Data Sheet
Table Of Contents
- 1 Introduction
- 2 Summary
- 3 Block schematic
- 4 Development environment
- 5 Features
- 6 Pin assignment
- 7 Regulatory compliance
- 7.1 CE certification (Europe)
- 7.2 FCC (USA) and IC (Canada)
- 7.2.1 FCC Part 15 compliance statement
- 7.2.2 ISED - Industry Canada Licence-Exempt Radio Apparatus
- 7.2.3 ISED - Industrie Canada appareil radio exempts de licence
- 7.2.4 Radio Frequency (RF) Exposure Compliance of Radio communication for mobile Apparatus
- 7.2.5 Conformité à l’exposition aux champs RF des équipements radio mobiles
- 7.2.6 End Product Labeling
- 7.2.7 End Product User’s Manual:
- 8 Mechanical characteristics
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TapNLink is implemented by configuration only using the free IoTize Studio software
environment, which is available on the IoTize website.
IoTize Studio provides a simple yet complete interface for managing the configuration of IoTize
radio modules so that they interface correctly with the target system. IoTize Studio provides:
Drag-and-drop configuration of target data addresses using the target system’s source
code (ELF files)
Instant configuration transfer without extensive hardware installations
Immediate configuration verification on the designer’s PC and mobile device
When creating the TapNLink configuration, the designer imports the target system's firmware
source (ELF file). Designating the addresses to access via TapNLink is as easy as dragging-
and-dropping them into the configuration project. All variable information (address, type, etc.) is
copied directly from the firmware source file, greatly reducing the risk of configuration errors.
IoTize Studio also notifies the designer if the firmware source file is modified after the
configuration has been created.
IoTize Studio allows users to transfer their configuration for testing and deployment with just the
click of a button. No complicated or expensive hardware is required.
After configuration, the designer can connect to the module and visualize in IoTize Studio the
results of the configuration. The integrated app viewer in IoTize Studio shows the resulting user
app exactly as it would display on a mobile device. When the designer is satisfied with the
configuration, visualizing the result on a mobile device requires only that the designer connect it
to the TapNLink via one of the supported radio interfaces.
IoTize Studio and TapNLink are designed to allow the transfer of the Designer’s configuration
using a direct Wi-Fi or BLE connection with the designers PC, or via a mobile device connection
either directly with the designer's PC or IoTize’s Cloud-based MQTT relay. Thanks to this
implementation no additional hardware is required during the design phase.
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Various application notes are available at the IoTize website to describe how to design HTML
pages to monitor the TapNlink from a mobile device. APIs for native programs are also
available.
TnL-FIW103 Datasheet 7