Automatic signal tester
Use the Loptimizer unit with its built-in status screen to run automated field signal checks and capture clear installation results.
Loptimizer connects to a LoRaWAN test device over Bluetooth, shows its ready status on the built-in screen, runs field link checks, and compares data rate and transmit power combinations so installers know where to place sensors and how to reduce battery consumption.
Use the Loptimizer unit with its built-in status screen to run automated field signal checks and capture clear installation results.
Connect the mobile app over Bluetooth, run tests on site, and read results without extra tools.
Compare best and worst locations to quantify the battery life penalty of poor radio conditions.
The LinkCheck workflow turns field signal measurements into simple scores so installers can understand results quickly at the exact sensor location.
Poor placement forces LoRaWAN devices to spend more energy per transmission. Loptimizer highlights the best location and configuration so teams can reduce truck rolls and extend sensor lifetime.
Pair the mobile app with the Loptimizer device over Bluetooth and choose the LoRaWAN region and device profile.
Run LinkCheck and optimization campaigns at candidate sensor locations.
Review the score matrix, signal details, and energy impact for each location.
Install the sensor using the best placement, data rate, and transmit power recommendations.
Loptimizer is a LoRaWAN signal tester and optimizer. The mobile app connects to LoRaWAN test hardware over Bluetooth, while the device screen shows readiness and local status before tests.
Loptimizer supports the following LoRaWAN regions: US915, AU915, KR920, AS923, EU868, RU864, and IN865.
Yes. Loptimizer includes LinkCheck tests for link quality and optimization campaigns that compare data rate and transmit power combinations.
When LoRaWAN signal quality is weak, devices may need higher transmit power, lower data rates, longer airtime, or repeated transmissions. That increases energy per message.
Read practical field guides for choosing better sensor locations, validating LoRaWAN coverage, and extending battery life before installation.
Understand why LoRaWAN sensors drain batteries faster in poor radio conditions and how testing DR, TX power, and location can extend operating life.
Read articleLearn how a LoRaWAN field tester helps installers measure RSSI, SNR, gateway redundancy, data rate, and TX power before a sensor is deployed.
Read articleUse Loptimizer to replace guesswork with measurable link quality, battery impact, and install-ready LoRaWAN settings.