LOPTIMIZER

What Is LOPTIMIZER?

LOPTIMIZER is a portable field tester for LoRaWAN for installers and system integrators who need to validate coverage before deployment. Connected to a phone or tablet via Bluetooth, it helps teams compare installation points, choose better placement, and estimate battery impact without needing deep LoRaWAN knowledge. By turning field measurements into clear scores, recommendations, and placement decisions, it supports faster rollouts, fewer installation errors, and more reliable performance in deployments using US915, AU915, KR920, AS923, EU868, RU864, and IN865.

Who LOPTIMIZER Is For

Best for

• installers choosing the best sensor mounting point
• system integrators validating end-device placement before rollout
• teams that need battery-aware location scoring using a mobile workflow
• pilot projects where quick, comparable location testing matters

Not primarily for

• full gateway heatmapping
• deep uplink/downlink network diagnosis
• standalone touchscreen-only workflows
• teams that need CSV-heavy reporting and built-in mapping first

When to Use LOPTIMIZER vs a Full Field Tester for LoRaWAN

Use LOPTIMIZER when

• the decision is where to place the end device
• battery life and radio conditions must be balanced
• the installer needs clear scoring, not raw RF interpretation
• the team is testing with a phone/tablet workflow

Use a fuller network-analysis tester when you need

• broader mapping, GPS-heavy location logging, or CSV/report export
• stronger standalone operation
• broader network coverage verification across more test modes
• deeper uplink/downlink or packet-loss workflows

Key Features of LOPTIMIZER

LOPTIMIZER allows you to simulate real-world device behavior, not just generic radio tests.

• Select from a library of devices from different manufacturers
• Emulate real transmission profiles (data rate, payload, TX power)
• Test performance as if your actual device were deployed

How LOPTIMIZER Fits Into a Deployment Workflow

1. Plan the network and identify possible device locations.
2. Use LOPTIMIZER on site to test those candidate mounting points.
3. Compare link quality, join behavior, and battery impact.
4. Choose the location that gives the best overall result.
5. Install the device with more confidence and less rework.

Comparison: LOPTIMIZER vs Other Field Testers for LoRaWAN

Use Case Examples for LOPTIMIZER

Field teams can use LOPTIMIZER to compare candidate locations, document decisions, and choose placements that support stronger links, lower energy use, and more consistent deployment outcomes.

Use Case #1: Tank Sensor Placement for a Farm Deployment

A farm integrator faced 81% join success across five mounting points. Using campaign testing and location scoring, he raised the sensor 6 meters, reached 97% success, achieved 18/18 install yield with 20/20 repeatable readings, and said installation was faster and more predictable.

Use Case #2: Streetlight Node Validation in a Smart City Pilot

During a smart city pilot, an installer saw -119 dBm RSSI and weak battery estimates at the first pole. After single-point and repeat tests on three poles, she improved projected life by 28%, delivered 12/12 install yield with 3/3 repeatable scores.

Why choose LOPTIMIZER for LoRaWAN deployment validation?

LOPTIMIZER is best suited for LoRaWAN installers and system integrators who need to choose the best sensor installation point before deployment. It is designed for app-based field testing that compares candidate locations using link quality and battery-impact scoring. Unlike broader field testers built for mapping, packet-loss analysis, or full gateway diagnostics, LOPTIMIZER is focused on one deployment question: where should this device be placed to balance reliability and energy use?

What’s in the Box

• 1 pc LOPTIMIZER Field Tester
• 1 pc LoRa antenna
• 1 pc USB cable

How to Get Started with LOPTIMIZER

• LOPTIMIZER Website
• LOPTIMIZER Support