Acklio SCHC Developer Program
Learn, test, prototype and showcase energy efficient & secure IoT solutions with SCHC: the Developer Program from Acklio offers access to software suite and application examples.
The complete SCHC toolbox
Acklio SCHC library
On the device side, SCHC software library can be embedded on the application processor (CPU or MCU) or on the LoRaWAN connectivity module.
Acklio Cloud Platform
On the core network side, the Acklio IP Core platform ensures transparent DLMS communication to the Head-End System and a unified addressing of devices.
Open-source examples
Easy onboarding with documented step-by-step configuration to inspire bespoke integrations. Reference designs for growing number of target environments.
Full documentation
After an introduction to the SCHC technology and Acklio's software suite, you are guided step by step to send your first compressed packets with SCHC.
Free for developers
Register and get a free access to the SCHC software with app examples:
Community Edition
Learn, test, prototype and showcase Cellular IoT optimizations and IPv6 over LoRaWAN solutions, with ready to use reference designs and demo applications.
1 developer seat- Up to 50 devices
- Shared Cloud instance
- 3 LNS connectors for LoRaWAN
- Single IP network
Connectors and reference designs provided for:
Ready-to-use demo applications to get started
DLMS over LoRaWAN®
The demo illustrates the exchange of DLMS/UDP/IPv6 frames between HES and DLMS meter over LoRaWAN. By compressing the IPv6, UDP and DLMS wrapper headers, SCHC allows an economy of 56 bytes per message. The demo comes with a device application simulating the DLMS meter and a DLMS client acting as the Head-End System (HES). Lean more.
Reference design provided:
- B-L072Z-LRWAN1 board by ST STMicroelectronics
- LR1110DVK1TBKS development kit by Semtech
- NUCLEO-L476RG by ST STMicroelectronics with SX1261 or SX1276 transceiver by Semtech
UDP communications with AT Modem client
Test uplink and downlink transmission of IPv6/UDP packets between a device and a server via LoRaWAN with SCHC compression and fragmentation.
Reference design provided:
- NRF9160-DK by Nordic Semiconductor
UDP communications with standalone FreeRTOS device
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.
Reference design provided:
- NUCLEO-L476RG by ST STMicroelectronics with SX1261 or SX1276 transceiver by Semtech
- New releases soon
UDP communications with AT Modem client
Test uplink and downlink transmission of IPv6/UDP packets between a device and a server via LoRaWAN with SCHC compression and fragmentation.
Reference design provided:
- B-L072Z-LRWAN1 board by STMicroelectronics
- LR1110DVK1TBKS development kit by Semtech
- NUCLEO-L476RG by ST STMicroelectronics with SX1261 or SX1276 transceiver by Semtech
- NUCLEO-WL55JC board by STMicroelectronics
Learn, Prototype and Launch
"Fast learning curve"
Thanks to Acklio Developer Program, we enjoyed a fast learning curve on SCHC. The custom embedded firmware package for our new SiP was developed in record time, now offered pre-integrated to iMCP HTLRBL32L customers.