All the latest quantum computer articles

See the latest stories on quantum computing from eeNews Europe

Monday, October 30, 2017

Power news this week

By Nick Flaherty at

. Siemens-backed fuel cell datacentre lab opens in Seattle
. Apple buys TI-based modular wireless charging designer
. Bristol takes crown as UK's leading smart city

TECHNOLOGIES TO WATCH . German researchers look at DC residential power grid
. Immersion cooling boost for x86 cluster
. New microchannel design drives 3D chip cooling to new record

NEW POWER PRODUCTS . 6W radiation hardened DC-DC converters for space designs
. Single supply bipolar stepper motor driver eliminates external LDO
 . Full SiC module boosts efficiency

New standards group for fog computing

By Nick Flaherty at

The OpenFog Reference Architecture will serve as the basis for a new working group formed by the IEEE Standards Association (IEEE-SA) to accelerate the creation and adoption of industry standards for fog computing and networking. The future standards will serve as a significant catalyst for advanced Internet of Things (IoT), 5G and embedded artificial intelligence (AI) applications.

Fog computing and networking is an advanced distributed architecture that brings computing, storage, control, and networking functions closer to the data-producing sources in the cloud. Applicable across industry sectors, fog computing effectively addresses issues related to security, cognition, agility, latency and efficiency (SCALE).

“This represents a giant step forward for fog computing and for the industry, which will soon have the specifications for use in developing industrial strength fog-based hardware, software and services,” said John Zao, Chair, IEEE Standards Working Group on Fog Computing and Networking Architecture Framework. “The objective from the beginning was that the OpenFog Reference Architecture would serve as the high-level basis for industry standards, and the IEEE is looking forward to the collaboration in this effort.”

The inaugural meeting of the IEEE Standards Working Group on Fog Computing and Networking Architecture Framework is scheduled for November 2017, with its work expected to be complete by April 2018. 

The OpenFog Reference Architecture is a universal technical framework designed to enable the data-intensive requirements of IoT, 5G and AI applications. It is a structural and functional prescription of an open, interoperable, horizontal system architecture for distributing computing, storage, control and networking functions closer to the users along a cloud-to-thing continuum. The framework encompasses various approaches to disperse information technology (IT), communication technology (CT) and operational technology (OT) services through an information messaging infrastructure as well as legacy and emerging multi-access networking technologies.

“The standards work produced by this new working group will be crucial in the continued growth of fog computing innovation and things-to-cloud systems,” said Dr. Mehmet Ulema, Director, Standards Development, IEEE Communications Society, and Professor, Manhattan College, New York. “This also is an outstanding example of the strategic alliance between IEEE and OpenFog to co-create and co-promote fog networking concepts and architectures.”

“The mandate for fog computing is growing stronger, driven by the recognition that traditional architectures can’t deliver on the operational challenges for today’s advanced digital applications,” said Helder Antunes, chairman of the OpenFog Consortium and Senior Director, Cisco. “On behalf of the members of the OpenFog technical community, I’m pleased to see the recognized value of the OpenFog Reference Architecture and IEEE’s commitment to fog computing and networking via the formation of this new working group.”

The OpenFog Consortium was founded in November 2015 and represents the leading researchers and innovators in fog computing. 

Microsoft adds Cray supercomputers to Azure in machine learning boost

By Nick Flaherty at

Microsoft has added Cray supercomputers alongside its Azure cloud offering in certain datacentres.

This will broaden the availability of supercomputing to new markets and new customers, says Cray, which will jointly engage with customers to offer dedicated supercomputing systems to run AI, advanced analytics, and modelling and simulation workloads seamlessly connected to the Azure cloud.
The deal brings the advantages of Cray’s tightly coupled system architecture and Aries interconnect to a new set of customers who were previously unable to purchase or maintain an on-premise Cray system. This will allow researchers, analysts, and scientists with the ability to train AI deep learning models in fields such as medical imaging and autonomous vehicles in a fraction of the time. 

Automotive and aerospace product engineers can now conduct crash simulation, computational fluid dynamic simulations, or build digital twins for rapid and precise product development and optimised maintenance. Geophysicists in energy companies can accelerate oil field analysis and reduce exploration risk with improved seismic imaging analysis performed in days and minutes, not months and weeks.

