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LoRaWAN Demonstrator – User guide version 1.1
LoRaWAN Demonstrator
By Adeunis RF
Provider Edition
User guide version V1.2
Software version V1.1
ADEUNIS RF
283 rue Louis Néel - Parc Technologique Pré Roux 38920 CROLLES - France
Tel. : +33 (0)4 76 92 07 77 - Fax : +33 (0)4 76 04 80 87
www.adeunis-rf.com arf@adeunis-rf.com
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Summary of Contents for Adeunis RF LoRaWAN Demonstrator
- Page 1 LoRaWAN Demonstrator – User guide version 1.1 LoRaWAN Demonstrator By Adeunis RF Provider Edition User guide version V1.2 Software version V1.1 ADEUNIS RF 283 rue Louis Néel - Parc Technologique Pré Roux 38920 CROLLES - France Tel. : +33 (0)4 76 92 07 77 - Fax : +33 (0)4 76 04 80 87...
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Page 2: Disclaimer
ARF8084BA V1.1 Disclaimer This document and the use of any information contained therein, is subject to the acceptance of the Adeunis RF terms and conditions. They can be downloaded from www.adeunis-rf.com. Adeunis RF makes no warranties based on the accuracy or completeness of the contents of this document and reserves the right to make changes to specifications and product descriptions at any time without notice. -
Page 3: Declaration Of Conformity
LoRaWAN Demonstrator (Provider) - User guide version V1.2 Declaration of conformity ADEUNIS RF, 283 rue LOUIS NEEL, 38920 CROLLES, France declare under our own responsibility that the products Name LoRaWAN Demonstrator Reference(s) ARF8084BA to which this declaration refers conform with the relevant standards or other standardising documents (v2.4.1) (2012-05) -
Page 4: Table Of Contents
LoRaWAN Demonstrator (Provider) - User guide version V1.2 1 Table of contents Document information Disclaimer Technical Support Declaration of conformity TABLE OF CONTENTS INTRODUCTION Environmental recommendations Warnings Disposal of waste by users in private households within the European Union EINLEITUNG... - Page 5 LoRaWAN Demonstrator (Provider) - User guide version V1.2 Figure 1: Demonstrator physical description ............................ 10 Figure 2: Product during charge................................ 11 Figure 3: Product when charge is completed ............................ 11 Figure 4: using the device ................................. 12 Figure 5: Device as a serial peripheral .............................. 14 Figure 6: Hercules Terminal ................................
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Page 6: Introduction
Under no circumstances can the manufacturer, or the distributor of an ADEUNIS RF program, be held liable for any damage caused by the use of the aforesaid program. -
Page 7: Disposal Of Waste By Users In Private Households Within The European Union
LoRaWAN Demonstrator (Provider) - User guide version V1.2 Recommendations regarding use Before using the system, check that the power supply voltage shown in the user manual corresponds to your supply. If it doesn’t, please consult your supplier. Place the device against a flat, firm and stable surface. -
Page 8: Einleitung
LoRaWAN Demonstrator (Provider) - User guide version V1.2 EINLEITUNG Alle Rechte an diesem Handbuch sind das alleinige Eigentum der ADEUNIS RF. Alle Rechte sind vorbehalten. Jede (ohne die schriftliche Genehmigung des Eigentümers erfolgende) Wiedergabe dieses Handbuches durch Druck, Kopie, Aufzeichnung oder jedwedes andere Mittel sowie die (vollständige oder teilweise) Übersetzung in jede andere Sprache einschließlich aller... -
Page 9: Entsorgung Der Abfälle Von Betreibern In Privathaushalten Innerhalb Der Europäischen Union
LoRaWAN Demonstrator (Provider) - User guide version V1.2 Empfehlungen für den Einsatz Vor dem Einsatz des Systems müssen Sie überprüfen, dass die in der Bedienungsanleitung angegebene Anschlussspannung den Werten Ihrer Stromversorgung entspricht. Anderenfalls wenden Sie sich bitte an Ihren Lieferanten. -
Page 10: Device Overview
2 Device overview The LoRaWAN demonstrator by Adeunis RF is a LoRaWAN CLASS A v1.0 compliant device. It is NOT a point to point device and cannot be operated in such a way. It is meant to be paired to an operated network. -
Page 11: Charging The Demonstrator
