Are you frequently hearing complaints from your users or subscribers about slow network speeds, laggy video calls, and frustratingly long load times? Are you looking for a best solution to take control of your network to ensure your network performance with smoothly and efficiently? If these are the cases, it’s time to dive into the wonderful world of mobile network metrics or network performance metrics. So, now let us see the Key Metrics in Mobile Network Testing along with Reliable Mobile Network Monitoring Tools, Mobile Network Drive Test Tools, Mobile Network Testing Tools and Reliable LTE RF drive test tools in telecom & Cellular RF drive test equipment in detail.
These metrics can provide real-time insights into the potential issues, outages, errors of the network and provide you with a more profound understanding of how your network infrastructure are operating. Mobile networks are highly complex structures, intricately designed to meet the quality requirements of the network and subscribers equally, hence, network performance metrics enable you to understand end-user demands and help you create an adaptive network to meet future business needs.
Due to huge demand for more connections worldwide, mobile communication standards advanced rapidly to support more users as how they communicate, work, and access information. From video calls with family and friends to the convenience of smartphones and IoT connectivity, our wireless communication system has changed significantly since the first-generation mobile network was created over four decades ago thus mobile networks have revolutionized the way we live.
1G: A 1G wireless system is designed to support only voice transmission and the widely used network standards include NMT, NMT, TACS, JTAGS, etc. and invented to support only voice transmission.
2G: 2G technology is divided into two types, i.e., TDMA, represented by GSM, and CDMA specifications in the form of multiplexing. GSM technology enabled digital voice and data (SMS and email services) to be sent across the network as this standard could support up to 14.4 to 64kbps (maximum) data rate.
3G: 3G combines wireless communication with internet-like multimedia communication and specific applications on 3G were developed to utilize newer capabilities, such as multimedia chat, email, video calling, social media, and mobile games.
4G: 4G or fourth generation of mobile communication technology puts 3G and Wi-Fi into one, and can quickly transmit high-quality data, audio, video, image, etc., In addition, 4G networks is known as Long-Term Evolution (LTE) that offers higher data rate and are capable of handling more advanced multimedia services.
5G: 5G is the latest generation of cellular mobile technology and extension of 4G (LTE-A, WiMAX), 3G (UMTS, LTE), and 2G (GSM). It is designed to provide greater rates of data transfer, lower latency, and can support a much larger number of devices than previous generations.
Below are the key metrics in mobile network testing –
- Network Availability: It is one of the key metrics to track your network’s uptime (the amount of time during which your network is completely operational) over a specific time interval thereby ensuring the services you provide to end users are available consistently.
- Throughput: This metric allows you to measure the actual data transmission rate through different areas of your network or the actual amount of data packets successfully sent to the destination via the network. Throughput may vary depending on the areas of the network, for example, a low throughput indicates dropped packets.
- Bandwidth usage: This metric helps you to easily monitor the amount of bandwidth (refers to the maximum data transmission rate on a network at a particular time) your network is using. Maximizing your bandwidth usage without exceeding the threshold limits is important to achieve optimal network operations.
- Latency: It (network delay) is a network performance metric measuring the amount of time that takes to transfer data from one destination to another. To increase network latency, packet queuing in switched networks and fiber optic cabling refractive index, are important things to take care.
Conclusion
When monitoring your network, there are so many aspects that may come to your mind, the most important yet effective one is network performance monitoring metrics that can make monitoring a easier job. Analyzing the performance based on certain metrics through RantCell (a smart phone-based app) will give you an overall perspective of your network performance and aid identifying specific issues that dampen the end-user experience. With RantCell, (a network performance metrics monitoring tool) you can get several benefits capable of helping you improve your entire network performance, such as complete visibility into your network, predict and prevent network downtime, how much bandwidth your network is utilizing and so on.