“Our partnership with Microsoft will introduce Cray supercomputers to a whole new class of customers that need the most advanced computing resources to expand their problem-solving capabilities, but want this new capability available to them in the cloud,” said Peter Ungaro, president and CEO of Cray. “Dedicated Cray supercomputers in Azure not only give customers all of the breadth of features and services from the leader in enterprise cloud, but also the advantages of running a wide array of workloads on a true supercomputer, the ability to scale applications to unprecedented levels, and the performance and capabilities previously only found in the largest on-premise supercomputing centres. The Cray and Microsoft partnership is expanding the accessibility of Cray supercomputers and gives customers the cloud-based supercomputing capabilities they need to increase their competitive advantage.”

“Using the enterprise-proven power of Microsoft Azure, customers are running their most strategic workloads in our cloud,” said Jason Zander, corporate vice president, Microsoft Azure, Microsoft Corp. “By working with Cray to provide dedicated supercomputers in Azure, we are offering customers uncompromising performance and scalability that enables a host of new previously unimaginable scenarios in the public cloud. More importantly, we’re moving customers into a new era by empowering them to use HPC and AI to drive breakthrough advances in science, engineering and health.”

As part of the partnership agreement, the Cray XC and Cray CS supercomputers with attached Cray ClusterStor storage systems will be available for customer-specific provisioning in select Microsoft Azure datacentres, directly connected to the Microsoft Azure network. The Cray systems easily integrate with Azure Virtual Machines, Azure Data Lake storage, the Microsoft AI platform, and Azure Machine Learning services. Customers can also use the Cray Urika-XC analytics software suite and CycleCloud for hybrid HPC management.
More details and sign up (although not the particular datacentres) is at Cray in Azure page.

Wednesday, October 25, 2017

ThreadX adds Threat networking support

By Nick Flaherty at

Despite the similar names, the ThreadX embedded real time operating system is now adding support for the Thread networking protocol as part of the Industrial Grade X-Ware IoT Platform

Thread is a reliable, low-power, secure, and scalable mesh networking solution that provides a foundation on which any application layer can run. The IPv6 networking protocol is built on open standards for low-power 802.15.4 mesh networks, which easily and securely connect hundreds of devices to one another and directly to the cloud without draining battery life or one single point of failure.

The X-Ware IoT Platform uses Express Logic’s ThreadX RTOS and NetX Duo dual IPv4/IPv6 TCP/IP stack. This provides the benefits of NetX Duo as well as Express Logic’s industrial-grade implementations of IPv6 over Low Power Wireless Personal Area Networks (6LoWPAN), Constrained Application Protocol (CoAP), and Datagram Transport Layer Security (DTLS).

The X-Ware IoT Platform contains no open source and has a small footprint, automatically scaling to use only what is needed by the application, making it perfectly suited for the smallest low-power IoT devices.

The X-Ware IoT platform supports a wide range of standards, with IEC 61508 SIL 4, IEC 62304 Class C, ISO 26262 ASIL D, EN 50128 SW-SIL 4, UL 60730-1 Annex H, CSA E60730-1 Annex H, IEC 60730-1 Annex H, 60335-1 Annex R, and IEC 60335-1 Annex R, 1998.

“Express Logic is an active participant in the Thread Group, and is making meaningful contributions towards helping Thread deliver on its promise,” said Grant Erickson, president of the Thread Group. “We're very pleased to see Express Logic pursue certification for the X-Ware IoT Platform’s use of Thread’s low-power, IP-based mesh network protocol. With that, they’ll be able to address the growing demand to seamlessly connect hundreds of devices to each other, to mobile devices, and directly to the cloud, without compromising battery life.”

Once certified, other developers will be able to confidently leverage the entire X-Ware IoT Platform solution, including the safety-certified FileX, GUIX, and USBX solutions and technologies, knowing it will seamlessly connect to other Thread-certified devices.

“By their very nature home automation IoT devices have demanding safety, security, and networking needs,” said William E. Lamie, President, Express Logic. “Extending our X-Ware IoT Platform to support Thread will provide a scalable and comprehensive Industrial Grade solution to device makers that use Thread for connectivity and networking across a variety of semiconductor solutions.”

Tuesday, October 24, 2017

IAR teams with Secure Thingz for IoT security

By Nick Flaherty at

Development tool vendor IAR Systems has teamed up with Secure Thingz to provide new technology that simplifies the development of secure, connected devices.

