5G
In this article, I will address and review the Key technology differences between 4G and 5G; I believe reading this topic is crucial, especially if you have a good background in 4G and have just started your 5G studying. This article will cover the differences between 4G & 5G for
5G
This article will cover the main challenges and gains observed during 5G Stand-alone deployment, especially during the initial phase of the 5G Standalone network where the 5G SA Capable devices are still low and only one carrier is being used for 5G Standalone. Why 5G SA Offers less DL User
5G
This article explains why 5G ANR is not triggered and does not work whenever SIB1 is disabled in the 5G Non-Standalone network. The below figure shows the signaling flow for NR PSCell changes in 5G NSA Network. 1. The UE sends a measurement report for the frequency specified by the
5G
In this article, I will give a quick guide on how to Map the measurement report sent by UE to the related events Type reported by the BTS to the UE in the RRC Reconfiguration message, which is very important during Handover related signaling analysis. The below figure shows the
5G
This article will cover some vital information regarding 4G & 5G UE Capability messages. It is important to highlight that UE Capability message is essential in Network troubleshooting, feature testing, and new devices benchmarking and testing; that is why it is necessary to get yourself familiar with UE Capability information
5G
This article will cover 5G Standalone challenges and other considerations that should be addressed to all related stakeholders before moving from 5G NSA to a 5G Standalone network. (1) 5G Standalone will Offer less DL User throughput compared with Non-Standalone 5G Standalone will offer less speed compared with 5G NSA
5G
SSB Beam Sweeping * Beam sweeping is a new concept newly introduced in 5G where g-NodeB can transmit a sequence of SSB beams in a different direction. * Simply, gNB can transmit a sequence of SSB beams; beam sweeping is implemented by changing the direction of each SSB Transmission. * All beams are
5G
1- How many architectures do we have in 5G NSA & SA?, and why is Option 3X the preferred option in NSA? 5G NSA has mainly three options: Option 3, 3a, and 3X; Option 3x is preferred to overcome the drawback associated with options 3 and 3a. Let’s go
5G
Did you know that 5G SSB Frequency domain position can influence and impact many KPIs, including Access time, UE Battery consumption, Handovers, and Interference? Let`s discuss in this article, How SSB frequency domain position can impact above mentioned KPIs! 1- What main concerns and recommendations need to be considered
5G
1- What do you mean by Low correlated Users or Users being separated in the spatial domain? * It simply means that users should be geographically separated; in other words, it means that each user is served by different beams. * And you need to consider that the performance of Multi-User MIMO