O5GC is a virtualized cloud-based carrier grade infrastructure that provides core network functions that control authentication, data connectivity, bandwidth allocation, and policy management. O5GC provides the foundation for deploying and managing private 5G networks with enhanced flexibility, scalability, and security.
O5GC enables organizations to leverage the benefits of 5G technology while tailoring the network infrastructure to their specific needs.
Key Benefits:
Software-defined network control dynamically configures the network to meet specific requirements, enabling programmability and centralized management, allowing for efficient resource allocation, traffic steering, and network slicing.
Orchestration and Automation manage the lifecycle of the core network VNFs and network services, including service chaining, policy enforcement, and dynamic network slicing. Network performance and resource utilization are optimized via automated provisioning, scaling, and healing of virtualized resources.
Network slicing allows the creation of virtualized networks with customized characteristics and service levels to cater to diverse use cases and applications. The Oceus Private 5G Core supports the creation and management of multiple network slices, each tailored to specific requirements like latency, throughput, security, and isolation.
Network function virtualization enables the virtualization of network functions, allowing the Oceus 5G core to run on commercial off-the-shelf (COTS) hardware, supplemented with Oceus intellectual property, ensuring scalability, future-proofing, customization, and low cost.
Security and privacy functions like firewalling, intrusion detection, and prevention systems are integrated into the core, along with encryption, authentication, and access control mechanisms.
Edge computing integration allows for low-latency processing, localized data storage, and real-time analytics at the network edge, enabling applications and services that benefit from reduced latency and improved performance.
Cloud native architecture leverages containerization and microservices, for lightweight and isolated execution environments, and modular and scalable deployment of network functions.
Virtualized network functions include Access and Mobility Management Function (AMF), Session Management Function (SMF), User Plane Function (UPF), and Network Slice Selection Function (NSSF)
OIC takes the complexity out of private 5G network management.
