Densify or upgrade existing M2M network with LoRaWAN.
Address legacy IP-based use cases with LoRaWAN.
Achieve seamless interoperability with IP.
Delivered with configurable compression profile, enabling straightforward adjustment to local communications, regulatory and project requirements
A community edition of Acklio SCHC IP Core delivered with 3 connectors (Actility, Chirpstack, The Things network)
Easy onboarding with documented step-by-step configuration to inspire bespoke integrations.
Reference designs for growing number of target environments
Test uplink and downlink transmission of IPv6/UDP packets between a device and a server via LoRaWAN with SCHC compression and fragmentation.
B-L072Z-LRWAN1 board
Semtech LR1110DVK1TBKS development kit
STM32L476RG-Nucleo board with sx1261 extension shield
The example demonstrates a compact implementation of SCHC on FreeRTOS for UDP/IPv6 packet exchange over LoRaWAN. The IP stack used on device side is uIP.
STM32L476RG-Nucleo board with sx1261 extension shield
(New releases soon)
The example setup illustrates the exchange of DLMS/UDP/IPv6 frames between HES and DLMS meter on a LoRaWAN link thanks to Acklio SCHC implementation. By compressing IPv6, UDP and DLMS wrapper headers, SCHC allows an economy of 56 bytes per message. And SCHC fragmentation is applied in an "ack-on-error mode" when the compressed messages exceed Maximum Transmission Unit (MTU).
The demo comes with a device application (the DLMS server) simulating the DLMS meter and a DLMS client simulating the Head-End System (HES).
B-L072Z-LRWAN1 board
Semtech LR1110DVK1TBKS development kit
STM32L476RG-Nucleo board with sx1261 extension shield