#telcotransformation

Most telecom operators are running 4G LTE, 5G NSA and 5G SA networks simultaneously amid continuous mobile evolution. Traditionally separated core network deployment leads to fragmented network architecture. Independent hardware, isolated management platforms and incompatible signaling systems push up overall OPEX sharply, including equipment maintenance, power consumption and human resource costs. Besides extra operational expenses, separated networks also disperse subscriber data and hinder cross-network service coordination, slowing down the launch of IoT and vertical private network businesses and restricting operators’ digital transformation.

A fully converged core network has become an indispensable asset for contemporary telecom carriers to cut costs and realize sustainable development. Developed independently by IPLOOK, the Converged Core features unified signaling processing and integrated network architecture, supporting 4G EPC and full-standard 5GC on one unified platform. This design eliminates redundant hardware deployment and lowers initial capital expenditure effectively.

Equipped with a centralized O&M management system, IPLOOK Converged Core enables engineers to configure network parameters, locate faults and manage subscriber profiles on a single console instead of switching between multiple independent platforms, which greatly reduces daily maintenance workload and controls long-term OPEX. Built on cloud-native modular design, the solution supports flexible capacity expansion to meet diversified requirements of operator public networks and industrial private networks.

Looking ahead to the upcoming 6G era, IPLOOK reserves standardized expansion interfaces inside its converged core during R&D. When operators prepare for future 6G commercialization, they can upgrade networks by adding functional modules and updating software without massive hardware replacement or full-network reconstruction, avoiding huge reconstruction investment and service interruption.