In this article:
Overview
The Myriota HyperPulse Network is a low power, ultra-low cost global satellite network, enabled by a constellation of GEO satellites with our partner ViaSat.
Utilising standard 3GPP to build a NTN service the same 5G silicon module is now enabled to send data via satellites as well as terrestrial cellular networks. Myriota's strategic partnership with Nordic Semiconductors enables Nordic's nRF9151 (rev A1A) module as the first compatible 5G module for the HyperPulse network.
The HyperPulse Network supports two-way communications, with an uplink for sending user messages from a HyperPulse-enabled device to the user-defined destination, and a downlink for receiving HyperPulse network updates and user configuration and command messages.
- Bi-directional service
- 3GPP Release 17 compliant 5G NB-IoT NTN
- Message sizes up to 250 bytes supported
- Message delivery latency of up to 30 minutes
- Low-power network design to support long battery life
- Industry-first intelligent beam hopping to enable low service costs
- Rich platform ecosystem to fast-track the development and launch of your IoT solution
- Global service supported by a highly experienced team of satellite IoT experts
Message Scheduling
With Myriota's patented beam hoping technology devices will maximise battery life and coordinate the uplink and downlink of messages automatically with the beam schedule.
Message Delivery
HyperPulse network uses standard 3GPP mechanisms to ensure a high rate of message delivery success. For mission critical applications requiring guaranteed message delivery it is recommended to implement an application level acknowledgement
Device Diagnostic Messages
Myriota's HyperPulse library is configured to send diagnostic messages by default. The data costs incurred due to these messages are not charged to the customer. The diagnostic messages are primarily used by Myriota's operations team to continuously monitor the performance of the devices on the network.