Emulation of telephone modem behavior.

atModemEmulator.v3.tgzV3

atModemEmulator.v2.tgzV2

AT_Modem_Emulator_Application_Note_20181122.pdfV2V3English

Allows Advantech routers to connect to Azure IoT (Microsoft’s end-to-end IoT platform). It is necessary to install the Python3 user module along with the Azure IoT SDK Python user module. Python3 is required for Azure IoT SDK Python to work – it is the separated module and it can be used as a standalone Python3 for other purposes.

azure_iot_sdk_python.v3.tgzV3

Azure_IoT_SDK_Python_Application_note_20181122.pdfV3English

Provides a service called captive portal on routers. Landing page, QoS and monitoring of users on WiFi interface.

captive_portal.v2.tgzV2

captive_portal.v3.tgzV3

Captive_Portal_Application_note_20190502.pdfV2English

Agent for Cumulocity IoT cloud platform.

cumulocity.tgzV2

cumulocity.v3.tgzV3

Cumulocity_Agent_Application_note_20141104.pdfV2V3English

Command line tool and library for transferring data with URLs. This is part of our FW since version 5.0.0!

curl.v2.tgzV2

curl.v3.tgzV3

Configurable daily router reboot.

dailyReboot.v3.tgzV3

dailyReboot.v2.tgzV2

DailyReboot_Application_note_20181122.pdfV2V3English

Allows the router I/Os to act like DNP3 slave device.

dnpOut.v2.tgzV2

dnpOut.v3.tgzV3

DNP3_Outstation_Application_note_20181122.pdfV2V3English

Provides secure (encrypted) connection between two LAN networks.

easyVpn.v3.tgzV3

easyVpn.v2.tgzV2

EasyVPNclient_Application_note_20181123.pdfV2V3English

Ethernet Mirroring is used for port mirroring to monitor and analyze the incoming and outgoing traffic during RTU P2P test and trouble shooting. This UM is compatible with FW 6.1.8 and newer.

eth_mirror.v2.tgzV2

eth_mirror.v3.tgzV3

Ethernet_Mirroring_Application_Note_20181128.pdfV2V3English

Detects physical disconnection of an Ethernet cable and drops eth0 interface.

ethernet_port.tgzV2V3

Ethernet_Port_Detector_Application_note_20181123.pdfV2V3English

Adds the ability to create ext4 file systems, check them and mount them. Intended only for SmartFlex and SmartMotion routers with FW 5.3.4 or newer. This user module is intended only for SmartFlex and SmartMotion routers with FW 5.3.4 or newer.

ext4_tools.v3.tgzV3

Ext4_tools_Application_note_20181123.pdfV3English

Periodic sending System log and Report files to the selected email address or FTP server.

fileUploader.v3.tgzV3

fileUploader.v2.tgzV2

File_Uploader_Application_note_20190121.pdfV2V3English

Firmware Over-The-Air (FOTA) user module allows router to wirelessly upgrade and update the operating firmware of a cellular module. Currently, only a few cellular modules are supported.

fota.v3.tgzV3

FOTA_Step_by_Step_20190131.pdfV3English

Firmware_Over-The-Air_Application_Note_20190131.pdfV3English

You can use GDB to debug programs written in C, C++. GDB is invoked with the shell command gdb. Once started, it reads commands from the terminal until you tell it to exit with the GDB command quit. You can get online help from gdb itself by using the command help.

gdb.v2.tgzV2

gdb.v3.tgzV3

GPS/GNSS receiver support.

gps.v3.tgzV3

gps.v2.tgzV2

GPS_Application_note_20181127.pdfV2V3English

Client that runs inside Advantech routers, to enable them to connect with SmartWorx Hub.

hmpclient.v2.tgzV2

hmpclient.v3.tgzV3

IPSec-Tools is used for IPsec configuration. This user module uses Racoon instead of OpenSwan.

ipsec_tools.v2.tgzV2

ipsec_tools.v3.tgzV3

Layer-2 protocols in a pseudo-wire configuration.

l2tpPseudowire.v2.tgzV2

l2tpPseudowire.v3.tgzV3

Allows filtering based on defined list of MAC addresses.

l2fw.v2.tgzV2

l2fw.v3.tgzV3

Layer_2_Firewall_Application_Note_20181127.pdfV2V3English

Virtual interface for management. 

loopback.v2.tgzV2

loopback.v3.tgzV3

Loopback_Application_Note_20190329.pdfV2V3English

Midnight Commander is a visual file manager (console application with a text user interface). The main interface consists of two panels which display the file system. 

mc.v2.tgzV2

mc.v3.tgzV3

Reads Modbus RTU slaves and uploads data to SFTP server.

modbus_logger.v3.tgzV3

modbus_logger.v2.tgzV2

Modbus_Logger_Application_note_20181102.pdfV2V3English

Data aggregation using more WAN connections (requires third party server).

modBond.v3.tgzV3

modBond.v2.tgzV2

Modem_Bonding_Application_note_20181127.pdfV2English

This user module provides TCP and UDP scan.

