TechNexion shows the Android Things ARM Powered development platform designed to enable energy-efficient, secure and portable applications for Google's Internet of Things ecosystem strategy. The development platforms provide hardware that developers need to speed up their IoT projects on the Android Things platform as well as onto other supported platforms such as Ubuntu, Debian, Yocto Project, regular Android and more. TechNexion also continues to build on its complete lineup of System on Modules designed for modular, versatile, scalable and low-power applications that can be easily integrated into other devices for all types of IoT development.
Keynote at the Computex 2017 CPX Conference by Rene Haas, ARM President, Intellectual Property Group.
Here is my third factory tour with faytech Tech. Co., Ltd (after I filmed the faytech 2013 tour and the faytech 2015 tour) , this time at their newest factory location, seeing over the past few years this company develop from a small startup company to a world leading industrial touch device manufacturer with advanced in-house manufacturing capabilities is quite impressive. You can see for yourself in this video how they develop. In the video, Arne Weber, CEO of faytech, walks us through their new factory. Currently they are on two floors, one for office and production, the other one as warehouse, incoming material check and test area featuring also several special innovative projects.
For any industrial or commercial touch devices projects, for embedded, PC, monitor, outdoor, indoor, rugged or optical bonded you can contact faytech to see if they can provide you with the right solution (as you can see how I filmed how faytech works with their partners and customers in New York for example) doing it their way to combine German engineering with Asian production capabilities and service, interested parties can contact faytech here:
faytech Tech. Co., Ltd.
Tel: +86 755 8958 0612
Fl 5 & 6, Bldg F, First Phase,
Hongmen Tech Zone,
Shangxue Duan, Jihua Road,
ARM Media Processing Group VP, GM and Fellow, Jem Davies announces the ARM Mali-G72 GPU for Machine Learning, VR & High Fidelity Mobile Gaming. 1 billion Mali-based chips were shipped in 2016, With 1.4x the performance of last year's ARM Mali-G71 GPU, 17% more performance in machine learning (ML) efficiency, for local offline GPU compute computer vision facilitated by ALU and data path improvements to reduce energy consumed by data movements with 25% higher energy efficiency and 20% better area efficiency, with multiple Bifrost optimizations including increased tile buffer memory, tiler scalability and L1 cache.
For faster ARM Powered laptops, smartphones, servers and more, Nandan Nayampally, GM & VP of ARM’s Compute Processing Group announces the ARM Cortex-A75 and ARM Cortex-A55, the new fastest performance, most power efficient ARM designs for high end performance and for mid-range to entry level processing, the first processors launched on ARM DynamIQ technology, designed from the ground up for AI improvements, low latency, acceleration connections, ARM Cortex-A75 delivers 50% improvement in raw integer performance, even greater gains for specialized workloads at given nanometer manufacturing, with these also working even better on newer smaller nanometer manufacturing making these all that faster. ARM Cortex-A75's new performance enables faster ARM Powered Laptops and Smartphones with faster performance and better power efficiency, also suitable for infrastructure (servers, networking, more) and self driving cars and other uses in the automotive industry. ARM Cortex-A55 provides the new LITTLE to Cortex-A75’s big, with 2.5x the power efficiency of its predecessor, bringing performance to the edge across a variety of applications and performance points from IOT edge gateways to mainstream. Combining the two new CPUs in a DynamIQ big.LITTLE cluster gives you multiple configurations, and specifically doubles performance in a 1+7 configuration for example.
Official video of the ARM Press Conference at Computex 2017 in Taipei
source: ARM Taiwan on Facebook
Enabling Trillions of ARM processors to be made cheaply to be embedded everywhere as envisioned by ARM owner Masayoshi Son, PlasticARM is an implementation of an ARM Cortex-M0 based 32-bit microprocessor SoC in plastic. Using PragmatIC’s technology, the flexible integrated circuit (FlexIC) is implemented in thin film metal oxides on a polymer substrate, with a total thickness of less than 10um. The latest version uses a 1um cell library, delivering a 10x improvement in footprint over the last 2 years, and significantly advancing the state-of-the-art in printed logic. PlasticARM demonstrates the potential for PragmatIC’s ultra-thin and ultra-low-cost plastic electronics to extend from smart packaging into areas such as wearables and security. You can read more about PragmatIC at http://pragmaticprinting.com This video was filmed at the IDTechEx Show!
You can watch the Keynote presentation by PragmatIC at IDTechEx here: