The FTDI Chip Android Open Accessory HyperTerm Utility is available for download on Google Play.
Try it out:
TN_146: Creating Android Images for Application Development
2nd April 2013
This technical note provides some guidance in creating an Android image for a processor to allow application development to begin. To read this technical note, please click here.
White Paper: Android Peripheral Options
7th February 2013
FTDI’s Senior Application Engineer, Bob Recny, has written a whitepaper entitled ‘Android Peripheral Options’. It is a discussion regarding Android support and options available through FTDI. To read this whitepaper on our Android page, please click here.
Announcing Java D2XX Android Driver Availability
7th February 2013
The Java D2XX driver supporting USB host class library model is available free of charge from FTDI Chip (Download full press release in English or in Chinese). The driver supports FTDI’s full complement of USB bridge, slave chips including R Chips(232R/245R), H- Series (USB2.0 Hi-Speed), and the X-Chip Series for Android v3.2 or later series. This library requires no special root access privileges, and can be easily adapted into applications by developers. The API is packaged in d2xx.jar and is distributed with demo application source code see technical note 147 (TN_147), which is available for download.
This PCN details the update of the FT311D Android Host IC from Rev B to Rev C. The device required a change to enable connection to the latest revision of Android Open Accessory Mode, upgraded from 1.0 to 2.0 in November 2012. All related product documentation has been updated to reflect this upgrade; we apologize for any inconvenience this may cause.
31st July 2012
The FT311D multi-interface Android host IC is launched today. Providing an instant bridge from your Android USB port(B) to peripheral hardware over GPIO, UART, PWM, I2C Master, SPI Slave or SPI Master interfaces.
Simply select the interface mode with pull up/pull down resistors on the FT311D mode select pins and plug into your Android (3.1 or later) device to access peripheral hardware over USB via Androids’ Open Accessory Mode. With this new chip, system providers can enhance connectivity to this popular mobile ecosystem, with the ability to create user applications that capitalize on Android platform resources; high-performance processing, accelerometers, touch-screen interfaces, etc.
Also included in the launch of the FT311D, are development modules and a suite of Android software examples allowing for rapid test and creation of new and exciting applications.
White Paper: Connecting Peripherals to an Android Platform
22nd March 2012
FTDI’s Senior Application Engineer, Gordon Lunn, has written a whitepaper entitled ‘Connecting Peripherals to an Android Platform’. It describes how to connect peripheral accessories to Android OS based tablets and phones, including the Android Open Accessory Initiative. To read this whitepaper on our Android page, please click here.
App Note: Accessing Android Open Accessory Mode with Vinco Development Platform
31st January 2012
This App Note describes connecting a Vinculum-II/ Vinco with the Vinco Touch-Key shield to a Motorola Xoom over USB running the Android Open Accessories Initiative environment.
Note : Many Android systems with
USB host capability enumerate devices with application
incompatible permissions (0660). In order to modify the default
permissions a user must have root access. FTDI does not accept any
responsibility for customers who choose to enable root access on
their Android platform and subsequently may void their warranty.
Enabling root access on such devices is entirely at the user’s own
App Note: V2 Eval Board & Xoom
August 22nd, 2011
This App Note describes a Vinculum-II/ V2 Eval
board demo using Motorola Xoom to run Android Open Accessories