Pointilleux and Maitrisé with Mobile Network testing & RF Drive Test Tools
The beginning of 5G work in 3GPP already started a couple of years ago as it has been made in both standardization and commercial deployments. reflects enormous progress which includes applications such as remote surgeries, automation in factories and institutions, autonomous vehicles, and more. Currently, 3GPP is entering the second phase of 5G standardization, known as 5G-Advanced or 6G, and is significantly expanding 5G capabilities and providing balanced mobile broadband evolution. 5G Advanced includes a diverse set of features that cover both device and network evolutions transform connectivity experiences and serve as an essential step in developing mobile communications towards 6G. The 5G Advanced is built on the 5G baseline in 3GPP Releases 15, 16, and 17 and 5G advanced’ features will enhance 5G network performance and strengthen the support for XR, indoor positioning, and other services like non-terrestrial networks. So, now let us take a closer look at 5G Advanced and the path to 6G along with User-friendly Mobile Network Monitoring Tools, Mobile Network Drive Test Tools, Mobile Network Testing Tools and User-friendly LTE RF drive test tools in telecom & Cellular RF drive test equipment in detail.
5G Advanced provides enhancements to the architecture (to improve the correctness of the models) for supporting intelligent network automation including RAN management, analytics, and AI/ML model life-cycle management. The evolution of 5G Advanced will not only enhance network performance and add support for new applications and use cases but also bring system-level enhancements to the 5G NR standard while optimizing capabilities for specific vertical industries and applications. 5G advanced or 6G will enable high-performance radio access networks (RAN) and new features that allow communication service providers to differentiate their service offerings. It also supports new spectrum bands, innovations to the air interface, wide-area IoT evolution, and private networks by offering innovations including AI-enabled end-to-end communications, and more.
Benefits of 5G Advanced –
Enhanced coverage and MIMO performance: 5G-Advanced through its innovations is likely to offer 20 percent higher data rates that will not only address lower uplink latencies but also address the enormous growth in live high-quality video streaming (uplink-demanding applications). This is possible through enhanced coverage such as PUSCH 2 db and RACH 5 db. Uplink coverage improvements are part of 5G-Advanced which has low latencies in both link directions to help XR applications (AR, VR, gaming) for highly responsive bidirectional communication. 5G MIMO performance (enhanced uplink, multi-cell uplink, high-speed mobiles) is vital through which system capacity is boosted further in both the uplink and downlink – MIMO enables two or more user equipment to share the same time and frequency resources.
Accurate positioning: When it comes to accurate cellular-based positioning, 5G-Advanced will offer enhancements such as the identification of non-line-of-sight paths as well as centimetre-level accuracy, for both indoor and outdoor scenarios. It will work as a complement to outdoor global navigation satellite systems (GNSS) thus catering to the requirement of buildings for industrial automation or logistics or tunnels for automotive or public safety.
Enhanced mobility: In 5G Advanced, 3GPP introduces a new handover procedure with shorter service interruption times that will enable 5G-Advanced to target virtually zero service interruption times (L1/L2-triggered mobility or LTM) during handovers without compromising robustness. Improved mobility is vital for devices on the move with XR, IIoT, or URLLC which are known as latency-critical services.
5G-Advanced with bandwidths below 5 MHz will further strengthen support for low-cost, low-power devices, such as industrial wireless sensors, smartwatches, and smart eyewear; also support time-sensitive networks, enhanced network slicing capabilities, and functionality.
Conclusion
We’re excited to lead the evolution of 5G Advanced which will transform our world in an unprecedented way across automotive, aviation, manufacturing, fintech, and more. 5G Advanced will focus on solutions that promote continuous investments in 5G commercial deployments to improve performance and address critical needs. 5G-Advanced will change the user experience in numerous ways, across automotive, aviation, manufacturing, and fintech allowing consumers and industries to benefit from the highly immersive experience and enhanced mobility. Here comes network testing and measurement as RantCell can perform – a smartphone-based app that will help you to check your network status remotely and get the results in one day. This will enable 5G Advanced technology to improve coverage and capacity and deliver more intelligence into the network using AI and ML, boost performance, and reduce power consumption.
