By incorporating AI-native design principles, wireless engineers can develop systems and networks that meet today’s needs and are equipped to evolve with tomorrow’s wireless requirements and advancements. Next-generation wireless systems, such as base stations, cellular phones, and Wi-Fi modems, push complexity limits with ever-increasing capacity demands, greater coverage expectations, and a massive user surge. Enter…
How do you test an Open RAN installation?
Open RAN telecom networks need testing for each disaggregated component, but that’s not enough. End-to-end testing is also necessary. In How do Open RAN interfaces work?, we covered how Open RAN redefines traditional RAN architecture by disaggregating it into three primary components: the radio unit (RU), distributed unit (DU), and centralized unit (CU). This paradigm…
How AI spurs efficient wireless systems design
AI techniques can overcome nonlinear problems by extracting patterns automatically and efficiently.
IMS: What you’ll virtually see and should have seen
Understanding the emerging architectures with 5G New Radio
Understanding how requirements and technologies in 5G differ from LTE can help design engineers prepare for working with emerging architectures.