This Application Note describes the hands free solution available on AirPrime Q26 and WMP Series, and the SL6087 module. A brief explanation of the hands free solution is followed by a detailed presentation covering the following: Overview and block schematic Parameters explanation Tuning guidelines and default parameters

This application note describes how to use SMTP over a secured socket to send an e-mail. The application uses the GPRS interface for the SMTP transfer.

This Application Note presents the way to switch ON and switch OFF the Sierra Wireless AirPrime embedded modules, without any external microcontroller, just with the main power supply, in order to be able to wake up again when entering into alarm mode.

This application note describes the process and steps required to register and add units to the APMS server to make them available for use by a customer. This application note walks a user through the initial steps to getting up and running. If problems are encountered beyond this, support should be sought from your usual support channel.

This application note presents different antenna diagnosis solutions including their inherent limitations and different degrees of antenna default detection. Antenna diagnosis can be used to improve the reliability of a GSM link in the case of a main antenna failure by switching to a secondary one. Diagnosis can also be used as part of a production testing to check the complete connection from the GSM device to the antenna. The final part focuses on practical implementations of using an antenna with an integrated resistor.

This application note provides design considerations for PCS1900 band OTA desensitization.

Provides a link to a repository containing the Android sample app and library for communicating with BlueCreation's BC127 family of products over a Classic Bluetooth connection .

Application Description This application is intended to show an AirLink FX programmable modem, in conjunction with the Ethernet X-card, to operate as an internet gateway allowing a PC to be plugged into it through its Ethernet port and then surf the internet. The Open AT code includes: - A DHCP server to automatically allocate IP address to the computers connected on the LAN. - A web server that prompts an HTTP page to configure the APN and related username and password.

This document describes some examples of hardware solutions for developing products around the HiLo GPRS module. Most of these solutions are not mandatory, and can be used as suggestions of what should be done to have a working product, and what should be avoided. This document suggests how to integrate the HiLo GPRS module in machine devices such as automotive, AMM (Automatic Metering Management), tracking system: connection with external devices, layout advises, external components (decoupling capacitors…)

Instructions on how to build and send an MMS.

Resource recommendations for HiLo and HiLoNC integrated antennas.

A how-to regarding using the HiLo and HiLoNC modules as a simple modem to connect to the internet.

A getting started guide regarding the HiLo and HiLoNC Data Terminal Ready signal.

This file contains an instructions and source files for a Linux implementation of a GSM 07.10 Multiplexer Protocol for the HiLo and HiLoNC modules.

This document discusses a high efficiency Buck-Boost converter with input current limit as providing the best power supply solution for the HiLoNC module.

This document presents and performs the antenna detection feature with the HiLo and HiLoNC modules. The antenna detection feature can be integrated in any HiLo/HiLoNC customer’s application circuit. Only a few additional passive components and some particular AT commands included in both HiLo and HiLoNC modules are needed.

This document describes some examples of hardware solutions for developing products around the HiloNC GPRS module. Most of these solutions are not mandatory, and can be used as suggestions of what should be done to have a working product, and what should be avoided. This document suggests how to integrate the HiloNC GPRS module in machine devices such as automotive, AMM (Automatic Metering Management), tracking system: connection with external devices, layout advises, external components (decoupling capacitors…).

This document describes some examples of hardware solutions for developing products around the HiLo V2 GPRS Module. Most parts of these solutions are not mandatory. Use them as suggestions of what should be done to have a working product and what should be avoided. This document suggests how to integrate the HiLo V2 GPRS module in machine devices including automotive, AMM (Automatic Metering Management), tracking system: connection with external devices, layout advice, and external components (decoupling capacitors…).

This document describes examples of hardware solutions for developing products using the HiLo 3G Module.

This document describes some examples of hardware solutions for developing products around the HiLoNC V2 GPRS Module. Most parts of these solutions are not mandatory. Use them as suggestions of what should be done to have a working product and what should be avoided. This document suggests how to integrate the HiLoNC V2 GPRS module in machine devices including automotive, AMM (Automatic Metering Management), tracking system: connection with external devices, layout advice, and external components (decoupling capacitors…).