Uplink Data Transmission Based on Data Rate and Payload

The following figures illustrate the uplink data transmission based on the combination of payload size and data rate.

Note: Consider using the unconfirmed packet type as the results are the same for confirmed and unconfirmed packet types.

The following table provides the settings and payload sizes considered to profile the payload and data rate-based uplink data transmission scenarios.

Table 1. Payload and Data Rate Based Uplink Data Transmission Scenarios
Attribute	Value
TX power⁽¹⁾	1 (default)
TX data rate	DR0 and DR5
Default payload	11 bytes (temperature sensor data)
Max payload	DR0 = 43 bytes and DR5 = 234 bytes
Note: 1.The TX power from the preceding table resembles the offset value from the TX power table as per the RP2-1.0.2 LoRaWAN® Regional Parameters. Calculate the actual TX power value at the radio level for the above offset value using the following equation: Figure 1. Actual TX Power Actual⁢⁢ TX⁢ Power⁢ = MAX⁢ EIRP⁢−2⁢ dB=16−2=14⁢ dBm

Figure 2. Uplink Data (Default Payload Size) Transmission “With Period of Operation” at DR0 Zoom in Plot

Figure 3. Uplink Data (Max Payload Size) Transmission “With Period of Operation” at DR0 Zoom in Plot

Figure 4. Uplink Data (Default Payload Size) Transmission “With Period of Operation” at DR5 Zoom in Plot

Figure 5. Uplink Data (Max Payload Size) Transmission “With Period of Operation” at DR5 Zoom in Plot

Figure 6. Uplink Data (Default Payload Size) Transmission “Without Period of Operation” at DR0 Zoom in Plot

Figure 7. Uplink Data (Max Payload Size) Transmission “Without Period of Operation” at DR0 Zoom in Plot

Figure 8. Uplink Data (Default Payload Size) Transmission “Without Period of Operation” at DR5 Zoom in Plot

Figure 9. Uplink Data (Max Payload Size) Transmission “Without Period of Operation” at DR5 Zoom in Plot

The following table provides the consumption values during the uplink transmission in various scenarios from the preceding plots.