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CSP 5G Core Network Infrastructure Solutions (Transitioning to CSP 5G-Advanced Network Infrastructure Solutions)Reviews and Ratings
What are CSP 5G Core Network Infrastructure Solutions?
Gartner defines CSP 5G core network infrastructure solutions as a set of hardwares, software and services that form the intelligent control layer of the 5G network services. It enables communications service providers (CSPs) to deliver scalable, reliable, secure advanced connectivity and digital services to consumers and enterprise users. The 5G core is integral to a wide array of essential functions in the 5G network, encompassing access and mobility management, authentication, subscriber data management, policy control, network slicing and essential switching operations. This market covers CSPs’ deployment of 5G core solutions for the public 5G network. A significant advancement from 4G evolved packet core (EPC), the 5G core network features service-based architecture and components like access and mobility management function (AMF), session management function (SMF) and authentication server function (AUSF), enabling better flexibility and efficient network management. It supports advanced functions like network slicing and effectively caters to diverse demands.
Features of CSP 5G Core Network Infrastructure Solutions (Transitioning to CSP 5G-Advanced Network Infrastructure Solutions)
Updated September 2025
Mandatory Features:
Access and mobility management function (AMF): Authentication and security mechanisms supporting various access types and handling mobility management
Unified data management (UDM) and authentication server function (AUSF): Cloud-native subscriber data management and authentication supporting various identification methods and security protocols.
Session management function (SMF): Advanced session establishment, modification and release capabilities supporting diverse services and applications
User plane function (UPF): Handles packet routing and forwarding, playing a key role in data transmission and internet connectivity for end-user devices
Policy control function (PCF): Centralized policy management supporting quality of service, charging and access control across network functions
Nokia 5G Core is a software designed to provide core network functions for 5G connectivity. The software supports modular architecture and cloud-native deployment, enabling the management and orchestration of network resources for improved scalability and agility. It integrates network slicing, automation, and security features to facilitate the delivery of differentiated services and enhanced operational efficiency. Nokia 5G Core addresses the business need for reliable and flexible mobile broadband and communication platforms, allowing network operators to serve diverse requirements and support a range of enterprise and consumer applications. The software leverages virtualization and containerization to optimize resource use while maintaining compliance with industry standards for interoperability.
ZTE 5G Common Core is a software solution designed to support both 5G standalone and non-standalone network architectures. The software integrates control and user plane separation and provides converged core network functions such as data management, mobility management, session management, and authentication across diverse access technologies including 2G, 3G, 4G, and 5G. It enables network operators to manage network slicing, optimize resource allocation, and support differentiated service requirements. The software facilitates smooth network evolution, supports virtualization and cloud-native deployment, and is designed to enhance operational efficiency while addressing demands for flexibility, scalability, and rapid deployment within telecommunications networks.
1Finity 5G Open RAN Radio Units is a software that provides wireless network components aligned with Open Radio Access Network (O-RAN) standards for mobile communication systems. The software supports multi-vendor interoperability and is designed to enable scalable deployment of 5G networks through disaggregated and virtualized radio units. It delivers features for efficient signal processing, robust connectivity, and network flexibility by decoupling hardware and software functions. The software addresses the business need for agile network expansion, cost optimization, and enhanced control over radio resources in telecom applications. It is used by communication service organizations to facilitate integration with various network elements while supporting both centralized and distributed mobile architectures.
Oracle 5G Core Network software is designed to enable telecommunications operators to manage and deliver 5G services by providing a cloud-native, scalable, and secure core infrastructure. The software supports network functions such as subscriber and session management, policy control, and network slicing, allowing for the efficient allocation and utilization of network resources. It offers a service-based architecture for improved interoperability and automation, addressing business requirements such as reduced operational complexity and the adaptation to evolving network demands. The software focuses on supporting high capacity, low latency, and flexible connectivity for various devices and applications, enabling network providers to address the needs of modern digital communications.
5G Massive MIMO Antenna is a software designed to support wireless communication networks by enabling multiple-input multiple-output technology for fifth-generation mobile systems. The software facilitates the transmission and reception of multiple data signals over the same radio channel by leveraging advanced antenna arrays and signal processing algorithms. It enhances spectral efficiency and network capacity, aiming to improve data transfer rates and reduce latency in densely populated areas. The software assists network operators in managing higher traffic volumes and supports a variety of applications requiring reliable, high-speed connectivity. It is utilized to address the challenges of network congestion and to meet increased demand for wireless data.
