XMOS is a manufacturer of multicore micro-controller devices. xCORE-eXtended Architecture (the XA Family) combines multicore microcontroller technology with an ultra-low-power ARM® Cortex®-M3 processor, to create the next wave in programmable system-on-chip (SoC) products. The xCORE-XA architecture allows embedded system designers to use high-level software to configure a device with the exact set of interfaces and peripherals needed for their design, while re-using existing ARM binary code and standard library functions, and taking advantage of ultra-low energy fixed-function peripherals. Designers can also add real-time data-plane plus control processing and DSP blocks, using multiple xCORE processor cores, with the ARM available to run control plane processing software such as communication protocol stacks, standard graphics libraries, or complex monitoring systems.
You can read more about it here: http://www.xmos.com/de/products/silicon/xa-series
Inforce is an embedded Pico-ITX development kit maker using Qualcomm, here their latest APQ8064 SoC with 2GB RAM in a compact dev board retailing at $149. The boards come with basic connections like micro hdmi, micro sd, and ethernet. Inforce also sells a larger more fully featured version of the boards with a battery and camera. The boards have a wide variety applications in embedded computing ranging from software development and hobby uses to medical uses. Future versions of the board will come with the upcoming Snapdragon 8084 processor.
You can read more about the IFC6410 here: http://www.inforcecomputing.com/product/moreinfo/ifc6410.html
The all-new additions to Toradex’ Colibri product family are a couple of Freescale Vybrid SoC-powered low-power, small form-factor devices. The Colibri VF50 and the Colibri VF61, based respectively on Freescale Vybrid VF5xx and Vybrid VF6xx family of SoC. To give you a little more information, the Vybrid VF5xx family is a single-core (ARM Cortex-A5) solution with 1.5 MB on-chip SRAM, DDR2/3, high-speed USB with PHY, dual Ethernet and a host of other interfaces. On the other hand, the Vybrid VF6xx family is a dual-core (ARM Cortex-A5 plus ARM Cortex-M4) solution with 1.5 MB on-chip SRAM, DDR2/3, dual XiP quad SPI memory interfaces, dual high-speed USB with PHY, dual Ethernet, and a digital/analog video camera interface. The modules are also priced at an unbelievable USD 26 and USD 39 respectively for the Colibri VF50 and the Colibri VF61 (for high volumes). Toradex’ Colibri VF50 and VF61 are both SODIMM sized computer module with an emphasis, according to the company, on delivering cost-effective CPU, and graphic performance with a low power footprint. The dual-core on the Colibri VF61 makes it ideal for solutions that run a commercial operating system on the Cortex-A class core while the Cortex-M core runs an RTOS for time and security-critical operations. This kind of arrangement eliminates the need for an external MCU or field-programmable gate array (FPGA).
Luke Shields of JCSC shows off his supposed to be platform for open source platform development in schools, encouraging children to experiment making hardware, re-painting old home consoles, integrate ARM development boards, modulate, what you want may not be what I want and what I want may not be what you want. Check it out.
The Merrii Hummingbird Kit is a cheap $50 Allwinner A20 Development Board, with Android 4.2.2 and Linux 3.4 currently available officially. It has two USB hosts, an OTG, Gigabit Ethernet, line in, HDMI output. The Hummingbird motherboard which is only slightly larger than a credit card. It has all the basic functions of a PC when connected TV and to a keyboard/mouse, it can support things like spreadsheets, word processing, games, HD videos and more.
Merrii provides a forum for Hummingbird enthusiasts, developers to share advancements developed for the system, the latest information of the A20 Hummingbird system will also be released through the forum.
Users can download the official firmwares (Android 4.2.2 and Linux 3.4) separately by PhoenixSuit tool to burn to hummingbird development system, while Merrii also will provide Android and Linux SDK for enthusiasts to research.
The Linux System GUI provided by Merrii is based on Qt 4.7.3 graphics library written, the function of this program is for individual system tests of a variety of OS resource. As we all know, Android OS is a very excellent OS, but the drawback is system structure is very large, it will consume more hardware resource and start slowly. Compared to Android, A20 Hummingbird Linux system will consume less hardware resources, start quickly and can run smoothly at a lower configuration and less cost. And if the user wants to do dedicated system rather than just a APK, then they can choose Linux, but the disadvantage is likely to develop cycle is relatively longer.
