mioty Alliance Publicizes New ETSI Customary for Low Throughput Networks

mioty Alliance Publicizes New ETSI Customary for Low Throughput Networks
mioty Alliance Publicizes New ETSI Customary for Low Throughput Networks


The mioty Alliance is happy to announce the discharge of ETSI TS 103 357-2 V2.1.1, a major replace to the TS-UNB protocol specification for Low Throughput Networks (LTN). This new model, printed in June 2024, represents a significant step ahead in standardizing and bettering LTN applied sciences.

Key highlights of the brand new specification embody:

  • Class B: Description of sophistication B end-points, which are able to scheduled downlink communication (i.e. periodic alternative of downlink transmission)
  • Class C: Description of sophistication C end-points, which are able to event-triggered downlink communication (i.e. on-demand downlink transmission)
  • Increased Information Fee: To scale back energy consumption in uplink and get extra capability in downlink
  • Low Latency: New time & frequency patterns for low latency purposes
  • Energy Consumption: Timing flexibility in uplink for drain present optimisation in units

The mioty Alliance acknowledges this standardization as an important step in advancing the adoption and interoperability of LTN applied sciences. By offering a transparent and detailed specification for the TS-UNB protocol, ETSI TS 103 357-2 V2.1.1 will facilitate the event and deployment of sturdy, environment friendly, and standardized LTN options.

We encourage all stakeholders within the IoT and LTN ecosystem to overview this new normal. The mioty Alliance stays dedicated to supporting the continued improvement and adoption of LTN applied sciences, and we look ahead to the optimistic impression this standardization may have on the business.

For extra info on ETSI TS 103 357-2 V2.1.1 and its implications for the LTN business, please go to the ETSI web site or contact the mioty Alliance straight. [Source]

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mioty alliance
mioty alliance

Essentially the most sturdy, environment friendly and scalable IoT connectivity resolution obtainable.



Essentially the most sturdy, environment friendly and scalable IoT connectivity resolution obtainable.





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