
Customize TEMS investigations with themes and color coding for maps, measurement windows, and event indicators. Set color thresholds—green for strong, red for weak—to visualize 2G/3G/4G/5G coverage and performance.
Identify overshooting causes from high antenna placement and low tilt, and adjust transmit power, tilt, and antenna patterns to limit coverage, optimize handovers, and reduce interference with neighboring cells.
Identify and mitigate gsm network interference with tems by drive tests and frequency scans, detecting co-channel, adjacent-channel, and external interference, then adjust frequency plans, power, and antenna tilts.
Identify missing neighbor relations when the best adjacent cell is not in the neighbor list, causing handovers to the currently reported best, which may be suboptimal.
Identify common 2g gsm tems handover problems, including failures despite strong neighbor signals due to duplicate or missing neighbor messages, NCC issues, and BSE mapping of neighbor signals to CGI.
Welcome to "Advanced Telecommunications and Network Analysis." This comprehensive course is designed for telecommunications professionals, network administrators, and students eager to deepen their understanding of cellular networks and enhance their analytical skills.
Throughout this course, participants will explore the fundamental principles of telecommunications, with a focus on network performance metrics, troubleshooting techniques, and the use of advanced tools such as the Telecom Equipment and Monitoring System (TEMS). Students will learn how to interpret key performance indicators, conduct frequency scans, and configure network equipment for optimal performance.
The course features extensive hands-on training with the Telecom Equipment and Monitoring System (TEMS), where learners will navigate through its various modules to collect, analyze, and visualize network data. Additionally, students will develop troubleshooting skills essential for diagnosing and resolving network issues, including conducting frequency scans and optimizing network configurations.
Through a mix of theoretical knowledge and hands-on practical exercises, learners will gain the confidence to analyze network data effectively, identify potential issues, and implement solutions that improve overall network quality. By the end of this course, you will be equipped with the essential skills needed to excel in the dynamic field of telecommunications.
Join us to unlock your potential and advance your career in this rapidly evolving industry!