5G MEC software enables edge computing capabilities within 5G networks, allowing for the deployment of applications and services closer to end users. The software supports low latency, high bandwidth, and real-time processing, which is suitable for scenarios such as industrial automation, smart cities, and connected vehicles. It offers features such as traffic offloading, rapid service deployment, and flexible computing resource management at the network edge. By processing data locally, the software helps optimize network efficiency and reduces the need for data transmission to centralized data centers, thereby addressing challenges associated with traditional centralized architectures in high-demand applications.
5G mmWave software is designed to enable high-speed wireless connectivity by utilizing millimeter wave spectrum for data transmission. The software provides advanced features that support faster data rates, reduced latency, and enhanced network capacity in mobile and broadband environments. It facilitates reliable communication for bandwidth-intensive applications such as video streaming, virtual reality, and industrial automation. The software helps address the business need for increased network efficiency and scalability, supporting the deployment of next-generation wireless networks in urban and enterprise settings. Through optimized signal processing and network integration, the software contributes to improved connectivity performance and supports flexible deployment models for telecommunications infrastructure.
5G SA vCore is a software designed to enable standalone 5G mobile core network functionality. It supports key network features such as control and user plane separation, network slicing, and native cloud architecture to facilitate flexible deployment and scalability. The software enables high-speed data transmission, low latency, and reliable connectivity, supporting diverse use cases like enhanced mobile broadband, massive IoT, and mission-critical communications. It assists service providers and businesses in managing network resources efficiently, automating processes, and adapting to varying traffic demands, addressing the need for agile and efficient mobile network operations in advanced wireless environments.
5G Sub6 is a software designed to support wireless communication over sub-6 GHz frequency bands, enabling mobile broadband connectivity and increased network capacity. The software facilitates transmission of data at high speeds with low latency, contributing to enhanced efficiency for mobile networks and Internet of Things deployments. It integrates with network infrastructure to assist telecommunications operators in managing spectrum resources and delivering broadband services to end users. The software also addresses challenges related to network congestion and provides reliable connectivity in densely populated areas, supporting applications such as streaming, data transfer, and device connectivity within the scope of 5G networks.
5G vCore is a software designed to provide core network functions for 5G mobile communication systems. The software supports network virtualization and enables flexible deployment of core network elements such as control and user plane separation, session management, and mobility management. It facilitates integration of network slicing and edge computing capabilities to help service providers deliver advanced connectivity, low latency, and enhanced data throughput. The software addresses business requirements for scalable and efficient network infrastructure that can support various applications, including enterprise solutions and private network deployments, by enabling automated management and adaptability across diverse operating environments.
5G-4-E software enables organizations to deploy and manage 5G networks for enterprise environments, providing solutions for connectivity, automation, and advanced analytics. The software addresses business needs related to efficient network operations, real-time monitoring, and seamless integration of 5G technologies with existing infrastructure. It features capabilities such as network slicing, edge computing support, and secure connectivity, aimed at enhancing operational efficiency and supporting the deployment of IoT and digital transformation initiatives across industries. 5G-4-E facilitates flexible network configurations to meet specific enterprise requirements and delivers tools for centralized management and performance optimization.
AISWare AgileNet is a software developed by AsiaInfo that focuses on network automation and intelligent management. The software offers capabilities for unified management of network devices and resources, enabling automated configuration, monitoring, and optimization of network operations. It is designed to address challenges related to efficient network deployment, operation, and maintenance by providing features such as intelligent fault diagnosis, real-time performance analysis, and resource orchestration. AISWare AgileNet integrates with existing network infrastructures, supports multi-vendor and multi-domain environments, and assists organizations in improving the efficiency and reliability of their network services by streamlining operational processes and reducing manual intervention.
Athonet 5G Core is a software designed to provide core network functions for 5G mobile networks. It enables connectivity, subscriber management, and secure communications by handling authentication, data routing, and network slicing. The software supports integration with public and private networks, facilitating scalable deployment of 5G services for enterprises and operators. It can be implemented in virtualized and cloud environments, allowing for flexible resource allocation and efficient management of network traffic. Athonet 5G Core addresses the business need for reliable, high-performance mobile network infrastructure, supporting diverse applications such as industrial automation, IoT connectivity, and broadband wireless access.
