: Unzip the downloaded folder to a permanent location on your PC (e.g., C:\LTEHMonitor ). Run : Launch LTEHMonitor.exe . Connect : Enter your Router IP (usually 192.168.8.1 ). Enter your Username (default is admin ). Enter your Password (the one used for the web interface).
I can provide tailored instructions based on your hardware and network setup. Share public link
Monitoring temperature and CPU load of modems.
Once the data starts populating, focus on four primary signal quality metrics to optimize the router placement: Description Optimal Range Poor Range Total received signal power Greater than -80 dBm Worse than -110 dBm RSRQ Quality of the received signal Greater than -10 dB Worse than -15 dB SINR Signal-to-noise ratio (Clarity) Greater than 20 dB Worse than 0 dB RSSI Overall received signal strength Greater than -65 dBm Worse than -85 dBm How to Adjust Frequency Bands lte hmonitor install
This version runs directly on the router using a USB key, allowing for constant monitoring without a PC. LTE H-Monitor Create a folder named on the root of a USB drive. Unzip the archive into this folder. Modify the router's firmware script ( /etc/autorun.sh ) to execute the hme/autorun.sh script on boot. Samba sharing on the router to access the recorded data from your PC. LTE H-Monitor Quick Tips for First-Time Users Force Banding : If your signal is unstable, go to Configuration > Radio
Locate the downloaded .zip file in your system's downloads folder.
: Extract the specialized embedded file package directly inside the hme folder. : Unzip the downloaded folder to a permanent
LTE HMonitor offers several benefits to network administrators and engineers, including:
: Aggregates throughput data and signal history for up to one year.
Click to force the hardware to lock onto that specific frequency string. Enter your Username (default is admin )
There is also an that can be installed directly onto the router for autonomous operation without a separate PC. Instructions for this version are provided in a later section.
Most router interfaces show "Signal Strength" (RSSI). RSSI is often misleading in LTE networks because it includes interference and noise. A router can show "4 bars" (good RSSI) but have terrible throughput because the signal quality (SINR) is poor due to tower congestion.