5g

5G networks promise high speed and low latency, but they also bring unique security threats across devices, RAN, MEC, and core networks. Learn the key risks and solutions.

Explore the interfaces associated with Control and User Plane Separation (CUPS) in LTE networks. Learn how SGW-C, PGW-C, SGW-U, and PGW-U interact via control and user plane interfaces.

Explore the high-level CI/CD architecture used by telecom operators. Learn how development teams, vendors, pipelines, and quality gates ensure reliable software delivery.

The Access and Mobility Management Function (AMF) in 5G Core provides critical communication, event exposure, and location services to PCF, SMF, UDM, and other network functions.

5G NSA architecture uses LTE EPC as the control anchor while adding 5G NR for data speed. Here’s a detailed breakdown of components, interfaces, and benefits.

5G NSA with CUPS separates control and user planes for efficient signaling and data flow. Learn how NSA topology integrates 4G EPC and 5G NR for seamless services.

5G Core uses SBI and RESTful APIs to enable flexible, secure, and scalable service-based architecture (SBA). Learn how NFs interact and deliver advanced telecom services.

SEPP ensures secure and reliable roaming in 5G networks by protecting signaling between V-PLMN and H-PLMN, enabling trusted interconnects for operators.

Remote CUPS separates the control and user planes in telecom networks, enabling scalable, flexible, and efficient data handling across LTE and 5G.

5G Core introduces a Service-Based Architecture powered by SBI and REST APIs. Explore how network functions interact, improving flexibility, scalability, and efficiency.