With the rapidly evolving IoT comes an urgent need for new ways of ensuring security across development, production and use of connected products. Manufacturers must find strong and efficient methods to protect their brands as well as prohibit counterfeiting or overproduction, and should integrate these methods as part of their regular workflow. 

To meet these demands, development tools must evolve to encompass security and facilitate the production of secure IoT software. Tools vendors can help by providing ways to simplify the setup of an extended and unified security workflow from development and debugging to manufacturing. This will enable an easy handover from development to mass production, as well as assist implementation of versioning and rollback policies, and simplify certificate and key implementation.

“The connected world, and the challenges that come with it, is driving changes in the way many of our customers are working,” said Stefan Skarin, CEO and President of IAR Systems. ”Our customers are facing critical IoT security concerns, and we want to ease their burden by providing new solutions for developing with security. The joint efforts by IAR Systems and Secure Thingz are focused on making it easier to integrate security solutions in a day-to-day workflow that can be extended to cover also aspects of security that is currently hard to fit as part of the development stage.”

“To realize the full potential of the IoT, security must be at the foundation. Implementing an effective robust security solution has previously been complex, but Secure Thingz and IAR Systems have been working together on strategies and solutions to simplify security implementations,” says Krishna Anne, President and CEO, Secure Thingz. “Through our collaboration, we are making security solutions more easily accessible and seamlessly integrated into the development workflow.”

The companies’ joint solutions will enable secure device identities and privileges, allowing manufacturers and users alike to establish secure supply chains of trust, from silicon device manufacturing to product deployment and updates. 

In April 2017, IAR Systems took a 10 percent equity stake in Secure Thingz. The investment was made because IAR Systems has a strong belief that Secure Thingz’ solutions can create the necessary security in a world of connected devices and products said Skarin at IAR.

The Secure Thingz Secure Deploy architecture has been developed to solve the major security issues challenging the IoT. It uses a cost-efficient root of trust in low-cost microcontrollers to deliver a core set of critical services through the product lifecycle, alongside secure deployment, production and update infrastructure. 

IHS Markit sees 125bn IoT devices by 2030

By Nick Flaherty at

Predictions of the IoT market are notoriously fickle, but a usually reliable market researcher has produced some very bullish predictions.

The Internet of Things is here and growing exponentially, say IHS Markit. This will see the number of connected Internet of Things (IoT) devices worldwide grow 12 percent on average annually, from nearly 27 billion in 2017 to 125 billion in 2030.

According to company, global data transmissions are expected to increase from 20 to 25 percent annually to 50 percent per year, on average, in the next 15 years.

“The emerging IoT movement is impacting virtually all stages of industry and nearly all market areas — from raw materials to production to distribution and even the consumption of final goods,” said Jenalea Howell, research director for IoT connectivity and smart cities at IHS Markit. “This represents a constantly evolving movement of profound change in how humans interact with machines, information and even each other.”

IHS Markit has identified four foundational, interconnected pillars at the core of the IoT movement: connect, collect, compute and create. The entire IoT is built upon these four innovational pillars:
  • New connections of devices and information
  • Enhanced collection of data that grows from the connections of devices and information
  • Advanced computation that transforms collected data into new possibilities
  • Unique creation of new interactions, business models and solutions.
“While internet-connected devices hold tremendous potential, many companies are having difficulty identifying a consistent IoT strategy,” said Howell. “The four Cs of IoT — connect, collect, compute, create — offer a pathway to navigate and take advantage of the changes and opportunities brought about by the IoT revolution.”

Nokia and Bosch team up for industrial IoT

By Nick Flaherty at

Nokia has teamed up with Bosch to help enterprises and Communications Service Providers more easily deploy industrial IoT systems from sensors through to applications.

Combining smart sensor technology from Bosch Connected Devices and Nokia connectivity, IoT platform and services, simplifies the challenges for industrial IoT developers in logistics automation and tracking, environmental control and industrial automation. The combined offering is planned to be commercially available in early 2018.

The initial work will focus on asset tracking, predictive maintenance and environmental monitoring use cases, with the companies currently doing several customer trials in Europe, the Middle East and Africa and commercially available solutions expected in early 2018. 