Linux GUI of hummingbird system is written by Qt, Qt is a development framework of cross-platform C + + GUI application which developed by Trolltech in 1991. It can develop GUI program and non-GUI program, such as console tools and servers, the program can be run on Windows, MAC OS X, Linux \ X11, embedded Linux because of cross-platform, hummingbird Qt is running on the embedded Linux.Based on this system,it can be applied to video surveillance, POS, advertising machine, automotive system and other fields. Linux UI interface as following,
Due to the expansion interfaces of hummingbird development system are much more than some other similar products, and it has got global high attention. Thus making it very powerful,rich social environment and market value. the more people participate, the more rapid development, the greater the potential market, followed by the more purposes. Currently,besides the children's education above-mentioned, it also can be used as basic computer, home theater HD player etc.As following:
• Multimedia player
• Emulation box
• Auto PC
• Car GPS
• smart robot
• Electronic Album
• remote surveillance
• Home alarm apparatus / automation system
Hummingbird Kit Contact Details
Industry Core Board and Digital Signage Board
TEL: 86-755-28806588 EXT: 815
Design Service Group
InSignal shows the Exynos5420 Arndale Octa Board, with four ARM Cortex-A15, four ARM Cortex-A7, six Mali-T628, adding eMMC, PCI, HDMI, Sound, USB device, USB Host, Ethernet, Camera module, providing full development board platform for developers wanting to develop solutions based on the Samsung Exynos5420, possibly the fastest ARM Processor on the market today. We may see quite advanced software development for Android, Chrome OS (or Chromium OS), Ubuntu and more. People can order it right now for $179 at pyrustek.com
The mbed development platform is the fastest way to create Internet of Things devices based on ARM microcontrollers. Anyone with an idea, can rapidly prototype devices using it, connect the idea to the cloud, form a proof of concept that can get the idea funded, demonstrate to the boss that the idea can fly.
Freescale demonstration their products already in the market and upcoming at computex 2013. Freescale is focused on MCU (Micro Controllers Unit), Sensors, Automotive, Network and other industrial areas. One of the interesting things noticed here is The worlds smallest ARM powered MCU. 1.9 x 2.0 mm MCU enables new wave of product miniaturization for the Internet of Things.
Measuring just 1.9 x 2.0 mm, the Kinetis KL02 MCU is 25 percent smaller than the industry’s next-smallest ARM® MCU. Within this miniscule device, Freescale has included the latest 32-bit ARM Cortex™-M0+ processor, cutting-edge low-power functionality and a range of analog and communication peripherals. This enables system designers to dramatically reduce the size of their boards and products while retaining the all-important performance, feature integration and power consumption characteristics of their end devices.
Garmin Forerunner® 10: Containing Kinetis K20 MCUs, Forerunner 10 is a GPS running watch that tracks your distance, speed/pace and calories. It also identifies your personal records and provides motivation along
GoPro HERO3: Black Edition
Featuring Kinetis K20 MCUs , the HERO3: Black Edition is the most advanced GoPro, ever. The camera is wearable and gear mountable, waterproof to 197' (60m), capable of capturing ultra-wide 1440p 48fps, 1080p 60 fps and 720p 120 fps video and 12MP photos at a rate of 30 photos per second. Built-in Wi-Fi, GoPro App compatibility and the included Wi-Fi Remote (normally a separate $79.99 accessory) make the HERO3: Black Edition arguably the world's most powerful and versatile solution for capturing and sharing immersible and engaging footage of your favourite life experiences.
Powered by Freescale's i.MX233 applications processor, i'm Watch connects to smartphones, so you can use it for inbound calls and text messages. Facebook, Twitter, and weather forecasts look their best on its high-resolution screen.
Smart connected home:
Collect real-time energy consumption from smart meter and power consumption data from various in-house objects
Control activation/deactivation of home appliances Generate dashboard to provide feedback about power usage
Provide control menus to control appliances Provide a link to the utility and/or Internet
Regarding development board and end production chip sets demonstration
Q7-IMX6 Freescale i.MX 6 Qseven module.
The Q7-IMX6 scales from single core, dual to quad core CPU. The clock frequency is 1,2 GHz, DDR3 memory spans from 1 to 4GB, Gigabit Ethernet is there as well as industrial interfaces including on-board Flash memory. The graphics unit supports OpenGL ES 1.1/2.0/Halti, OpenVG 1.1 and OpenCL 1.1 EP. The HDMI/DVI graphics output is compatible to HDMI V1.4 and offers resolutions up to WUXGA (1920x1200). The Qseven module is truly low power (4-6W) and is suitable for applications such as POS/POI, Digital Signage, industrial Automation, Medical, Transportation, Home and Security Technology.
Filmed at the HKTDC Hong Kong Electronics Fair (Spring Edition) 2013
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ARM demonstrates GPU Computing on the new ARM Mali-T604 GPU, rendering graphical features, filters, encoding, processing certain things much faster and using much less power by processing those things on the GPU instead of on the CPU.