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Turning measurements into spectrum usage & coverage maps

SpectrumMap is a cloud-based big data system that collects real-world spectrum usage data from various fixed, mobile, and portable monitoring devices. It integrates seamlessly with LS OBSERVER and third-party systems, ensuring comprehensive data collection.

By leveraging smart interpolation, SpectrumMap generates an interactive, area-wide spectrum usage map, providing accurate signal level estimations without the need for complex queries or manual sensor identification.

This web-based solution supports spectrum analysis, verification of simulation results, detection of unlicensed emissions, and optimization of spectrum usage. Additionally, it serves as a valuable tool for regulatory decision-making and policy development.

Experience a new standard in spectrum visualization and maximize the value of your monitoring data.

Why use SpectrumMap?

Learn more about the key benefits of SpectrumMap

Map with overlaid spectrum utilization heatmap, representing LS telcom’s spectrum audit services for improving frequency planning and dynamic spectrum allocation.

Perform Spectrum Audits

  • Solve the problem of low spectrum utilization
  • Optimize frequency planning and allocation
  • Improve the allocation mechanism and ensure more fair and reasonable use of spectrum resources
  • Lay the foundation for future marketization of spectrum resources
  • Pave the way to dynamic spectrum allocation, thereby improve the efficiency of spectrum usage
Heatmap overlay on city map showing frequency availability, representing LS telcom’s automated data analysis for accurate and efficient spectrum assignment.

Support the Frequency Assignment Process

  • Visualize frequency availability to improve the frequency assignment process
  • Automatic data analysis instead of traditional manual work, thereby improve work efficiency
  • Process frequency assignment based on "real world" monitoring data, therefore improve the accuracy
  • Sophisticated algorithm and accurate calculation guarantee more efficient usage of spectrum resources
Color-coded map indicating areas of high and low radio spectrum usage, illustrating LS telcom’s use of big data and cloud computing for supervising and optimizing radio station operations.

Supervise Radio Stations

  • Employ new technologies (big data & cloud computing) to supervise radio stations.
  • Detect illegal stations timely
  • Clean up expired and idle stations to get more available sites and frequencies
  • Improve the accuracy and effectiveness of license database
  • Timely recycle frequencies to meet the increasing demand on spectrum resources
Side-by-side spectrum maps showing new, abnormal, and vanished emissions, representing LS telcom’s automated approach to detecting and resolving radio interference.

Detect Interference

  • Actively detect interference and deal with it timely
  • Reduce labor intensity and improve the efficiency of interference investigation
  • Change from manual to digital and automatic operations, making full use of all available data
Close-up of a person operating a yellow handheld electromagnetic field meter in front of broadcast antennas, representing LS telcom’s radiation hazard assessment and public awareness services.

Assess Radiation Hazard

  • Improve public awareness of electromagnetic radiation
  • Publish authoritative information of electromagnetic environment, thereby ease public tension on radio stations
  • Regularly release electromagnetic radiation index as a public environmental information service