This example uses an analog input to measure button presses then sends the appropiate commands to an BlueCreations.com BC127 bluetooth module that is running Melody Audio v6 via Serial. It also uses HID to do screen unlock and app switching of a USB OTG connected tablet

Contains an application note describing the BC127 antenna layout requirements.

This sample app demonstrates how to integrate and use the MelodySmartKit framework for communicating with BlueCreation's MelodySmart product line on iOS.

Contains an application note providing power measurement values for a BC127 running Melody Audio 5.7 RC 8, and describes the test setup under which these values were obtained.

Contains an application note describing how to test the iBeacon functionality on Melody Smart 3.6.0 and above.

Contains an application note describing the relevant audio interface settings for Melody as well as the full set of I2S configuration parameters.

Contains an application note describing configurations to reduce power consumption on Melody.

Contains an application note describing how to program the BC127 Development Board.

Contains an application note describing how to connect SPP from Windows 7 to Melody and from Melody to Windows 7.

Contains an application note describing how to use the Melody Device Firmware Upgrade Tool.

Contains an application note describing how to use the USB Demo App which is a 32-bit Windows application that gives you the ability to send commands via USB to Melody (5.7 RC4 onwards).

Contains an application note describing how to program the BC127 Discovery Board using CSR BlueFlash.

Contains an application note describing how to verify the Melody Audio I2S interface functionality.

This Application Note describes the audio design guidelines to optimize the implementation of hardware, gains and algorithms tuning of the AirPrime SL808xT, SL808xBT, and SL808xBTA embedded module.

Mobile devices using 3G and LTE are equipped with a second receive antenna for improved performance. This second antenna is required for receive diversity and MIMO. These concepts, with their associated benefits, requirements and test possibilities, are described in this Application Note in a Q&A format.

This Application Note details how to handle the main audio features supported by an audio enabled MC7304 module. Two main capabilities are discussed.

This application note details how to setup a Rhode & Schwartz CMW500 platform in order to test the Sierra Wireless MC7304 throughput capabilities within the supported RF bands and MIMO capabilities (this application note is also applicable to all other variants of the MC73xx).

This application note reviews each objective with its associated requirements and then details design rules for successful Sierra Wireless mobile devices integration, with a particular focus on PCB design. It is recommended to read this application note before starting a design as its provided guidance can contribute to save time and money by reducing the number of PCB iterations before final certification and market introduction.

This Application Note presents the steps to set up a PPP connection in Linux Operating System using the Sierra Wireless embedded module. As Windows® and Linux® have different procedures for creating a PPP connection, this application note provides details about the process for Linux environment. The steps to create the connection are well supported with images to graphically depict those steps.

AirPrime WP modules flash firmware guidelines.