LoRaWAN Demonstrator (Provider) - User guide version V1.2 3 Charging the demonstrator The product contains a rechargeable battery. Upon connecting it to a computer via a mini-USB cable, it will automatically begin charging; even if the ON/OFF switch is on the OFF position (this behavior is similar to the one of mobile phones). The product can still be used while it’s charging. -
Page 12: Using The Demonstrator
LoRaWAN Demonstrator (Provider) - User guide version V1.2 4 Using the demonstrator The demonstrator is pre-configured at factory with the following settings and is ready to use: Parameter Configuration Activation mode (operator defined) NWK-SKEY (operator defined) APP-SKEY (operator defined) Device Address (operator defined) Accelerometer / T°C sensor / BTN 1 / BTN 2... -
Page 13: User Mode
LoRaWAN Demonstrator (Provider) - User guide version V1.2 4.2 User mode At powerup the device will immediately start operating and the LEDs will start blinking. During normal operation the device will transmit LoRa frames periodically (every 20s by default), but the user can also trigger a transmission manually by pressing button 1 (BTN1) or by shaking the device and triggering its accelerometer. -
Page 14: Device Configuration
When plugged to a PC, the device should be recognized as a serial peripheral: Figure 5: Device as a serial peripheral The serial driver is available on ADEUNIS RF Website as “USB_DONGLE_DRIVER_WMBUS” The product can then be configured via a Terminal such as Hercules:... -
Page 15: Command Interface
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.2 Command Interface All commands are written in ASCII Commands can be used once the device has been placed in command mode. The commands are based on AT commands format and are structures as follows: Starts with 2 ASCII characters “AT”... -
Page 16: Available Registers
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.3 Available registers 5.3.1 Network Keys In order to access a LoRa Network, 6 different types of keys exist: Who asks for it? Who provides it? What is it used for? OTAA: User... -
Page 17: Serial Link - Not Implemented Yet
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.3.1.3 Registers List These registers are locked. In order to be unlocked, the following command must be sent: ATT63 PROVIDER<CR> The network keys are available through the following registers: Register Number Description... -
Page 18: Channels Configuration
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.3.4 Channels configuration These registers are locked. In order to be unlocked, the following command must be sent: ATT63 PROVIDER<CR> Seven different communication channels are available and configurable through the following registers:... -
Page 19: Adr Configuration
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.3.6 ADR Configuration These registers are locked. In order to be unlocked, the following command must be sent: ATT63 PROVIDER<CR> The Adaptive Datarate (ADR) can be configured through register S220. This register contained 4 bytes, coded as such:... -
Page 20: Transmission Periodicity
LoRaWAN Demonstrator (Provider) - User guide version V1.2 5.3.8 Transmission periodicity Frames can be transmitted automatically by the device. The transmission periodicity in seconds can be set through the following register: Register Number Description Default Value Range / Values Comment... - Page 21 LoRaWAN Demonstrator (Provider) - User guide version V1.2 value Reset Startup Time (minutes) Mode Do not reset GPS at startup GPS OFF Reset GPS at startup GPS permanently ON Periodic 05s ON / 60s OFF Periodic 10s ON / 60s OFF...
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Page 22: Payload Description
LoRaWAN Demonstrator (Provider) - User guide version V1.2 6 Payload description The applicative payload of LoRa frames is built as follows: Note: Bit 7 is the MSB and Bit 0 is the LSB. Byte N° Description Bit 7 = 1 : T°C info is present... -
Page 23: Annex 1: Rssi And Snr
LoRaWAN Demonstrator (Provider) - User guide version V1.2 ANNEX 1: RSSI and SNR The uplink frame contains information about the RSSI and the SNR. The RSSI value is the actual absolute value in dB. It is in fact a negative number, as the RSSI will saturate above - 20dBm.
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