How to enable FTDI Support for your USB Host featuring Honeycomb Tablet (including sample native application) – Using Android in Industrial Automation. For many projects it would be great to have an RFID- Reader on your tablet. Sadly there is no Tablet yet that has a built in NFC Chip. Can i print from my asus transformer tablet, how do i print from my asus tablet, how do i print from my asus transformer tablet, how do i print from the asus tablet. Shop HP’s Online Store for all your computer hardware, accessories, printer needs & the best deals. Free Shipping + Easy Returns. Shop now. The Asus Eee PC is a netbook computer line from ASUSTeK Computer Incorporated, and a part of the Asus Eee product family. At the time of its introduction in late 2007. Accurate information can be the difference between life and death during a hurricane. So FEMA has launched a new webpage in an effort to debunk rumors that people. However, there are plenty of Readers that connect through USB to your device, and some of them use an FTDI USB Serial Converter for communication over the serial protocol. Provided you have a USB Host Port and Root on your Tablet it is possible to communicate with a large number of peripherals that use the FTDI chip. And we want to show you how we did it. To achieve this goal you will need to compile the Kernel Driver Module for FTDI Support in order to have an interface under “/dev/tty. USB0” in the end. You do this by downloading the recent Tegra Kernel from the Android Repos: http: //android.For our purpose we just downloaded a Snapshot of the Kernel. on this page. Note: if you are unsure which kernel version to use, execute step 1 first on your device and return to the repositories to choose the appropriate version.Follow these steps to compile the new Kernel module.First you need to find the appropriate Kernel version for your Android Tablet.Some manufacturers change the “Extraversion” parameter.Drop into a root shell on the tablet and find out which version you are running; also pull the current kernel config: # cat /proc/versionextract the kernel config from your device$ adb pull /proc/config. Set up the current Kernel config for your freshly downloaded Kernel snapshot. Let’s assume you put the the Kernel into ~/kernel/ .$ zcat config. Configure your new Kernel to create the FTDI module using menuconfig. Let’s say you have your Android NDK under /opt/android- ndk- r. PATH=/opt/android- ndk- r. PATH~/kernel/tegra- f. ![]() ARCH=arm CROSS_COMPILE=arm- eabi- - j. Navigate to “Device Drivers - > USB Support - > USB Serial Converter Support - > USB FTDI Single Port Serial Driver” [1]Select it as a Module hitting the “M” key so that it reads “< M> ”. Now adjust the Makefile so the Extraversion fits your extracted version.~/kernel/tegra- android- tegra- 2. Makefile. 4. Compile the module for your system. If you did not yet export the path, then do so now: ~/kernel/tegra- f. PATH=/opt/android- ndk- r. PATHAnd start compiling the modules: ~/kernel/tegra- android- tegra- 2. ARCH=arm CROSS_COMPILE=arm- eabi- - j. Your modules should be building now. Your FTDI Kernel module is now located in the “drivers/usb/serial” directory. You can copy it to your tablet now: ~/kernel/tegra- android- tegra- 2. And done you are! Connect your FTDI Device (for instance this USB FTDI- Board: http: //www. Code to start communicating with your peripheral device (in this case an RFID Reader). To compile the project files extract them and use Android’s “ndk- build” script.~/simplectrl/jni$ /opt/android- ndk- r. The executable file is found in simplectrl/lib/armeabi/simpleserial. Push it to your device, connect your FTDI device and make it executable: ~/simplectrl$ adb push lib/armeabi/simpleserial /data/local/~/simplectrl$ adb shell$ su# cd /data/local/# chmod 7. This has been tested on a Rooted Acer Iconia Tab A5. Android 3. 0. 1 and the Kernel Version 2. We hope we were able to get you started with serial programing over USB ?Don’t hesitate to comment our post and give us some feedback to improve our mini- article.[1] you will also find the “USB Profilic 2. Single Port Serial Driver” there, which is used for many USB- Serial Converters. Even Intel Thinks Wearables Don't Stand a Chance. Wearables are out and augmented reality is in over at Intel. CNBC is reporting that Intel completely shuttered its wearables division just two weeks ago, and the New Technologies group that housed the division is now focused on augmented reality. From one fad to another, Intel is trying to chase the next big thing. AR has quickly supplanted VR and wearables as the super- cool tech everyone needs to invest in. Google’s been pursuing it via Project Tango and is releasing a new AR- capable phone with Asus, the Asus Zenfone AR, later this year. And Apple announced its own focus on AR at WWDC in June. Intel was actually one of the earliest investors in augmented reality tech with its spatially aware Real. Sense 3. D camera in 2. So the New Technologies Group’s new focus on AR is almost a return to form for the company. The bigger news is Intel’s departure from the wearable space—an area that’s rapidly becoming a technological ghostland. The writing has been on the wall for wearables at Intel since November of last year. That’s when, according to Tech. Crunch, Intel laid off a huge portion of its wearables team. At the time Intel denied it was breaking up with wearables. Intel is in no way stepping back from the wearables business. In fact, we have several products in the works that we are very excited about,” it said in a statement to Tech. Crunch. Intel launched a few higher profile wearables this year. In February the company launched the New Balance IQ smartwatch, and in March it launched a $1. Connected Modular 4. Tag Heuer that was going to have it’s own built- in AI. Besides smartwatches, Intel was also embracing audio wearables, like these Oakley Radar Pace sunglasses with attached earbuds and an on- device audio coach, or these heart- rate monitoring headphones from SMS Audio. Intel is still advertising its wearable chipset on its website—the tech at the heart of its wearable push. However, according to CNBC that is probably going to be the last wearable- related thing we see from Intel for a while. At least until AR headsets take off.[CNBC].
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