Gateway WiFi - Revision history

Vytenis.kibildis at 13:12, 21 January 2026

2026-01-21T13:12:18Z

← Older revision		Revision as of 16:12, 21 January 2026
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	The configuration section of the web interface lets you configure all the settings of the Gateway:		The configuration section of the web interface lets you configure all the settings of the Gateway:

	* WiFi ~~/ Ethernet / LTE~~ network connections		* WiFi network connections
	* Wirepas Sink parameters		* Wirepas Sink parameters
	* MQTT broker connection		* MQTT broker connection
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	=== Network configuration ===		=== Network configuration ===
	~~Multiple network interfaces can be configured, depending on the gateway model.~~

	* For '''Gateway WiFi''', only the WiFi network interface is available.
	* For '''Gateway PoE''', the Ethernet and the WiFi network interfaces are available.
	* For '''Gateway LTE''', the LTE, Ethernet and WiFi network interfaces are available.

	'''The above network connections are exclusive''': when one connection is configured, the other are disabled automatically. The only exception is the WiFi Access Point that could be enabled in parallel to the Ethernet or LTE connection.

	==== WiFi configuration ====		==== WiFi configuration ====
	To configure the gateway WiFi network interface go to '''Configuration → WiFi'''.		To configure the gateway WiFi network interface go to '''Configuration → WiFi'''.
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	* '''Stack mode''': this parameter defines how the Wirepas Sink interface is managed by the gateway. The following Wirepas Sink interface management modes are available:		* '''Stack mode''': this parameter defines how the Wirepas Sink interface is managed by the gateway. The following Wirepas Sink interface management modes are available:
	** '''Enabled on WiFi~~/Eth/LTE~~ network status''': the Wirepas Sink interface is enabled when there is an active network connection, i.e., the WiFi interface is connected to a WiFi ~~network or the Ethernet interface is connected to a LAN~~ network. In this configuration, the Wirepas Sink interface will be disabled on the gateway only when the network interface in use gets disconnected, i.e., the WiFi signal is lost ~~or the ethernet cable is unplugged~~.		** '''Enabled on WiFi network status''': the Wirepas Sink interface is enabled when there is an active network connection, i.e., the WiFi interface is connected to a WiFi network. In this configuration, the Wirepas Sink interface will be disabled on the gateway only when the network interface in use gets disconnected, i.e., the WiFi signal is lost.
	** '''Enabled on MQTT status''': the Wirepas Sink interface is enabled when there is an established MQTT connection with the broker. In this configuration, the Wirepas Sink interface will be disabled on the gateway as soon as the gateway loses connection with the MQTT broker.		** '''Enabled on MQTT status''': the Wirepas Sink interface is enabled when there is an established MQTT connection with the broker. In this configuration, the Wirepas Sink interface will be disabled on the gateway as soon as the gateway loses connection with the MQTT broker.
	** '''Permanently enabled''': the Wirepas Sink interface is always enabled		** '''Permanently enabled''': the Wirepas Sink interface is always enabled

Vytenis.kibildis at 10:17, 21 January 2026

2026-01-21T10:17:51Z

← Older revision		Revision as of 13:17, 21 January 2026
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	If the gateway can reach the internet, the Root CA certificate of the broker could be automatically recovered from the gateway using the '''CA certificate''' button, otherwise you need to manually upload the Root CA certificate in PEM format.		If the gateway can reach the internet, the Root CA certificate of the broker could be automatically recovered from the gateway using the '''CA certificate''' button, otherwise you need to manually upload the Root CA certificate in PEM format.

	To retrieve your broker Root CA Certificate ~~you can also use the web utility that BlueUp has made available to its clients (see Root CA Certificates section)~~.		Contact our support to retrieve your broker Root CA Certificate.

	If the gateway is able to resolve the Root CA certificate, it will be shown in the textbox.		If the gateway is able to resolve the Root CA certificate, it will be shown in the textbox.