Nokia will provide its IoT connectivity, IMPACT/Netguard secure IoT Cloud platform and WING for IoT connectivity services using the ecosystem of mobile operators and sensing services. Bosch Connected Devices and Solutions will provide smart connected sensor devices, which enable industrial customers to improve their overall equipment efficiency and safety. 

The intelligent devices measure and transmit relevant environmental data based on Bosch MEMS sensors embedded in an energy-efficient architecture. The partnership will enable easier and more rapid development of solutions designed for large logistics providers, operators and industrial players.

"Bosch is the world's leading smart sensor manufacturer, and we are delighted to have reached a strategic agreement with them. This combination of devices, connectivity and services from two worldwide leaders will allow for the rapid deployment of large-scale, innovative IoT applications," said Laurent Le Gourierrec, head of strategic partnerships at Nokia.

Related stories:

  • Qualcomm teams with Nokia for 5G radio deployment
  • Inpixon joins Nokia programme driving indoor positioning
  • Europe's first 5G network goes live with 2Gbit/s, 3ms links

Monday, October 23, 2017

Power News this week

By Nick Flaherty at

Latest Power news from eeNews Europe
. XP buys Comdel to expand RF power supplies
. Leti to drive GaN electric drivetrain integration
. Power Integrations opens production-support and R&D centre in Malaysia
. Vestas to build world's largest hybrid renewable power system
. Shell shifts strategy as it rolls out its first European charging stations

IoTroop botnet threatens cyber storm

By Nick Flaherty at

Researchers at cyber-security firm Check Point are predicting a new cyber storm with a new botnet called ‘IoTroop’.

While some technical aspects lead the researchers to suspect a possible connection to last year’s Mirai botnet, they say this is an entirely new and far more sophisticated campaign that is rapidly spreading worldwide.
The first signs were picked up via Check Point’s Intrusion Prevention System (IPS) in the last few days of September. An increasing number of attempts were being made by hackers to exploit a combination of vulnerabilities found in various IoT devices such as wireless IP cameras from GoAhead, D-Link, TP-Link, AVTECH, NETGEAR, MikroTik, Linksys, Synology and others. It soon became apparent that the attempted attacks were coming from many different sources and a variety of IoT devices, meaning the attack was being spread by the IoT devices themselves say the team

They estimate over a million organisations have already been affected worldwide, including the US, Australia and everywhere in between, and the number is only increasing.

“Despite its advantages, IoT comes with a host of security disadvantages,” said Stephanie Weagle, VP at Corero Network Security. “IoT devices are most often poorly managed, patched and secured; they are prime targets for hacker infiltration and takeover. Aside from the personal privacy and security concerns that result from these security gaps, the bigger danger is that these connected devices can be harnessed by hackers for a variety of nefarious purposes; DDoS attacks are prominent amongst them.

“In addition, attackers are becoming more creative and using new techniques to wreak havoc with IoT botnets,” she said. “These botnets can be rented for any duration, size and scale that the attacker pleases – aimed at any target. As we approach the one year anniversary of the massive Mirai botnet aimed at Dyn, security experts are reminded of the significant ripple effect of damage that attack had on the Internet. it’s not surprising at all that another ‘DDoS Armageddon’ is on the horizon.

“The DDoS protection of today requires robust modern DDoS defenses that will provide both instantaneous visibility into DDoS events, real-time mitigation as well as long-term trend analysis to identify adaptations in the DDoS landscape to deliver proactive detection and mitigation techniques,” she added.

Numerous devices were both being targeted and later sending out the infection say the researchers at Check Point. These attacks were coming from many different types of devices and many different countries, totalling approximately 60% of the corporate networks which are part of the ThreatCloud global network.

More detials are at

Friday, October 20, 2017

Qualcomm pushes on-chip AI with SenseTime deal

By Nick Flaherty at

Qualcomm Technologies has teamed up with Chinese algorithm developer SenseTime on artificial intelligence (AI) and machine learning (ML) for future Snapdragon mobile and IoT chips.

The collaboration will add SenseTime’s ML models and algorithms to the premium and high-tier Snapdragon platforms, which offer advanced heterogeneous computing capabilities for client based AI. The companies expect to drive the popularity and development of on-device AI in areas such as innovative vision and camera-based image processing.

Devices such as smartphones and connected cameras are becoming more intelligent with the proliferation of AI. Implementing AI on the device provides a number of advantages over cloud-only implementations, enabling edge devices to provide reliable execution with or without a network connection. Additional benefits of on-device AI include real-time performance, privacy protection and enhanced reliability.

