5G Cell Types: PCell, PSCell, SCell, and SpCell
Explore the key roles of PCell, PSCell, SCell, and SpCell in 5G networks, focusing on their functions in establishing connections, enhancing throughput, and enabling dual connectivity.
Showing 20 posts (Page 5 of 163)
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Explore the key roles of PCell, PSCell, SCell, and SpCell in 5G networks, focusing on their functions in establishing connections, enhancing throughput, and enabling dual connectivity.
Explore the distinctions between 5G cm wave and mm wave technologies, including frequency, bandwidth, transmit power, and transmission time interval (TTI).
Understand the differences between 5G eMBB, mMTC, and URLLC, exploring their applications, data rates, latency, and key features.
Explore 5G EN-DC (E-UTRA NR Dual Connectivity), enabling devices to connect to both LTE and NR networks simultaneously, leveraging the benefits of each.
Explore the fundamental differences between 5G FDD and TDD duplexing techniques, including spectrum usage, applications, and deployment considerations.
Explore the 5G frame structure, including radio frames, slots, and subframes. Learn about downlink and uplink subframe combinations, and channel/signal mapping within subframes.
Explore the two primary 5G handover types: User Equipment (UE) initiated and network-initiated handover, based on Verizon 5G TF specifications.
Learn 5G NR identifiers including SUPI,SUCI,PEI,GUTI,NCGI,DNN,GPSI,NSSAI and NCI with their respective purposes and structures.
Learn about the Uu, NG-1U, and NG-1C interfaces in 5G networks, their functions within the 5G RAN architecture, and their roles in data and control planes.
Explore the architecture, speed capabilities, and various use cases of 5G internet. Learn about its evolution and impact on industries.
Explore 5G Key Performance Indicators (KPIs) categorized under eMBB, URLLC, and mMTC, and understand the 5G performance requirements set by ITU.
Explore the advantages of 5G MEC (Multi-Access Edge Computing) architecture and its benefits within 5G NR networks, including reduced latency and enhanced security.
Explore the contents and functions of 5G MIBs and SIBs as per Verizon and 3GPP standards. Learn how UEs acquire essential system information in 5G networks.
Explore the functions of key 5G network interfaces like N1, N2, N3, N4, N6, N9, and Xn. Learn how they enable seamless communication and efficient data management within the 5G architecture.
Explore the 5G network architecture and its reference points (NG1-NG15), defining the interfaces between functional blocks in a 5G NR network.
Explore the benefits and drawbacks of 5G network slicing, a key technology enabling customized network performance for diverse applications and services.
Explore 5G network slicing: definition, types (vertical, horizontal, static, dynamic), functions, and its role in enabling diverse services and applications.
Explore 5G NR (New Radio) wireless technology, the global standard for 5G, offering high-speed, low-latency, and enhanced connectivity for diverse applications.
A comprehensive matrix of 5G NR 3GPP specifications, listing key documents used in developing 5G New Radio User Equipment (UE) and Base Stations.
Explore 5G NR deployment scenarios: Non-Standalone (NSA), Standalone (SA), Homogeneous, and Heterogeneous modes. Understand their characteristics and differences.
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