Vytenis.kibildis at 10:16, 21 January 2026

2026-01-21T10:16:41Z

← Older revision		Revision as of 13:16, 21 January 2026
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	== WiFi Wirepas User Guide ==		== WiFi Wirepas User Guide ==
	'''Gateway WiFi Wirepas''' (in the following referred to also as “Gateway WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway ~~by BlueUp~~ based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).		'''Gateway WiFi Wirepas''' (in the following referred to also as “Gateway WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).
	Gateway has a web user interface that allows to:		Gateway has a web user interface that allows to:

Vytenis.kibildis: Vytenis.kibildis moved page TinyGateway WiFi to Gateway WiFi

2026-01-21T09:32:21Z

Vytenis.kibildis moved page TinyGateway WiFi to Gateway WiFi

← Older revision		Revision as of 12:32, 21 January 2026
(No difference)

Vytenis.kibildis at 09:31, 21 January 2026

2026-01-21T09:31:08Z

← Older revision		Revision as of 12:31, 21 January 2026
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	{\| class="wikitable"		{\| class="wikitable"
	\|'''SSID'''		\|'''SSID'''
	\|~~Gateway~~ WiFi		\|TinyGateway WiFi
	\|-		\|-
	\|'''Password'''		\|'''Password'''
	\|~~Gateway~~		\|tinygateway
	\|}		\|}
	[[File:TinyGatewayWifi.png]]<br />		[[File:TinyGatewayWifi.png]]<br />

Vytenis.kibildis at 09:27, 21 January 2026

2026-01-21T09:27:06Z

Vytenis.kibildis at 07:35, 20 January 2026

2026-01-20T07:35:18Z

← Older revision		Revision as of 10:35, 20 January 2026
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	== TinyGateway WiFi Wirepas User Guide ==		== TinyGateway WiFi Wirepas User Guide ==
	'''TinyGateway WiFi Wirepas''' (in the following referred to also as “TinyGateway WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway ~~by BlueUp~~ based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).		'''TinyGateway WiFi Wirepas''' (in the following referred to also as “TinyGateway WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).
	TinyGateway has a web user interface that allows to:		TinyGateway has a web user interface that allows to:

Donatas.urbonas at 14:19, 19 January 2026

2026-01-19T14:19:09Z

Show changes

Donatas.urbonas at 14:14, 19 January 2026

2026-01-19T14:14:29Z

← Older revision		Revision as of 17:14, 19 January 2026
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	\|}		\|}
	TinyGateway can be powered on with 5VDC USB (through lateral USB-C connector);		TinyGateway can be powered on with 5VDC USB (through lateral USB-C connector);
	~~[[File:Tinygateway USBconnection.png\|left\|frameless]]~~










			[[File:Tinygateway_USBconnection.png\|frameless]]

	== First Start ==		== First Start ==

Donatas.urbonas at 14:13, 19 January 2026

2026-01-19T14:13:30Z

@@ Line 137: / Line 137: @@
 The Device interface summarises the gateway information and its runtime working status.
-[[File:Tinygateway_Configuration_Device.png|frameless|700x700px]]
+[[File:Tinygateway_Configuration_Device.png|frameless|700x700px]]Now proceed with the WiFi network configuration to let the gateway connect to an existing WiFi network.
 == Gateway Configuration ==
 After you have successfully connected the TinyGateway to your local LAN network, the configuration of the gateway can be performed through the gateway web interface.

← Older revision		Revision as of 12:27, 21 January 2026
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	== ~~TinyGateway~~ WiFi Wirepas User Guide ==		== WiFi Wirepas User Guide ==
	'''~~TinyGateway~~ WiFi Wirepas''' (in the following referred to also as ~~“TinyGateway~~ WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).		'''Gateway WiFi Wirepas''' (in the following referred to also as “Gateway WiFi” or simply “gateway”) is the new Wirepas Mesh 2.4GHz gateway by BlueUp based on ESP32 module (for WiFi connectivity) and nRF52832 (for Wirepas sink).
	~~TinyGateway~~ has a web user interface that allows to:		Gateway has a web user interface that allows to:

	* configure the WiFi network, sink parameters, MQTT connection;		* configure the WiFi network, sink parameters, MQTT connection;
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	== Hardware description ==		== Hardware description ==
	~~TinyGateway~~ WiFi Wirepas is a low-power and low-cost Wirepas Mesh gateway, with WiFi connectivity, compatible with Wirepas Mesh 2.4GHz network (sink node). ~~TinyGateway~~ WiFi has one '''button on the side''' that has the following features:		Gateway WiFi Wirepas is a low-power and low-cost Wirepas Mesh gateway, with WiFi connectivity, compatible with Wirepas Mesh 2.4GHz network (sink node). Gateway WiFi has one '''button on the side''' that has the following features:

	* '''''single press''''' to reboot the gateway (WiFi LED Red when pressing)		* '''''single press''''' to reboot the gateway (WiFi LED Red when pressing)
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	~~TinyGateway~~ WiFi has '''3 LEDs''', placed as depicted in the figure whose functionality is described in table below.
			Gateway WiFi has '''3 LEDs''', placed as depicted in the figure whose functionality is described in table below.

