In the age of digitalization, society demands more data rates and hire engineering wireless services. To overcome society is deploying 5G technology. The 5G network’s center of attention is on various performance indicators. It supports autonomous control applications with low latency and ultra-high reliability. Not only this, a vast number of connections, low power consumption, and energy efficiency are why it differs from others. Moreover, it hosts VR (Virtual Reality) apps and high-definition video streaming with a speed of 1+ Gbps too.
Unlike present technologies, the 5G networks can link 10–100 times more connected devices.
Network optimization is crucial for identifying all network flaws. Besides, to meet the planned standards of the technology, Network optimization is essential. Various 5g courses online have network optimization as the centre of attention
Society needs multiple tools that can help to identify network anomalies. Tools for 5G network optimization offer a thorough overview of the quality and coverage of the 5G network. Amplification of the network will result in a reduction of several issues. The 5G5g network optimizationNR wireless network optimization tools are suitable for validating 5G NR technologies, including beamforming and huge MIMO.
5G network Optimization
5G doesn’t mean merely a change in mobile broadband. In the future, the 5G network’s speed and optimization will become even more crucial for networks. Several proxies talk to each other about building trustworthy point-to-point connections. It can disturb Network optimization and even can make it hierarchical. That’s why it is necessary to enable quicker retransmission in the event of a network drop. Different functional splits have been compared and evaluated by using mathematical tools.
Need for optimization
Optimal performance should be possible for executing and designing the 5G network. It means improvement in efficiency across the convergent networks, from spectrum efficiency to deploying virtualized load balancing and from space-efficient small cells to energy-efficient backhaul.
Here is the reason why we need the optimization of networks:
- Edge computing supports 5G IoT low latency applications like improved driving and tactile internet.
- 5G networks need new power solutions with high energy and spectrum efficiency.
- Frequency control in equipment used on shared sites.
- Time-division duplex modes play a crucial part.
- Prevention of interference.
Different optimization methods
Various optimization methods include:
- Machine learning-based optimization
This tool uses optimization techniques—Generic Algorithms (GA) and Machine Learning. The QoE approach serves as the foundation for this procedure.
- Virtualized Cellular Infrastructure:
For Automatic Neighbor relation, it suggests network function virtualization (ANR).
3 . Network Function Virtualization
This method focuses on optimizing base station consumption in general. In achieving the goal, various game-theory methods are utilized using simulation.
4 . Automatic Neighbor relation
It describes that wireless networks are the one that enables automatic neighbour relation functions management.
Conclusion – 5G NR Network Advanced Optimization Features
Advanced optimization options in optimization tools enable the examination of the signal behaviour in action about all the environment’s objects. Some tools available are:
- Beam coverage visualization
- A 3D visualizer add-on
You can check the beam configuration by
- Comparing measurement data
- 5G LTE coverage comparison
- Low coverage detection
- Pilot pollution analysis
- Cell dominance analysis
- Network slicing testing
- Massive MIMO result analysis
Ready to take up this course? All the best!
