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:
ARM is now 26 years old, this is my interview with Chris Turner, he was the first employee at Acorn Computers, who created the Acorn Archimedes, the BBC Micro and worked together with inventor and designer of the first ARM Processor Sophie Wilson who I interviewed here 1of3, 2of3, 3of3 and Steve Furber who I interviewed here and the co-founder CEO of Acorn Hermann Hauser who I interviewed here.
At Linaro Connect Budapest 2017, ARM and the Linaro LEG (Linaro Enterprise Group) team demonstrate Apache Ambari running on ARM servers. Apache Ambari is one of key Big Data components that provides an easy to use web interface to provision, manage and monitor Hadoop cluster and various other Big Data tools. In this demo Apache Ambari is running on 3 node cluster with Hadoop, YARN and Zookeeper, all on AARCH64 hardware.
With ARM servers getting into Datacenter, Linaro has been collaborating with ARM and ARM vendors in making sure Big data components work well in AARCH64 architecture. Porting and Building Apache Ambari on AARCH64 is one of the efforts the team has been working on apart from porting, building and benchmarking Hadoop, Spark, Hive, HBase and other Big data components. The team chose to showcase Apache Ambari as a high level component due to it being very intuitive, easy-to-use Hadoop management web UI backed by its RESTful APIs. Ambari provides a dashboard with metrics for CPU, Storage, memory utilization and also metrics for HDFS, MapReduce, Pig, Hive etc for monitoring Hadoop Cluster. It also provides step-by-step wizard for managing Hadoop Clusters (like adding nodes, taking down nodes, doing rolling upgrades, etc).
As of today, Ambari is officially supported only on X86 servers. The work team has done is to patch Ambari to work on AARCH64, which involved patching various dependencies like phantomjs, leveldb, leveldbjni java libaries, etc. Linaro is also part of ODPi organization (odpi.org), which has been working on standardizing Big Data. Ambari is part of ODPi's operations specs. The collaboration helps in speeding up upstreaming process since ODPi also has some of same maintainers as of ASF.
The work done for this demo is a PoC running in ARM lab (working on Linaro Dev Cloud at the mean time) and yet published.
This video features Eugene Xie ARM Principal Software Engineer & Tech lead of Workloads team of Enterprise Software, BSG, Ganesh Raju - Tech Lead, BigData team and Naresh Bhat, Cavium assignee to Linaro for BigData.
ARM announces that 100 Billion ARM Processors have shipped. And in this video, ARM talks about their acquisition of Swedish Mistbase and British NextG-Com to enable ARM's new Cordio-N NB-IoT narrowband IoT communications standard.
Marc Moreno Berengue of ARM at Linaro Connect 2017 in Budapest shows TrustZone for ARM Cortex-M33 implementing a secure gateway between the Secure and Non-secure areas on the ARM Cortex-M33 SoC, with the ARM CoreLink SSE-200 subsystem, TrustZone, ARM CoreLink SIE-200, instruction cashes, power infrastructure components, Secure Debug with ARM CoreSight SoC, the optional ARM TrustZone CryptoCell and the optional ARM Cordio Radio. All these enabling security for IoT. This demonstration is running on the ARM Cortex-M Prototyping System (MPS2/MPS2+) which is a Versatile Express development board featuring a large FPGA for prototyping Cortex-M based designs and a range of different options for debug.
Qualcomm demonstrates their X16 Cat16 Gigabit LTE modem integrated in the upcoming Sony Xperia XZ Premium using Qualcomm Snapdragon 835 which features 4x4 MIMO (multiple input multiple output). The phone uses 4 LTE antennaes instead of the usual 2 to boost throughput speeds to 1Gbps using carrier aggregation. The technology is expected to be more power efficient since the faster downloads would finish quicker, effectively lessening the time cellular data is used.
Masayoshi Son, CEO and Founder of SoftBank which is owner of ARM since September 2016, is giving the opening keynote at the 2017 Mobile World Congress in Barcelona. You can also watch the official video of this keynote here. On his way out of the keynote area I was able to do my 1 minute Interview with Masayoshi Son which you can watch here.
Masayoshi Son is the CEO of SoftBank, owner of ARM since September 2016, he answers few of my questions about the future of ARM, R&D investments to come, the excitement for the future technological developments to come. That was on the way out of his Keynote speech, video of which I will post a bit later tonight.
GeorgeAgainstTheMachine spent 60+ hours making this 8 minute video edit about the Acorn Archimedes A4000, using clips from my Interviews with Sophie Wilson (Part 2, Part 3) and Steve Furber talking about how they designed the first ARM Processor and the worlds first System on a Chip (SoC). Looking through my extensive interviews with them both, he was able to edit Sophie Wilson and Steve Furber reminiscing together, TV Documentary style. Subscribe to GeorgeAgainstTheMachine on YouTube, follow georgeagainst on Twitter.