“To develop an AI ecosystem, it takes efforts from players in multiple industries,” said Dr Li Xu, co-founder and chief executive officer of SenseTime. “The strategic collaboration between SenseTime and Qualcomm Technologies will advance on-device intelligence by leveraging our algorithm and Qualcomm Technologies’ chipset. Together we’ll push the envelope and extend AI to places that are currently beyond reach. Our strategic collaboration will become a turning point for the whole AI ecosystem."

“Qualcomm has been conducting fundamental research in AI over a decade,” said Keith Kressin, senior vice president, product management, Qualcomm Technologies, Inc. “In fact, many devices shipping today using our Snapdragon mobile platforms already utilize on-device AI. We look forward to the results of our collaboration with SenseTime to further accelerate new and exciting capabilities of on-device AI for millions of customers using mobile devices.”

Currently, Qualcomm Technologies is focused on optimizing the Snapdragon mobile platform to accelerate myriad AI use cases in the areas of computer vision and natural language processing — for smartphones, IoT and automotive — and is researching broader executions in the areas of wireless connectivity, power management, and photography. SenseTime's proprietary deep learning platform called Parrots allows a variety of AI algorithms to be developed with low cost and quick turn-around in small footprints. It has more than 400 customers and strategic partners including Qualcomm, NVIDIA, China Mobile, UnionPay, Huawei, Xiaomi, OPPO, vivo and Weibo.

The first fruits of the collaboration are being demonstrated at the end of the month (October 2017).

New optical receivers open up gigabit broadband

By Nick Flaherty at

A new receiver technology developed by UCL in London and Cambridge University enables dedicated data rates at more than 10Gbit/s for a truly super-fast, yet low-cost, broadband connection to every home.

"UK broadband speeds are woefully slow compared to many other countries, but this is not a technical limitation. Although 300 Mb/s may be available to some, average UK speeds are currently 36 Mb/s. By 2025, average speeds over 100 times faster will be required to meet increased demands for bandwidth-hungry applications such as ultra-high definition video, online gaming, and the Internet of Things," explained lead researcher Dr Sezer Erkılınç at UCL's Electronic & Electrical Engineering department.

"The future growth in the number of mobile devices, coupled with the promise of 5G to enable new services via smart devices, means we are likely to experience bandwidth restrictions; our new optical receiver technology will help combat this problem," he said.

Funded by the EPSRC UNLOC Programme and Huawei Technologies, scientists from the UCL Optical Networks Group and the University of Cambridge developed a simplified receiver that can cost effectively give each subscriber their own frequency band in a fibre.

"To maximise the capacity of optical fibre links, data is transmitted using different wavelengths, or colours, of light. Ideally, we'd dedicate a wavelength to each subscriber to avoid the bandwidth sharing between the users," said Erkılınç. Although this is already possible using highly sensitive hardware known as coherent receivers, they are costly and only financially viable in core networks that link countries and cities. 

"Their cost and complexity has so far prevented their introduction into the access networks and limits the support of multi Gb/s broadband rates available to subscribers," said co-author and Head of the Optical Networks Group, Professor Polina Bayvel at UCL. 

Simplification was achieved by adopting wavelength division multiplexing (WDM), a coding technique to fibre access networks that was originally designed to prevent signal fading in wireless communications and uses quadrature phase-shift keying (QPSK) and 16-quadrature amplitude modulation (QAM). This allowed for a low-complexity coherent transceiver that uses a polarisation-time block coding via digital signal processing (DSP) combined with heterodyne detection. 

This approach has the additional cost-saving benefit of using the same optical fibre for both upstream and downstream data. The transceiver has a 75% lower optical complexity, quantified by the number of balanced detectors, compared to conventional coherent receivers, which potentially eases the monolithic integration whilst preserving a high receiver sensitivity, robustness to chromatic dispersion, and colourless receiver operation due to its frequency/wavelength selectivity.

"This simple receiver offers users a dedicated wavelength, so user speeds stay constant no matter how many users are online at once. It can co-exist with the current network infrastructure, potentially quadrupling the number of users that can be supported and doubling the network's transmission distance/coverage," said Erkılınç. 

