Land Mobile Radio Analyzer and Coverage Measurement Guide : LMR Coverage Mapping
 
LMR Coverage Mapping
 
Introduction
General Measurement Setups
Coverage Mapping Introduction
Outdoor Coverage
Indoor Coverage
Anritsu easyMap Tools
Terminology:
Example Procedure:
Creating an Outdoor Map File with easyMap Tools
Creating an Indoor Map File with easyMap Tools
Instrument Settings
Setup
Recall a Map (Indoor or Outdoor Coverage)
Recall the Default Grid
Measurement Setup for Map Display Type
Measurement Mapping
Save the Coverage Mapping Information
Measurements with Graph Display Type
Procedure to Monitor Base Station Synchronous Channel Decoding
Saving Graph Data
Coverage Mapping Menus
Coverage Mapping Menu
Mapping Save/Recall Menu
Legend Setup Menus
Pan & Zoom Menu
Point Distance/Time Setup Menu
Sweep Menu
Measure Menu
Trace Menu
Limit Menu
Other Menus
Note 
Land Mobile Radio Coverage Mapping using the S412E LMR Master requires Option 31, GPS Receiver, and a compatible GPS Antenna for outdoor coverage mapping. Coverage mapping also requires one or more of the following options installed on the LMR Master:
NBFM Coverage (Standard)
P25/P25p2 Coverage (Option 522)
NXDN Coverage (Option 532)
dPMR Coverage (Option 572)
TETRA Coverage (Option 582)
DMR Coverage (Option 592)
PTC-ITCR and PTC ACSES Coverage (Option 722 and 733)
Introduction
The LMR Analyzer Coverage Mapping options provide the ability to measure and map signal strength, modulation fidelity, error vector magnitude, or bit error rate of a single channel as a function of time and location. These options are not to be confused with Option 431 Coverage Mapping, which is a legacy option that applies only to the Spectrum Analyzer mode.
The LMR Master combines the received signal information with time and location information from the internal GPS module (Option 31 required) to store data that can then be turned into coverage maps using third party software.
The easyMap Tools™ program creates single panel maps (.map) that are compatible with Anritsu’s handheld instruments. The software also creates pan and zoom maps (.azm) that are compatible with supported Anritsu instruments. The software imports maps from OpenStreetMap and Google Maps and creates files with or without GPS information. Anritsu easyMap Tools is available from the Anritsu Web site: www.anritsu.com.
.azm map files allow Pan and Zoom on the instrument.
.map map files are in a legacy format that is compatible with older firmware.
When Start Data Collection is turned On, OTA measurements are attached to the GPS location and time data, and the measurements are saved to a file. Captured data can be saved as a tab delimited text file (.mtd) for viewing coverage data in a spreadsheet, text editor, or third‑party coverage prediction software. The measurements can also be saved in.kml format for direct viewing with mapping software, such as Google Earth.
For P25/P25p2, NXDN, dPMR, TETRA, DMR, and PTC Coverage (both ITCR and ACSES), the measurement information that is collected includes Received Signal Strength Indication (RSSI), Bit/Message Error Rate (BER/MER), and Modulation Fidelity (in TETRA and PTC, RMS Vector Err (EVM) replaces Modulation Fidelity). NBFM Coverage includes RSSI, Total Harmonic Distortion (THD), Signal‑to‑Noise and Distortion ratio (SINAD), and External SINAD.