	[[File:Tinygateways LEDs.png\|frameless]]		[[File:Tinygateways LEDs.png\|frameless]]
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	* '''Red ON''' → when pressing the button		* '''Red ON''' → when pressing the button
	\|}		\|}
	~~TinyGateway~~ can be powered on with 5VDC USB (through lateral USB-C connector);		Gateway can be powered on with 5VDC USB (through lateral USB-C connector);

	[[File:Tinygateway_USBconnection.png\|frameless]]		[[File:Tinygateway_USBconnection.png\|frameless]]

	== First Start ==		== First Start ==
	By default, '''~~TinyGateway~~ is pre-configured in Access Point mode''' and must be configured to be able to use it.		By default, '''Gateway is pre-configured in Access Point mode''' and must be configured to be able to use it.

	In the following section are described the steps to follow at the first start of the gateway to correctly configure it.		In the following section are described the steps to follow at the first start of the gateway to correctly configure it.
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	{\| class="wikitable"		{\| class="wikitable"
	\|'''SSID'''		\|'''SSID'''
	\|~~TinyGateway~~ WiFi		\|Gateway WiFi
	\|-		\|-
	\|'''Password'''		\|'''Password'''
	\|~~tinygateway~~		\|Gateway
	\|}		\|}
	[[File:TinyGatewayWifi.png]]<br />		[[File:TinyGatewayWifi.png]]<br />
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	Now proceed with the WiFi network configuration to let the gateway connect to an existing WiFi network.		Now proceed with the WiFi network configuration to let the gateway connect to an existing WiFi network.
	== Gateway Configuration ==		== Gateway Configuration ==
	After you have successfully connected the ~~TinyGateway~~ to your local LAN network, the configuration of the gateway can be performed through the gateway web interface.		After you have successfully connected the Gateway to your local LAN network, the configuration of the gateway can be performed through the gateway web interface.

	To access the gateway web interface, open a browser (Chrome or Firefox) and type the IP address of your gateway.		To access the gateway web interface, open a browser (Chrome or Firefox) and type the IP address of your gateway.

	The configuration section of the web interface lets you configure all the settings of the ~~TinyGateway~~:		The configuration section of the web interface lets you configure all the settings of the Gateway:

	* WiFi / Ethernet / LTE network connections		* WiFi / Ethernet / LTE network connections
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	Multiple network interfaces can be configured, depending on the gateway model.		Multiple network interfaces can be configured, depending on the gateway model.

	* For '''~~TinyGateway~~ WiFi''', only the WiFi network interface is available.		* For '''Gateway WiFi''', only the WiFi network interface is available.
	* For '''~~TinyGateway~~ PoE''', the Ethernet and the WiFi network interfaces are available.		* For '''Gateway PoE''', the Ethernet and the WiFi network interfaces are available.
	* For '''~~TinyGateway~~ LTE''', the LTE, Ethernet and WiFi network interfaces are available.		* For '''Gateway LTE''', the LTE, Ethernet and WiFi network interfaces are available.

	'''The above network connections are exclusive''': when one connection is configured, the other are disabled automatically. The only exception is the WiFi Access Point that could be enabled in parallel to the Ethernet or LTE connection.		'''The above network connections are exclusive''': when one connection is configured, the other are disabled automatically. The only exception is the WiFi Access Point that could be enabled in parallel to the Ethernet or LTE connection.
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	=== Sink Configuration ===		=== Sink Configuration ===
	This section explains how to configure the Wirepas Sink settings of the ~~TinyGateway~~.		This section explains how to configure the Wirepas Sink settings of the Gateway.

