Introduction
Firmware management:
LoRa network management
Interfaces:
Gateway administration
Support and resources:
Introduction
Firmware management:
LoRa network management
Interfaces:
Gateway administration
Support and resources:
This is an old revision of the document!
This section aims to guide a user through the main steps of the configuration of the SPN firmware. In this quickstart, the user will start with a freshly installed software with no configuration and end with an end-device sending data to SPN.
Prerequisites:
The home web interface is accessible at the following address:
http://klk-wifc-XXXXXX/
Where XXXXX are the 6 digits at the end of hostname/board id .
Example:
The address to be used with the iFemtoCell owning the following label is: http://klk-wifc-03002e/
(case insensitive)
The default login/password are:
user: spn
password: spnpwd
Due to the evolution of Wanesy SPN V2 software, licensing management modification leads to a break of compatibility with the license management of Wanesy SPN V1.
Wirnet iFemtoCell Wanesy SPN firmware v2 must only be activated by a valid Wanesy SPN V2 license file.
Wanesy SPN license file provided with SPN version V1 will not allow to run the Wanesy SPN v2 version, even if the V2 firmware can be installed (locked waiting V2 license).
Please contact sales@kerlink.com to order SPN V2 licenses before upgrading to Wirnet iFemtoCell SPN firmware v2.
License files SPN V2 are not compatible with Wirnet iFemtoCell SPN firmware V1 (v1.0.3 and V1.1.1).
Installing the SPN software is not sufficient to use it. It also needs to be activated with a license file.
A valid license file contains 32 hexadecimal characters
For security reasons, Kerlink strongly advises its customers to change the default password.
The region where the station will be used needs to be configured.
The iFemtoCell cannot listen to every frequencies simultaneously. Up to 8 frequencies can be listened. The frequencies to be listened need to be configured.
To understand how the frequency configuration works, it is necessary to know that the gateways' hardware contains two RF frontends. Each of these frontends has a 0.8 MHz Bandwidth. Thus, all 8 channels must be contained within these two 0.8 MHz intervals.
Not all the channels are necessarily used.
Example of typical configuration:
All 8 frequencies can be contained within one 0.8MHz interval.
Before receiving data from the end-device, it first needs to be registered.
The (basic) configuration is over.