The receiver was tested on a dark fibre network installed between Telehouse (east London), UCL (central London) and Powergate (west London). The team successfully sent data over 37.6 km and 108 km to eight users who were able to download/upload at a speed of at least 10 Gb/s. 

Thursday, October 19, 2017

Microsemi pushes RISC-V on FPGAs with eco-system of tools

By Nick Flaherty at

Chip maker Microsemi has launched a series of IP, tools and partnerships to boost the use of the RISC-V processor core on its FPGAs.

The Mi-V RV32IMA development board and additional field programmable gate array (FPGA)-based soft CPUs are aimed at designs using RISC-V open instruction set architectures (ISAs), and can use other tools such as operating systems in an eco-system for developers.

“Microsemi is the first tier one vendor to build out a complete open RISC-V ecosystem, which not only supports our needs, but contributes to the entire development community,” said Jim Aralis, chief technology officer and vice president of advanced development at Microsemi. “Customers can now select RISC-V for their new designs knowing a tier one vendor committed to the success of this technology is providing all the necessary tools to confidently use RISC-V soft CPUs in their products.”

The open RISC-V ISA benefits from portability as well as enabling the open source community to test and improve cores at a faster pace than closed ISAs. As the RISC-V intellectual property (IP) core is not encrypted, it can be used to ensure trust and certifications not possible with closed architectures. 

Microsemi’s new Mi-V ecosystem brings together a number of industry leaders involved in the development of RISC-V to streamline RISC-V designs for customers.
Design tools include Microsemi’s SoftConsole Eclipse-based integrated development environment (IDE), the firmware catalog and Libero PolarFire system-on-chip (SoC). Operating systems include Express Logic’s ThreadX, Huawei LiteOS and Micrium µC/OS-II. Boards include the RTG4 development kit, IGLOO2 RISC-V board from Future Electronics, PolarFire Evaluation Kit and more. Debug dongles from Microsemi and Olimex, first-stage bootloaders and numerous soft peripherals are also included. Example projects, drivers and firmware are all available on GitHub, the world’s largest repository of open source software.

“Micrium is pleased to join Microsemi’s Mi-V ecosystem with our highly dependable uC/OS-II real-time kernel, a full-featured embedded operating system,” said Jean Labrosse, co-founder and chief architect at Micrium. “As RISC-V continues to grow in popularity, we look forward to working closely with Microsemi to support accelerated adoption of its RISC-V soft CPU product offerings as well as the entire ecosystem’s RISC-V advancements.”

Deployment of soft CPUs implemented with the R11C-V ISA is automatic and delivered to the user’s desktop via Microsemi’s IP Catalog. No end user license agreements are needed to gain access to the soft CPUs. Using RISC-V soft CPUs within the Mi-V ecosystem is simple, easy and free.

“Express Logic is pleased to be a foundational part of Microsemi’s Mi-V RISC-V ecosystem,” said William E. Lamie, President, Express Logic. “Our X-Ware Internet-of-Things (IoT) platform, including the industry-leading ThreadX RTOS with over 6.2 billion deployments, is the preferred embedded software platform for all designs requiring industrial-grade run-time solutions—making us an ideal fit for this new consortium.”

Microsemi is aiming the Mi-V soft CPU cores at IoT, secure communications and wireline bridging applications.

Related stories:

Samsung merges its Artik cloud with SmartThings in a bid to make IoT work

By Nick Flaherty at

Samsung has launched new secure Artik modules and provided a way to integrate them with its SmartThings cloud service which is merging with the current Artik cloud service. This will enable interoperability with both Samsung Artik systems and third-party IoT devices and IoT cloud services.
“Security in the age of IoT means new levels of complexity and risk. The next generation of IoT products and services will be more deeply integrated into our lives than ever before,” said James Stansberry, Senior Vice President and General Manager of ARTIK IoT, Samsung Electronics. “Unfortunately, most companies are not prepared to address the challenges of securing every link of the chain, from device to IoT cloud. With the ARTIK IoT Platform and our new security hardened system-on-modules, we make it easier and more affordable for companies to adopt best security practices and deliver trustworthy products that will shape the future of IoT.”

