This shows you the differences between two versions of the page.
| Both sides previous revision Previous revision Next revision | Previous revision | ||
|
home [2017/10/17 08:39] mpe |
home [2020/10/22 10:56] (current) admin |
||
|---|---|---|---|
| Line 1: | Line 1: | ||
| - | ====== Home ====== | + | ====== Home ====== |
| - | <note important> | + | Wanesy™ SPN (Small Private Network) can be used to collect data sent from end-devices over a LoRa network. |
| - | Currently SPN cannot be uninstalled from iFemtoCell. The next release will fix this. Do not try to uninstall SPN, it could brick the gateway | + | |
| - | </note> | + | |
| - | <note tip> | + | The classical communication case is that LoRa end-devices emit frames and open short reception windows after the emission. |
| - | SPN iFemtoCell is still under development, all the finale features are not yet available.\\ | + | * The gateway listens to the emitted frames and records those coming from authenticated end-devices. |
| - | A new release of SPN should be available soon. It will contain numerous additionnal features. | + | * The gateway may acknowledge or send a frame carrying a payload during one of the end-devices reception windows. |
| - | </note> | + | * The gateway records information associated with frame reception: timestamp, radiofrequency data (frequency, SNR, etc.). |
| - | The SPN station is a data collector over a LoRa network. | + | The Wanesy™ SPN gateway can be connected to an IP network: |
| + | ^ Gateway model ^ Ethernet ^ Wi-Fi ^ GSM ^ | ||
| + | | **Wirnet™ iFemtoCell** | @lightgreen:available | @lightgreen:available | @orange:with USB dongle | | ||
| + | | **Wirnet™ iStation** | @lightgreen:available | @red:not available | @lightgreen:available | | ||
| + | | **Wirnet™ iFemtoCell-evolution** | @lightgreen:available | @red:not available | @lightgreen:available | | ||
| - | The classical communication case is that LoRa end-devices (also called motes or end-point devices) emit frames and open short reception windows after the emission. | + | The connection to the IP network is used to manage following **flows**: |
| - | * The gateway listens to the emitted frames and records those coming from authenticated endpoints . | + | * End-device fleet |
| - | * The gateway may acknowledge or send a frame carrying a payload during one of the endpoint's reception windows. | + | * Gateway fleet |
| - | * The gateway records information associated with frame reception: timestamp, radiofrequency data (band frequency, SNR, etc.). | + | * Rx data |
| + | * Tx data | ||
| + | * Configuration | ||
| + | * Update | ||
| + | * Status | ||
| + | * Logs | ||
| - | The SPN iFemtoCell can be connected to an IP network over: | + | Several interfaces are implemented to manage partially or totally these flows: |
| - | * Ethernet | + | * Web user interface |
| - | * Wi-Fi | + | * HTTP REST API |
| - | * GSM | + | * Local FTP server |
| - | + | * Remote FTP access | |
| - | The connection to the IP network is used to: | + | * Remote HTTP access |
| - | * get received data | + | * USB flash drive |
| - | * push data to be transmitted | + | |
| - | * manage the fleet | + | |
| - | * configure the gateway | + | |
| - | * Update the gateway | + | |
| - | * get the logs | + | |
| - | + | ||
| - | + | ||
| - | These features are accesible through the following services: | + | |
| - | * a web interface (HTTPS) | + | |
| - | * a local FTP server | + | |
| - | * a remote SFTP access | + | |
| - | * an HTTPS REST API. | + | |
| * SMS | * SMS | ||
| - | * USB key | + | * Node-RED |
| + | More details about interfaces compatibility versus flows [[.:wiki:interfaces:interfaces#Interfaces versus flows|here]]. | ||
| ----------------- | ----------------- | ||
| - | Detailed instructions about SPN iFemtoCell web interface are available on the [[wiki:resources|resources]] page. | + | More information about the LoRa Alliance and the LoRa protocol can be found on the [[https://www.lora-alliance.org|LoRa-alliance]] website. |
| - | + | ||
| - | More information about the LoRa Alliance and the LoRa protocol can be found on the [[https://www.lora-alliance.org/ | LoRa-alliance ]] website. | + | |