5g

Explore the 5G Enhanced Overall System Architecture, from service creation to orchestration. Learn how E2E automation, network slicing, and SDN-based programmability shape next-gen telecom networks.

Explore how SDN architecture enables data plane programmability in 5G networks, ensuring flexibility, scalability, and automation across RAN, edge, and core domains.

Explore the Overall RAN Architecture in 5G, including CU, DU, RU, Controller Layer, and MEC integration. Learn how interfaces and programmability optimize next-gen mobile networks.

Discover how the Controller Layer enables RAN programmability in 5G by introducing flexibility, intelligence, and centralized control across CU, DU, and gNB.

The CP/UP split of gNB in 5G separates control and user planes, enabling scalability, flexibility, and optimized resource allocation for next-gen mobile networks.

The fundamental network model for AKMA ensures secure authentication and key management in 5G, involving AUSF, AMF, UDM, AF, NEF, and UE.

5G outperforms 4G and Wi-Fi 6 in speed, latency, and scalability. Here’s a complete comparison of 5G vs 4G vs Wi-Fi 6 across coverage, bandwidth, and security.

The AKMA key hierarchy ensures secure communication in 5G networks through layered authentication keys. Learn how K_AUSF, K_AKMA, and K_AF secure user access and services.

Explore how 5G RAN Network Security Architecture protects user data, ensures confidentiality with PDCP, and secures O-RAN interfaces using SSH/TLS and IPsec.

5G outperforms 4G, Wi-Fi 6, and NB-IoT in speed, latency, connections, and reliability. Explore how these wireless technologies stack up.