Reference Manuals and "How to" guides
Various manuals complement the Getting Started documents.
Demo videos are available on the general IoTize website.
Hardware
TapNLink
TapNLink modules can be easily integrated into a standard embedded system to open communications to the Cloud or to mobile applications.
-
QuickStart and Datasheets documents
-
TapNLink (electrical, mechanical, soldered connections, pinout, factory reset)
-
Build a Web App HMI for STM32 Nucleo
-
Video tutorial to create a customized app to IoTize your own device
-
and for Arduino lovers: https://github.com/iotize-sas/Arduino-Tap
Tapioca and TapNPass
Tapioca gateways can be considered as the sum of a TapNLink module with a transceiver to communicate with a remote device via a standard port. They typically support RS485, RS232, CAN, Ethernet,... TapNPass is a portable device (including batteries) that extends the functionalities of a Tapioca.
-
QuickStart and Datasheets documents
-
Tapioca (hardware, IoTize Toolbox, connectors/cables pinout)
-
TapNPass (hardware, IoTize Toolbox, connectors/cables pinout)
-
App Generator with a Modbus to build an APK/iOS app
-
Video tutorial to create a customized Modbus app
TapBUS
TapBUS is a comprehensive system including analog or digital Inputs/Outputs.
Duetware
Software
Tools to Configure and test your Iotize devices
-
Tap Manager App (can always connect to your Tap)
-
IoTize Toolbox App (demonstrates serial communication)
TapCLOUD and App tools
-
TapCLOUD (manage Taps, Apps, builds and download source code)
-
Dashboard Creator to create and edit a professional Mobile Application
-
App Creator to build a branded App
Java tools
- Java tools to build and to debug your Java code
Howto
-
How to register my Tap and see my Projects (and more, on TapCLOUD).
-
How to to build HTML pages / APK mobile app: An introduction.
-
How to use App Generator to publish your APK app using WiFi and MQTT.
-
How to use TapNLink Primer as a wireless program/debug tool for STM32 in Ride7 environment
-
How to setup a remote monitoring session using an MQTT broker