Automation has been a timeless quest for enhanced productivity and reduced labor since ancient times. However, within the realm of telecom companies, the journey towards automating tools and processes still has considerable ground to cover. According to GSMA, over 56% of operators are currently utilizing minimal or no automation whatsoever. While this approach may have sufficed for earlier mobile generations, the landscape of 5G demands a paradigm shift
Swift decision-making for the design of faster 5G networks
Expedited Design Imperatives: Crafting network architectures to accommodate the intricate demands of 5G entails a swift adaptation to fluctuating Key Performance Indicators (KPIs), diverse technologies, and ever-evolving use cases within a unified framework—a monumental leap from the prerequisites of 4G networks. The accelerated uptake of 5G surpasses all prior technological transitions, intensifying scrutiny on each investment dollar at the executive echelons. This exerts immense pressure on designers to deliver flawlessness from the outset, necessitating the indispensable integration of automation for expeditious and precise execution.
Expanded Deployment Spectrum: The advent of 5G heralds an era devoid of standardized deployments, where each scenario presents a unique array of KPIs and prerequisites demanding meticulous examination. The complexity further escalates due to the proliferation of diverse devices and IoT sensors, each harboring distinct capabilities and demands. Integrating these myriad devices seamlessly with existing technologies amplifies the intricacy of deployment strategies.
Designers grapple not only with accommodating individual use cases but also with orchestrating a harmonious synthesis of diverse components. Striking the optimal equilibrium mandates meticulous orchestration to ensure the seamless coalescence of multifarious devices and services with the intricate layers of network technologies. This entails a delicate balance between meeting the performance benchmarks of network reliability, transmission efficiency, and latency across the heterogeneous network landscape
Network modeling has become significantly more intricate with the advent of 5G technology
Designing a 5G network is an ongoing endeavor without a foreseeable end