LoRa Parameter Tuner
LoRa Parameter Tuner
Master LoRa Modulation Through Real-World Scenarios
Interactive game
LoRa modulation
LoRa Parameter Tuner
Tune spreading factor, bandwidth, coding rate, and transmit power for realistic LoRa deployment constraints.
10Scenarios
4Radio levers
30Points each
TryFor each scenario, set Spreading factor, Bandwidth, Coding rate, and Power before Check. Each scenario is scored once.
ObserveLatest shifts from 0/30 as range, airtime, sensitivity, data rate, and energy move in opposing directions.
ExplainHigher spreading factor lengthens symbols and improves sensitivity at fixed bandwidth. More coding redundancy adds payload symbols, not symbol duration. Wider bandwidth increases nominal bit rate but reduces sensitivity.
LoRaWAN identity (pale only)Current selectionReference dataSuccessCautionError
Progress
Scenario 1 of 10
0Score
0/30Latest
0Balanced
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Technical boundaries. The deterministic link fixtures use simplified propagation and radio assumptions. They omit site survey variability, antenna mismatch, interference, gateway diversity, regional channel-plan details, hardware tolerances, and network-server policy; scores are comparative teaching evidence, not a link guarantee. Sensitivity and range are illustrative, and battery-year targets are not calculated. Scores compare with a preferred teaching profile; alternatives can work in practice. These are LoRa PHY choices, not a regional LoRaWAN channel plan.
Reference Material
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