What is historization and what is it for?

The historization system embedded in our products allows to send multiple data collected at different times in a single frame.

This running mode « periodical with historization » enables battery optimization by sending less frames while keeping a high granularity. 

Concretely, what's going on?

I use a PULSE or a TEMP and I want a measure every 10 minutes:

  • Without historization: the product sends 1 frame (with 1 measure) every 10 minutes;
  • Thanks to historization I can send less messages:
    • Transmit a frame every half-hour, with 3 data memorized

    • Transmit a frame every half-hour, with 6 data memorized

… up to the maximum size limit of the available radio frame. [1]

What benefits?

With an optimal network coverage, changing the configuration of my product from a transmission every 10 minutes (140 frames per day) to a transmission every hour (24 frames per day), I double my autonomy while kipping the same number of collected data per day.  

In conclusion, historization allows to considerably optimize the product’s autonomy without penalize the quantity of data sent. 

[1] For the LoRaWAN version of our products, the frame capacity of a PULSE is 23 data memorized and 24 data memorized for a TEMP.

For the Sigfox version of our products, the frame capacity of a PULSE is 4 data memorized and 5 data memorized for a TEMP.

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FTD NB-IoT / LTE-M

Launch offer

Take advantage of our introductory offer for all NB-IoT / LTE-M Field Test Device pre-orders before 31 January 2025.

network tester, NB-IoT, LTE-M, network quality, IoT cellular network, Field Test device, FTD
network tester, NB-IoT, LTE-M, network quality, IoT cellular network, Field Test device, FTD