nmap.tgzV2V3

NMAP_Application_note_20181128.pdfV2V3English

Node-RED is a programming tool for wiring together hardware devices, APIs and online services in new and interesting ways.

nodered.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

You can do the basic ftp commands LIST, GET, PUT and DELETE on a ftp server with this node.

noderedftp.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

GPSd node receives the GPS events as payload via gpsd daemon. You can filter which events you are interested in.

noderedgpsd.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

This node compresses an open node payload or decompress a compressed node payload by gzip compression.

noderedgzip.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

Adding this user module to the router will add the knx device, knx out and knx in nodes to the iot node list. These nodes add KNXnet/IP support for Node-RED so it is possible to talk to KNX both in raw form and as higher level devices. KNX is an open standard for commercial and domestic building automation.

noderedknx.v3.tgzV3

Node_RED_Application_Note_20190321.pdfV3

Contains the nodes for working with Modbus, both the serial and TCP variants. You can read the values from a device and update a device state via a serial line. With TCP client you can read the registred values and write to a coil or a register.

noderedmodbus.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

Contains the MQTT Broker node to create a MQTT server for your IoT. The client nodes are part of the base Node-RED module.

noderedmqtt.v3.tgzV3

Node-RED_Application_Note_20190215.pdfV3English

Allows Node-RED to publish a node payload to Splunk's HTTP Event Collector.

noderedsplunk.v3.tgzV3

Node.js is a JavaScript runtime built on Chrome's V8 JavaScript engine. Node.js uses an event-driven, non-blocking I/O model that makes it lightweight and efficient.

nodejs.v3.tgzV3

Gains a more accurate location via Ntrip protocol. Each router which has enabled the user module can be considered as Ntrip Client.

ntripClient.v2.tgzV2

ntripClient.v3.tgzV3

NtripClient_Application_note_20181128.pdfV2V3English

OpenVPN Custom Config user module can be used to configure up to four another OpenVPN tunnels on the router.

openvpn_custom_config.v2.tgzV2

openvpn_custom_config.v3.tgzV3

OpenVPN_Custom_Config_Application_note_20181128.pdfV2V3English

Allows to run one resettable and one non-resettable time counter for each binary input of the router.

ophrscounter.v2.tgzV2

ophrscounter.v3.tgzV3

Operational_Hours_Counter_Application_note_20181128.pdfV2V3English

Duplicates data flow to more targets (up to seven different connections).

packetSplitter.v2.tgzV2

packetSplitter.v3.tgzV3

Packet_Splitter_Application_note_20181128.pdfV2V3English

Allows to send SMS messages longer than standard of 160 characters.

pduSMS.v3.tgzV3

pduSMS.v2.tgzV2

pduSMS_Application_note_20181128.pdfV2V3English

Manually or automatically verifies functionality of connection between Smart Router and a device eventually of two devices. Ping and traceroute are used for this purpose.

pinger.v2.tgzV2

pinger.v3.tgzV3

Pinger_Application_note_20181129.pdfV2V3English

CONEL_AVAILABILITY_MIB.myV2V3

Establishes connection via PPP between router and device on serial line.

pppGateway.v2.tgzV2

pppGateway.v3.tgzV3

PPPGateway_Application_note_20181129.pdfV2V3English

Converts data from Mitsubishi ALPHA2 to Modbus TCP.

alpha.v3.tgzV3

alpha.v2.tgzV2

ALPHA-MODBUS_application_note_20181129.pdfV2V3English

Adds support of the BGP routing protocol which allows to route between autonomous systems.

bgp.v2.tgzV2

bgp.v3.tgzV3

BGP_Application_note_20181129.pdfV2V3English

Converts DF1 serial protocol to TCP/IP.

abcsp2df1.v3.tgzV3

abcsp2df1.v2.tgzV2

DF1-Ethernet_Application_note_20181129.pdfV2V3English

Converts IEC101 serial protocol to IEC104 IP protocol.

iec14.v3.tgzV2

iec14.v2.tgzV2

Protocol_IEC_101-104_Application_Note_20181012.pdfV2V3English

Adds support of the IS-IS routing protocol. The IS-IS is a link state protocol which means that information about the topology is exchanged between the nearest neighbours in a flood way (flooding).

isis.v2.tgzV2

isis.v3.tgzV3

IS-IS_Application_note_20181129.pdfV2V3English

Converts Modbus RTU messages to TCP and caching messages to external Flash memory.

rtu2tcp.v3.tgzV3

rtu2tcp.v2.tgzV2

Modbus_RTU2TCP_Application_note_20181129.pdfV2V3English

Converts serial protocol Modbus RTU from more Modbus slaves and mapping their data to one Modbus TCP connection.

rtuMap.v3.tgzV3

rtuMap.v2.tgzV2

RTUMAP_Application_note_20181129.pdfV2V3English

Converts serial protocol Modbus RTU to Modbus TCP, routers I/Os can act like Modbus slave device.

tcp2rtu.v3.tgzV3

tcp2rtu.v2.tgzV2

Modbus_TCP2RTU_Application_note_20181129.pdfV2V3English

The Next Hop Resolution Protocol (NHRP) plays a role in Dynamic Multipoint Virtual Private Network. A limitation of NHRP is its inability to improve multicast protocols.

