Ftdi Mobile Phones & Portable Devices Driver Download

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FTDI Chip develops innovative silicon solutions that enhance interaction with the latest in global technology. The major objective from the company is to ‘bridge technologies’ in order to support engineers with highly sophisticated, feature-rich, robust and simple-to-use product platforms. Smart Clip 2 update. Added unlock for ZTE Z820 OBSIDIAN with T-mobile Device Unlock app. Z3x Server Credits for new Qualcomm Samsung phones: Smart Clip 2 update. Added Alcatel Go Flip 2 Fierce 4, Fierce XL, U5, A3, etc: Riff box 2 supports new models for Boot repair HTC One M8 SU / ULSA (AT&T), One M8w, Desire 820n, Desire Eye 4G M910n.

Connecting an Android Phone to an Arduino could not be easier. All you need is an OTG cable. I wrote a previous post here about connecting and controlling an Arduino from your Android device. Previously, I had always connected real Arduinos. This time I tried connecting my DIY Arduino.

FTDI chips are used in USB adapters to connect to RS232 and parallel FIFO hardware interfaces. The most frequent usage is USB-2-COM interface. They are used in: Mobile phone cables. The mobile phones have RS232 or UART output, and PC may have USB only, the chip converts RS232 into USB. BenQ FTDI USB Serial Converter Driver 2.12.28 for Windows 10 Anniversary Update 64-bit 116. BenQ Mobile Phone USB Driver 2.0.3.4 for XP 37 downloads.

Pictured above is my Samsung S5 (G900H) connected to my DIY Arduino via an FTDI converter and a white OTG cable. The FTDI converter would normally be plugged into your Host PC USB port. With the OTG cable, the Android Phone functions as the host. From the screen shot of the phone, you can tell that the Arduino is loaded with the Minipirate sketch. The phone is running the USB Terminal app. Note: some Android phones do not support USB host mode. To check if yours does, I recommend this app.

Devices

When I first connected my Arduino to the Phone it did not recognize the connection. I found out that my FTDI chip had an incorrect product id. The product id was all zeros and needed to be 6001. There is a solution to fix this called ft232r_prog. This Linux command line program allows you to reconfigure (i.e. flash) the FTDI chip. It is a few years old and does not compile on my version of Fedora. (At the time of this post, I am using Fedora 24.) It does however compile fine on an Ubuntu distro. I used YUMI to boot into a live Ubuntu image to compile and run it. Here are the commands to install the prerequisites, compile and change the product ID on an Ubuntu system:

Compile fr232r_prog
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