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