	To configure the Wirepas Sink settings of the ~~TinyGateway~~, go to '''Configuration → Sink'''. The following Wirepas settings must be configured for the Sink to work correctly:		To configure the Wirepas Sink settings of the Gateway, go to '''Configuration → Sink'''. The following Wirepas settings must be configured for the Sink to work correctly:

	* '''Stack mode''': this parameter defines how the Wirepas Sink interface is managed by the gateway. The following Wirepas Sink interface management modes are available:		* '''Stack mode''': this parameter defines how the Wirepas Sink interface is managed by the gateway. The following Wirepas Sink interface management modes are available:
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	** '''Enabled on MQTT status''': the Wirepas Sink interface is enabled when there is an established MQTT connection with the broker. In this configuration, the Wirepas Sink interface will be disabled on the gateway as soon as the gateway loses connection with the MQTT broker.		** '''Enabled on MQTT status''': the Wirepas Sink interface is enabled when there is an established MQTT connection with the broker. In this configuration, the Wirepas Sink interface will be disabled on the gateway as soon as the gateway loses connection with the MQTT broker.
	** '''Permanently enabled''': the Wirepas Sink interface is always enabled		** '''Permanently enabled''': the Wirepas Sink interface is always enabled
	** '''Permanently disabled''': the Wirepas Sink interface is always disabled This parameter could be useful to overcome situations where the gateway loses the connection with the MQTT broker backend for a long time. If the Wirepas Sink interface is kept always active, the Wirepas Sink will continue to receive data from the Wirepas nodes even if the MQTT connection with the backend is not established (i.e., a disconnection has occurred). For short disconnection times, the ~~TinyGateway~~ is able to buffer received Wirepas nodes messages (up to 250 messages could be buffered), but when the buffer is filled, packets will be discarded and messages will be lost. In such cases, using one of the first two stack management mode is recommended, as the gateway will turn off the Wirepas Sink interface if the backend connection gets dropped and the Wirepas network will re-organize to send data to another Sink.		** '''Permanently disabled''': the Wirepas Sink interface is always disabled This parameter could be useful to overcome situations where the gateway loses the connection with the MQTT broker backend for a long time. If the Wirepas Sink interface is kept always active, the Wirepas Sink will continue to receive data from the Wirepas nodes even if the MQTT connection with the backend is not established (i.e., a disconnection has occurred). For short disconnection times, the Gateway is able to buffer received Wirepas nodes messages (up to 250 messages could be buffered), but when the buffer is filled, packets will be discarded and messages will be lost. In such cases, using one of the first two stack management mode is recommended, as the gateway will turn off the Wirepas Sink interface if the backend connection gets dropped and the Wirepas network will re-organize to send data to another Sink.
	* '''Node address''': the Wirepas Sink node address		* '''Node address''': the Wirepas Sink node address
	* '''Node role''': ~~TinyGateway~~ could act as both a Wirepas Sink or a Wirepas Anchor.		* '''Node role''': Gateway could act as both a Wirepas Sink or a Wirepas Anchor.
	** if the gateway should act as a Wirepas Sink choose CSMA-CA Sink.		** if the gateway should act as a Wirepas Sink choose CSMA-CA Sink.
	** if the gateway should act as a Wirepas Anchor choose CSMA-CA Router.		** if the gateway should act as a Wirepas Anchor choose CSMA-CA Router.
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	In '''Configuration → NTP''' it is possible to setup the NTP Server.		In '''Configuration → NTP''' it is possible to setup the NTP Server.

	The NTP server is used to synchronize the time of the ~~TinyGateway~~ to the local time. If not set, the internal ~~TinyGateway~~ time starts from the Epoch Time, that is January 1st, 1970.		The NTP server is used to synchronize the time of the Gateway to the local time. If not set, the internal Gateway time starts from the Epoch Time, that is January 1st, 1970.

	[[File:Tinygateway_NTP.png\|frameless\|700x700px]]		[[File:Tinygateway_NTP.png\|frameless\|700x700px]]
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	* ''Change password'' - a popup dialog will appear where you can change the current password with a new password;		* ''Change password'' - a popup dialog will appear where you can change the current password with a new password;
	* ''Export configuration'' - a <code>.json</code> file will be downloaded containing all the settings of the ~~TinyGateway~~;		* ''Export configuration'' - a <code>.json</code> file will be downloaded containing all the settings of the Gateway;
	* ''Import configuration'' - it is possible to upload a configuration contained in a <code>.json</code> file;		* ''Import configuration'' - it is possible to upload a configuration contained in a <code>.json</code> file;
	* ''Downtime reboot'' - time (minutes) after which the gateway will reboot when it loses connection to the network;		* ''Downtime reboot'' - time (minutes) after which the gateway will reboot when it loses connection to the network;