5g

The 5G KPI system defines how next-gen networks deliver ultra-fast speeds, low latency, and massive IoT connectivity. Here’s a breakdown of its core metrics.

5G RAN functional split options define how processing tasks are divided between centralized and distributed units. Here’s a deep dive into DL and UL splits.

The separation of CU-CP and CU-UP in 5G RAN architecture transforms how networks handle signaling and user data, enabling scalability, flexibility, and edge deployments.

The functional framework for RAN intelligence leverages AI and machine learning to optimize 5G performance through data-driven automation and feedback loops.

The 5GCAR project defines four key 5G use case classes for connected mobility: cooperative driving, sensor sharing, pedestrian protection, and autonomous navigation.

CP-UP separation in 5G gNB enables flexible deployment, better scalability, and optimized latency. Learn how this architecture supports next-gen mobile networks.

5G delivers ultra-fast data rates, low latency, and massive IoT support. Learn how its key performance indicators outshine 4G IMT-Advanced.

V2X and 5G-powered pedestrian warning systems prevent accidents by alerting vehicles and pedestrians to hidden dangers, ensuring safer urban mobility.

Platooning enables vehicles to travel in coordinated groups using V2X communication, reducing congestion, boosting safety, and paving the way for 5G-driven smart mobility.

Discover the key similarities between 4G EPC with CUPS and the 5G Core. Learn how control and user plane separation streamlines both architectures.