If you’re living in the UAE, you’ve probably noticed the new billboards across the streets promoting the latest evolution of 5G technology. Etisalat is calling it 5.5G (5G-Advanced) while DU brands it as 5G+ — but in reality, they’re both referring to the same milestone: 5G-Advanced. So, what is 5G-Advanced? 5G-Advanced (3GPP Release 18 and […]

mmWave offers the fastest 5G speeds available today; however, its use cases are currently limited. With its extremely short range and poor penetration through obstacles, mmWave mainly makes sense in dense urban areas and crowded venues such as concert halls, stadiums, and airports. In contrast, sub-6GHz 5G provides broader coverage across cities, suburbs, and rural […]

Ofcom is auctioning a total of 5.4 GHz of mmWave spectrum across the 26 GHz and 40 GHz bands. This marks a significant milestone for 5G evolution in the UK and the biggest release in UK history. The mmWave licence framework and auction design have several implications for how 5G and private wireless networks might […]

5G FWA isn’t just a “nice-to-have” – it’s the future of home connectivity. The latest data from CTIA shows a clear trend: 5G FWA is driving nearly all new broadband growth in the U.S. For the third year in a row, 99% of new home broadband subscribers chose 5G, as consumers prefer wireless choices. In fact, […]

The question is: Actual 5G or Icon-only 5G. A study based on the mobile app SignalTracker shows that nearly 40% of 5G connections are actually 4G, as per PolicyTracker. Actual 5G is about twice as fast as icon-only connections, averaging 49 Mbps compared to 27 Mbps in the tests. In UK tests, when the 5G […]

When discussing 5G NTN, it’s important to understand what NTN is, how it functions, and the purpose of Transparent Architecture. What is 5G NTN? 5G NTN refers to the integration of satellite or High-Altitude Platform Systems (HAPS) into the 5G ecosystem. It expands connectivity to: Rural and remote regions. Maritime and aviation sectors. Disaster-hit or […]

Network Slicing is essentially the ability to divide your network into individual use cases, each tailored to provide specialised services. Traditionally, in 4G, the APN (Access Point Name) was probably the earliest form of network slicing in a mobile network, allowing operators to divide their networks according to service requirements. Accurate 5G network slicing, as […]

For the introduction of 5G, 3GPP has specified five possible configurations, or ‘options’, for connecting to an EPC or a new 5G core network (six if the current 4G system is included). The features that distinguish each Option are: Use of Dual Connectivity; Radio Access Technology acting as master node Core Network used. The Options […]

Synchronization in 5G ensures precise timing and coordination across the network, enabling key technologies like TDD, beamforming, and ultra-low latency. 5G TDD networks utilise the same frequency for both uplink (UL) and downlink (DL), with time slots separating them. If base stations are out of sync, UL/DL transmissions collide, resulting in interference and dropped connections. […]

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 be transparent (i.e., with minimal on-board processing) to reduce payload complexity while ensuring seamless interoperability with terrestrial 5G systems. A transparent NTN payload acts as […]

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 technology used. The UE can operate in Single or Dual Registration mode, maintaining separate security contexts for each system. ​ During mobility from EPS to […]