The 5G Non-Terrestrial Network (NTN) integrates satellite and airborne platforms with terrestrial 5G networks to provide ubiquitous coverage. The Next-Generation Radio Access Network (NG-RAN) architecture in 5G NTN can be designed to […]
Interworking security between 5G and EPC involves managing security contexts during mobility between the two systems. This ensures that the UE can maintain secure connections regardless of the access […]
Many types of firewalls are often categorized by system protection, form factor, network placement, and data filtering method. Regarding 5G, Firewalls protect different network layers — especially in the Service-Based […]
The Question is Actual 5G or Icon-only 5G! Recently, a new mobile app called SignalTracker showed that nearly 40% of 5G connections are actually 4G, as per PolicyTracker. Actual 5G […]
The journey started with 2G and 3G, where Voice was the leading service, and the main protocols were SS7 and SIGTRAN (Signaling Transport). At this time, the primary Firewalls are: […]
When I started my 5G Journey in 2017, I first explored the 5G network versions: 5G NSA (Non-Standalone) and 5G SA (Standalone). Most MNOs envision starting with 5G NSA and […]
Currently, I see some confusion regarding 5G identification and the purpose of each one, such as which network node generates them and the subscriber’s role. I summarized the 3 identifications […]
What is NTN? NTN refers to a communication system that transmits data through non-terrestrial platforms, such as satellites, high-altitude platforms (HAPs), drones, or other aerial technologies, instead of relying on […]
Recently, I read many discussions around 5G SA mainly really on mmWave spectrum which is Unique to 5G technology, as mmWave or millimeter Wave is the most capacity spectrum band […]
5G Release 15 was the first release of 5G and its specification was completed in June 2018. Release 16/17 specifications were drafted as extensions to 5G Release 15 with its […]
5G NR modulation and waveforms have some commonalities with LTE but aim to have much higher spectral efficiency. NR supports QPSK, 16 QAM, and 256 QAM with the same constellation […]