nhrp.v2.tgzV2

nhrp.v3.tgzV3

DMVPN_Application_Note_20181129.pdfV2V3English

Adds support of the OSPF routing protocol. The OSPF is a link state protocol which means that routers maintain a map of the network (link state database) that is updated after any change to the network topology.

ospf.v2.tgzV2

ospf.v3.tgzV3

OSPF_Application_note_20181129.pdfV2V3English

Adds support of the PIM-SM multicast routing protocol.

pimSM.v3.tgzV3

pimSM.v2.tgzV2

PIM-SM_Application_note_20181130.pdfV2V3English

Adds support of the RIP routing protocol. The RIP is a distance-vector protocol which means that routers do not know the entire network topology.

rip.v2.tgzV2

rip.v3.tgzV3

RIP_Application_note_20181130.pdfV2V3English

Sends queries from the AMR (Automatic Meter Reading) system to a meter through an IP network using the router as a gateway.

suiteHT.v2.tgzV2

suiteHT.v3.tgzV3

Suite_HT_Application_note_20181130.pdfV2V3English

Supports programming language Python 2.x.

python.v2.tgzV2

python.v3.tgzV3

Supports programming language Python 3.x.

python3.v3.tgzV3

SCEP is a PKI communication protocol. The goal of SCEP is to support the secure issuance of certificates to network devices in a scalable manner, using existing technology whenever possible.

scepClient.v2.tgzV2

scepClient.v3.tgzV3

SCEP_Client_Application_note_20181130.pdfV2V3English

Regular sending of System log and Report files to the specified email or FTP server.

sendReport.v2.tgzV2

sendReport.v3.tgzV3

SendReport_Application_note_20181130.pdfV2V3English

This module provides a way for a user to connect from a network connection to a serial port.

ser2net.v3.tgzV3

ser2net.v2.tgzV2

Serial_to_network_proxy_Application_note_20181130_EN.pdfV2V3English

Allows connecting of the serial line device and TCP Server or Servers. Communication in both ways – serial to TCP and TCP to serial – is possible.

serial2tcp.v3.tgzV3

serial2tcp.v2.tgzV2

Serial2TCP_Application_note_20181130.pdfV2V3English

Service Access Limitation of HTTP, FTP, SSH... on particular interfaces.

service_acl.v2.tgzV2

service_acl.v3.tgzV3

Switch the router into Low Power Mode and wake it up. Advanced options based on binary inputs and time.

sleepmode.v3.tgzV3

Sleep_Mode_Application_Note_20190329.pdfV3English

Adds the ability to use the router as an SSH client. This means that the module allows to establish the SSH connection to the remote router and execute commands on it.

sshclient.tgzV2V3

SSHclient_Application_note_20181130.pdfV2V3English

Creates an encrypted network tunnel. Encryption data is wrapped in SSL.

stunnel.v2.tgzV2

stunnel.v3.tgzV3

Stunnel_Application_note_20181130.pdfV2V3English

Check of the TCP connection with a defined IP address.

tcpsynka.v2.tgzV2

tcpsynka.v3.tgzV3

TCP_SYN_Keep-Alive_Application_note_20181130.pdfV2V3English

Mobile WAN IP address is transferred to connected device on ETH (router is invisible from WAN side).

transparentMode.v3.tgzV3

transparentMode.v2.tgzV2

TransparentMode_Application_note_20181130.pdfV2V3English

This user module can be used for blocking specific URLs on WiFi interface.

url_blocker.v2.tgzV2

url_blocker.v3.tgzV3

URL_Blocker_Application_Note_20181130.pdfV2V3English

Vim is a highly configurable text editor for efficiently creating and changing any kind of text.

vim.v2.tgzV2

vim.v3.tgzV3

This user module allows executing of shell commands on a router over standard HTTP(S) connection.

webTerm.v2.tgzV2

webTerm.v3.tgzV3

Allows the router to switch automatically between up to four SSIDs – WiFi networks.

wifi_ssid_switch.v3.tgzV3

wifi_ssid_switch.v2.tgzV2

WiFi_SSID_Switch_Application_Note_20181130.pdfV2V3English

Transparent mode (WiFi interface in client mode bridged to ETH).

wifi_relay.v2.tgzV2

wifi_relay.v3.tgzV3

Data processing from Wireless M-Bus meters. XML files are used for this purpose.

wMBusConc.v3.tgzV3

wMBusConc.v2.tgzV2

wM-BUS_Concentrator_Application_note_20181130.pdfV2

Listens to communication on the selected UDP port and forward these packets to appropriate address as a broadcast.

WoLGateway.v3.tgzV3

WoLGateway.v2.tgzV2

WoL_Gateway_Application_note_20181130.pdfV2V3English

Allows to reconfigure CNT board directly inside of router (intended for v2 routers only). There are three possible congurations:

• 4x BI
• 3x BI + 1x CNT
• 2x BI + 2x CNT

xccnt_update.v2.tgzV2