Open RAN Automation?

Open RAN Automation uses software-driven intelligence, automation and orchestration to manage, optimize and automate radio access network operations across multi-vendor environments. It enables operators to improve network performance, accelerate deployments and simplify Open RAN management.

Why is Open RAN Automation important for 5G networks?

As 5G networks become more complex, Open RAN Automation helps operators automate network operations, optimize radio resources and improve service quality. Automation reduces operational complexity while enabling faster deployment and more efficient use of network assets.

What are rApps and xApps in Open RAN?

rApps and xApps are intelligent applications that operate within the Open RAN ecosystem to automate network optimization and operational processes. They use analytics, machine learning and policy-driven automation to improve network performance, capacity and service quality.

How does Amdocs Open RAN Automation help communications service providers?

Amdocs Open RAN Automation combines Service Management and Orchestration (SMO), RAN Intelligent Controller capabilities, AI-driven automation and machine learning-powered applications to help operators optimize network performance, automate operations and manage multi-vendor Open RAN environments.

How does AI-driven Open RAN Automation improve network performance?

AI-driven Open RAN Automation uses real-time analytics, automation and closed-loop optimization to detect network conditions and automatically recommend or implement actions. This helps improve network capacity, coverage, service quality and operational efficiency across 5G networks.