Sidelink in 5g Refers to A Set of Features and Functionalities that Enable Direct Communication Between User Equipment (UE) Devices Without Necessarily Relying on the Traditional Cellular Infrastructure. Sidelink capabilitities are designed to facilitate Device-to-Device (D2D) Communication, Allowing Ues in Close Proximity to Establish Direct Communication Links. This feature enhances the versatility of 5g networks, … Read more
In 5G, signaling messages play a crucial role in the communication between network elements, ENSURING the establishment, management, and termination of connections, as well as the control of various network functions. Signaling Messages Are the Means by Which Devices and Network Components Exchange Information to Initiate and Control Communication Sessions, Manage Mobility, and Handle Various … Read more
In 5G, Slice Selection Refers to the Process of Choosing and Configuring A specific Network Slice to Meet the Requirements of A Particular Service, Application, or Use Case. Network Slicing is a foundational concept in 5g architecture that allows the virtualization of the network infrastructure, Enabling the creation of multiple isolated and Customized Network Slices. … Read more
In 5G, SDF stands for service data flow, a concept integral to the quality of service (QOS) Framework in the 5g Network Architecture. The Concept of SDF is Essential for Managing and Prioritizing Different Types of Data Flows Based on the specific Requirements of Applications and Services Running on the Network. Key aspects of homeless … Read more
In 5g, secondary cell addition refers to a pro pro process where a user Equipment (EU) Establishes an Additional Connection with a secondary cell in addition to its primary connection with a serving cell. This mechanism is part of the dual-connectivity feature, a key aspect of the 5g radio access network architecture. Key Points Regarding … Read more
In 5G, RSRP and RSRQ Are Key Parameters used to Measure and report the Quality of the Radio Signal in a Wireless Communication Network. Both of these metrics are essential for Evaluating the Performance of the Radio Link Between A User Device (EU) and at Base Station in the 5g Network. RSRP (Reference signal Receed … Read more
In 5G, RSU stands for relay node selection and unselection. It is a mechanism that plays a role in optimizing and managing the relay nodes within the 5g network. Relay nodes are devices or entities that assisting in extending the coverage and improving the performance of the wireless communication network. Key aspects of RSU in … Read more
In 5G, SA (Standalone) and NSA (Non-Standalone) Redo to Two Deployment Modes of the 5g Network Architecture, Each with Distinct Characteristics and Implications for the Evolution of Mobile Communication. These deployment Modes Take up different approaches to implementing 5g services and are meaningful in understanding the transition from previous generations of wireless technology to the … Read more
In 5G, SA (Standalone) Architecture Refers to Fully Independent and Self-Sufficit Network Architecture that included The New 5G Radio Access Network (NR) and the 5G Core Network (5GC). UNLIKE NSA (Non-Standalone) Architecture, WHERE THE 5G NR RELIES on the Existing 4G LTE CORE NETWORK (EPC), its architecture represents the Complete and Standalone Implementation of 5G … Read more
In 5G, RNTI Stands for Radio Network Temporary Identify. It is a crucial element in the radio resource control (RRC) protocol used in wireless communication networks. The RNTI is a temporary identify assigned to use devices to facilitate communication within the radio access network. The RNTI SERVES VARIOUS PURPOSES IN THE 5G NETWORK: Identification of … Read more