Description
Benchmarking wireless networks against each other Nemo Invex II is an accurate, efficient, easy-to-use, and application-rich benchmarking system for wireless networks. The platform supports latest technologies such as LTE-A 3 carrier aggregation, LTE Cat 16 devices, VoLTE/ ViLTE, VoWiFi/ViWiFi, and eMBMS testing. Nemo Invex II comes with wide a wide range of application testing capabilities, enabling to compare how actual services like YouTube, Facebook, Twitter, Dropbox, and Instagram work from an end-user perspective, and running native Ookla speedtest is possible. Nemo Invex II mobile benchmarking system combines powerful intuitive software and scalable hardware to create a superior solution for benchmarking wireless networks and devices. Quick and easy to deploy, Nemo Invex II provides critical quality-of-service (QoS) measurements and a wide variety of quality-of-experience (QoE) service testing, including the latest voice, video quality and video streaming quality measurement algorithms such as PESQ. POLQA, and PEVQ-S. Powerful, scalable system Nemo Invex II enables testing with up to 50 test devices simultaneously with lower power consumption per device, giving operators, network vendors, regulators, and contractors the possibility to benchmark voice and data services of all major wireless technologies in one test drive. The optional K eysight proprietary media router (patent pending) communications interface and application developed for Android and iPhone smartphones, reduces the total power consumption of the benchmarking system as fewer PC modules (UICs) are needed. With the optional media router functionality integrated into Nemo Invex II, the smartphone measurement results reflect the real end-user experience. This gives customers the tools to understand their wireless network quality compared to competitors from end consumer perspective – giving them insight into where to troubleshoot and optimize the network based on the results, ultimately improving customer satisfaction and reducing churn.