APC : un micro PC ARM et Android chez VIA... pour 49 dollars VIA se lance sur le segment du micro PC avec l'annonce du projet APC : un petit ordinateur équipé d'un processeur ARM et d'une version modifiée d'Android 2.3. Le prix de vente annoncé s'établit à 49 dollars. Le succès de l'expérience Raspberry PI a manifestement donné des idées au taïwanais VIA, qui vient de dévoiler son propre concept de micro PC à base de processeur ARM. Ici, VIA évoque en effet un tarif conseillé de 49 dollars. La configuration s'articule autour d'un processeur ARM cadencé à 800 MHz, de 512 Mo de DDR3 et de 2 Go de mémoire Flash destinés au stockage. A première vue, VIA semble donc avoir choisi la carte du compromis entre les projets de type Raspeberry Pi, moins performants quoique susceptibles de proposer un affichage en 1080p, et les ordinateurs ARM plus musclés - mais aussi quatre fois plus onéreux - tels que le micro PC Cotton Candy de FXI Tech.
Home · gasolin/BlocklyDuino Wiki MCU LaunchPad Evaluation Platform | Microcontroller Kit from Texas Instruments for MSP430™ , C2000™ real-time and Stellaris® ARM® Cortex™ microcontrollers BoosterPacks are modular plug-in boards that fit on top of the LaunchPad baseboards. These modules introduce new functionality to the LaunchPad evaluation kits including wireless, capacitive touch, LED lighting and more! BoosterPacks include everything you need to create compelling new applications based on the LaunchPad evaluation kits, including a plugin module, software and documentation. Build Your OwnSee BoosterPacks UDOO: Android Linux Arduino in a tiny single-board computer
CP2114 Evaluation Kit The CP2114EK USB to I2S audio evaluation kit allows a complete evaluation and customization of the CP2114 USB to I2S bridge, including all GPIO, UART and IIC functions. A USB cable is included. CP2114EK is ideal for customers who already have a defined codec or DAC and want to evaluate the CP2114 capabilities. The evaluation kit includes: CP2114EB boardUSB cableUART cable CP2114 Software This package provides documentation, programming examples, and customization utilities for the CP2114/10 families. The CP2114/10 HID USB-to-UART interface library provides a simple API to configure and operate CP2114 devices. Additional Resources Additional CP2114 Kits Available
Gooseberry- An alternative to Raspberry Pi ALTERA Cyclone 3 III EP3C10E EP3C10E144C8N USB+FPGA Development board j h min s jour heure heures Livraison gratuite Voir la description de l'objet Environ : (Saisissez ##1## ou plus) (Saisissez une valeur supérieure à ##1##) Votre enchère maximum : Un autre membre a surenchéri. Un autre membre a surenchéri en plaçant une enchère automatique. Vous êtes le meilleur enchérisseur pour cet objet ! Vous êtes le premier enchérisseur pour cet objet ! Vous êtes le meilleur enchérisseur pour cet objet, mais un autre membre peut encore surenchérir. Cette vente est presque terminée et vous êtes actuellement le meilleur enchérisseur. Vous êtes le meilleur enchérisseur pour cet objet, mais le prix de réserve n'a pas été atteint. Un autre membre a surenchéri. Vous pouvez encore remporter l'objet ! Votre enchère est inférieure à l'enchère maximum d'un autre membre. Votre enchère a été rejetée, car elle est identique à celle d'un autre membre. Essayez d'augmenter votre enchère maximum. Vous êtes le meilleur enchérisseur! Vous êtes le premier enchérisseur. Votre enchère maximum est désormais de
Android Robot - Download and make! Add to Cart to download this kit for free ! Download, print out and make your own Android robot. This poseable robot is available for everyone to download for free. The Android robot is the logo of Google's Android mobile device operating system. This Android robot is modified from work created and shared by Google and used according to terms described in the Creative Commons 3.0 Attribution License. The project is poseable in three ways. Download the parts. Roll round the shoulder tube so that the edge lines up with grey line arrowed in the top picture. Glue the two halves of the body together then thread the shoulder tube into place. Fold up and slick together the head. Both antennae are made in the same way. Roll round the long tab and glue it down to complete the antennae Fit the antennae up through the holes in the head and glue them into place. The antennae in place. Glue the neck plate to the head base so that the ends of the the tabs are lined up with the sides of the head base.
MyOpenFPGA - Home Bluetooth BERO robot inspired by Android mascot | Crave If you've ever wanted your very own working Android robot, this Kickstarter project is something to watch. Reality Robotics is fishing for funding for Be the Robot (BERO), a pint-size bot you can control with a Bluetooth-enabled smartphone. The programmable droid was inspired by the Android mascot, but since Google hasn't officially given its blessing to the project, it looks a little different. It can dance, avoid obstacles, and take commands from an open-source phone app. BERO has onboard speakers, LED eyes, flashing headphones, and six motors that move its head, arms, and tank-style treads. It can boogie to WAV files on SD cards, and recharge via USB when its juice is low. It also has two infrared sensors that can detect obstacles up to 3.5 inches away to the right, left, and front of the robot. Pledges starting at $79 get you a working BERO and more bucks gets you increased functionality.
Building my Own Laptop We are building an open laptop, with some wacky features in it for hackers like me. This is a lengthy project. Fortunately, ARM CPUs are getting fast enough, and Moore’s Law is slowing down, so that even if it took a year or so to complete, I won’t be left with a woefully useless design. Today’s state of the art ARM CPUs — quad-core with GHz+ performance levels — is good enough for most day-to-day code development, email checking, browsing etc. We started the design in June, and last week I got my first prototype motherboards, hot off the SMT line. Of course, a feature of a build-it-yourself laptop is that all the design documentation is open, so others of sufficient skill and resources can also build it. Above is an annotated diagram of the circuit board. Here are some of the features of the laptop motherboard: Items marked with an asterisk (*) require a closed-source firmware blob, but the system is functional and bootable without the blob. Tags: laptop, novena, open hardware
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