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5g

NFV Architecture Zoom-in: Detailed Breakdown of Layers, Functions & Interfaces

Explore the NFV architecture in detail—from virtual infrastructure and VNF layers to MANO orchestration and SDN integration—powering flexible telecom networks.

SDN Architecture Zoom-In: Layers, Interfaces, and Control Plane Explained

Explore the SDN architecture in detail—understand its layered design, interfaces, control mechanisms, and orchestration integrations tailored for telecom and enterprise networks.

5G Physical Infrastructure Zoom-in: RAN, Edge Cloud & Transport Network Explained

Explore the intricate layers of 5G physical infrastructure—from edge clouds and SDN controllers to mmWave and local RAN components—enabling ultra-reliable, low-latency connectivity.

CU Virtualization Architecture in 5G: Control and User Plane Separation Using Containers

CU Virtualization enables scalable, flexible deployment of 5G networks by separating control and user planes into containerized components on COTS infrastructure.

Migration Paths from LTE to 5G: Exploring NSA, SA, and EPC Integration Options

Explore LTE to 5G migration paths: from legacy EPC in LTE to NSA and SA options with 5G Core. Understand control/user planes, signaling links, and deployment choices.

Red Hat Upstream First Model: How Community Projects Power Enterprise Innovation

Red Hat’s Upstream First model bridges 1M+ open-source projects and enterprise platforms, transforming community innovation into reliable commercial solutions.

Red Hat Development Model Explained: From Community to Enterprise with Upstream First

Explore Red Hat’s Upstream First development model—where open-source community projects evolve into stable enterprise solutions, fostering innovation and scalability.

Mobility Optimized Handover in 5G: Conventional DU vs CU/DU Split Architecture

Discover how CU/DU split architecture optimizes inter-gNB handover in 5G networks, minimizing signaling, avoiding RRC/PDCP anchor changes, and eliminating traffic forwarding.

CP/UP Independent Dimensioning and Scaling in 5G Networks

Explore how independent scaling of Control Plane (CP) and User Plane (UP) in 5G enables network optimization for diverse services like mMTC and FWA.

Flexibility in CU-UP Deployment: Optimizing 5G Core for eMBB and URLLC Services

Discover how flexible CU-UP deployment enables efficient 5G service delivery by placing user plane functions at central or local sites for eMBB and URLLC needs.