Athonet Dashboard is a software designed to provide network operators with a centralized platform for monitoring, managing, and optimizing private mobile networks. The software offers real-time visibility into network performance, user activities, and system status through an intuitive interface. It supports configuration management, analytics, and alerting functions to help organizations maintain service levels and swiftly address operational issues. Athonet Dashboard is structured to streamline network administration by consolidating controls and reporting tools, allowing users to detect faults, analyze traffic trends, and execute system updates efficiently. The software addresses the need for operational efficiency and reliability in enterprise and industrial private LTE and 5G environments.
Athonet IMS is a software developed to provide IP Multimedia Subsystem capabilities for mobile and private networks. The software enables operators and enterprises to deliver voice, video, and messaging services over LTE, 5G, and Wi-Fi networks, supporting dedicated deployments for mission-critical and business communications. It facilitates network orchestration, subscriber management, session control, and interworking between different access and service domains. Athonet IMS addresses the need for scalable and flexible communication infrastructure, ensuring interoperability across multi-vendor environments while maintaining network reliability and security. The software supports virtualization and cloud-native deployments, which enhance resource efficiency and ease integration with existing network functions.
Athonet Tactical Backpack is a software designed to deliver portable and private cellular network solutions suitable for scenarios requiring rapid deployment and reliable communication. The software enables users to establish localized connectivity through LTE or 5G networks within areas lacking fixed infrastructure. It features integrated core network functions and supports interoperability with varying devices, ensuring secure voice, data, and messaging services. Athonet Tactical Backpack addresses the business problem of establishing dependable communication networks in remote or temporary locations, offering functionality that allows organizations to maintain connectivity for operational efficiency and situational awareness.
Athonet Tactical Cube is a software designed for rapid deployment of private mobile networks in challenging environments. It provides the capability to establish secure 4G and 5G connectivity in locations where traditional infrastructure may be unavailable or impractical. The software supports compact and portable operation, enabling mission-critical communications for field teams, enterprises, and public safety organizations. It incorporates core network features such as user authentication, network management, and traffic routing, addressing the need for reliable wireless coverage in remote, temporary, or emergency scenarios. The software facilitates seamless integration with standard devices and applications, aiming to deliver operational network solutions without reliance on external connectivity or fixed infrastructure.
Azure Operator 5G Core is a cloud-native software designed to enable telecom operators to build, deploy, and manage 5G core networks using scalable infrastructure. The software provides features such as automated network slicing, policy control, subscriber management, and secure connectivity. It supports integration with existing network elements and allows deployment across various environments, including public and private clouds. Azure Operator 5G Core addresses the business need for flexible, reliable, and efficient management of 5G network functions, supporting high-speed data transmission, low latency communications, and network scalability required for next-generation mobile services.
Cisco Cloud Services Stack for Mobility is a software that facilitates the deployment and management of mobile services on cloud infrastructure. The software provides automated provisioning, real-time monitoring, and orchestration tools that help organizations deliver mobile applications and services efficiently. It supports scalability for fluctuating user demands and enables integration with existing IT environments. The software addresses challenges related to cost control, resource optimization, and reducing the complexity of mobile service deployments by consolidating necessary components into a unified platform. It aims to streamline network operations, enhance visibility, and support business agility in organizations that provide mobile communications and applications.
Cisco Ultra Cloud Core is a software platform that enables service providers to deliver mobile core network functions in cloud environments. It supports virtualization and cloud-native architectures for functions such as packet core, policy management, subscriber data management, and security. The software is designed to facilitate scalability, flexibility, and automation for mobile network operators by supporting multi-access technologies and network slicing. It addresses the business problem of delivering reliable, high-performance mobile services while optimizing infrastructure costs and operational processes through integration with private and public cloud infrastructures.
This service may contain translations provided by Google. Google disclaims all warranties related to the translations, express or implied, including any warranties of accuracy, reliability, and any implied warranties of merchantability, fitness for a particular purpose and noninfringement. Gartner's use of this provider is for operational purposes and does not constitute an endorsement of its products or services.
