Non-orthogonal multiple access (NOMA) has become an important principle for the design of radio access techniques for the fifth generation (5G) wireless networks. NOMA Technique is based on the key […]
Why Is NOMA the Best for 5G?
How Will 5G Enable New IOT Use Cases?
5G will coexist with existing wireless networks, including LTE-A, NB-IoT and Low-Power Wide Area Network (LPWAN) technologies. It is important to understand how 5G will enhance IoT applications, over and […]
If the user is using VoLTE call in LTE network and came to the LTE network edge, what will happen in this situation?
There are two solutions: 1. The VoLTE call will make handover to CS domain of UTRAN or GERAN if VoIP service is not supported in target networks. This handover type […]
What Is the Goal of 5G?
The ultimate goal of deploying 5G is to replace all of the networks we currently use to stay connected to the internet, not just the mobile networks but also hardwired […]
What Is the Reason behind “5G New Radio” Name?
The reason of naming “new radio” is that this air interface will not be backward compatible with any 4G standards such as LTE⁃Advanced⁃pro. This new radio interface can be deployed […]
How LTE Avoid Inter-Cell Interference?
Inter-cell interference is the most interesting aspect in the LTE radio interface regarding radio quality and throughput of specific connections between the UE and network. As in 3G UMTS, neighbor […]
What Are the Differences between 3G and 3.5G?
3G and 3.5G are used for old Universal Mobile Telecommunications Systems. 3G is UMTS and 3.5G is UMTS with High-speed packet access (HSPA or HSPA+). 3G(UMTS) data rate up to […]
Why Operators Need Unlicensed Spectrum?
Operators started to rely Unlicensed spectrum due to the below reasons : Mobile Network operators (MNOs) continue to experience a phenomenal increase in mobile data consumption driven by increased adoption […]
Please also write on selection & reselection for all technologies
I will post the details in separate article for each technology.