The new ARTIK secure IoT modules combine hardware-backed security with pre-integrated memory, processing, and connectivity for a broad range of IoT applications, from simple edge nodes like sensors and controllers, to home appliances, healthcare monitors, and gateways for smart factories. This helps protect data and prevent devices from being taken over, disabled, or used maliciously.
“The New ARTIK secure systems-on-modules provide the performance and security features we need for our new Samsung IoT appliances,” said Youngsoo Do, Senior Vice President of Digital Control Group at Samsung Electronics. “Together, Samsung ARTIK platform and SmartThings Cloud will create opportunities to help us to get to market faster and safely deliver new services that will enrich the lives of our customers.”

The modules provide a strong root of trust from device-to-cloud with a factory-injected unique ID and keys stored in tamper-resistant hardware. Samsung’s public key infrastructure (PKI) enables mutual authentication to the cloud to identify each device on the network and support whitelisting. Developers can use the new Secure Boot feature and code signing portal to validate software authenticity on start-up. In addition, the secure IoT modules provide a hardware-protected Trusted Execution Environment (TEE) with a secure operating system and security library to process, store, and manage sensitive resources, including keys and tokens on devices. Information is protected using FIPS 140-2 data encryption and secure data storage.

“Hardening the security of IoT devices once the product has been deployed is extremely difficult,” said Vikrant Gandhi, Digital Transformation Industry Director at Frost & Sullivan. “Manufacturers must use components that have built-in defences for both device and data integrity. ARTIK IoT platform’s new security measures provide this protection from the start, and helps companies operate more safely in the Internet of Things.”

The secure IoT modules will be available on November 30 through Samsung ARTIK partners.

Samsung’s new SmartThings Cloud will unite all of the company’s existing IoT cloud services – Samsung Connect Cloud and ARTIK Cloud – into one consolidated IoT cloud platform. This seamless, open ecosystem will allow better and easier connectivity across an expanded set of devices and services from home to industrial applications.

Samsung continues to try to reach profitability for the technology. This expansion includes the recent launch of the recent ARTIK service to monetize data from interoperable devices and enable an IoT data economy, as well as the addition of an Ubuntu Linux distribution on the high end ARTIK system-on-modules.

Related stories:

New LoRaWAN protocol simplifies device deployment and management for global roaming

By Nick Flaherty at

The LoRa Alliance has tackled one of the main drawbacks with low power IoT networks in its latest protocol specification.

New features include roaming and separation of backend nodes, which will enable IoT devices to connect to and move between LPWANs around the world. This supports large-scale deployments and enables new global services such as cargo tracking. These are critical elements for effective IoT roll out:
  • LoRaWAN 1.1 adds support for handover roaming, and Class B and security enhancements, and Regional Parameters rev. A describes region-specific radio parameters for LoRaWAN 1.1 end-devices 
  • LoRaWAN Backend Interfaces 1.0 adds support for decomposing the network into interoperable nodes, as required for inter-vendor roaming 
The support for roaming will allow for large-scale deployments, since vendors will know that their LoRaWAN protocol-based products could potentially operate worldwide. At the same time, the new backend specification provides the protocols that interconnect servers with distinct roles––such as controlling the MAC layer, end-point authentication, or applications––behind the scenes in the core network. Separating these servers allows an open choice of vendors for each element of the value chain rather than requiring an end-to-end, global system.

The 1.1 specification also includes support for handover roaming, which allows transferring control of the end-device from one LoRaWAN network to another. Earlier versions of this specification can already be used for passive roaming, which is transparent to the end-device. 
Bidirectional end-devices with scheduled receive slots (Class B) are part of the specification enhancements and are now officially supported. 
With enhancements for additional security hardening, both LoRaWAN 1.1 end-devices and networks will support backward compatibility to interoperate with their LoRaWAN 1.0.x legacy peers. This will support heterogeneous deployments and not force a globally coordinated upgrade.

The Backend Interfaces 1.0 Specification includes the ability to break down the network into network server (NS), join server (JS) and application server (AS) and enables roaming for both LoRaWAN 1.0.x (passive roaming only) and LoRaWAN 1.1 networks (both passive and handover roaming). It allows the server to identify the entity that stores end-device credentials (including root keys) as JS and can be separated from networks and administered by an entity independent of the networks that the end-device may be using. This allows networks to offload the authentication procedure to a dedicated system, which can also be operated by a third party. This third-party JS also enables an end-device to be manufactured without having to be personalized for the networks it may eventually be connecting to. 

The alliance met in China this week, backed by ZTE. "Based on the LoRaWAN specification, ZTE CLAA leads the operation of the world's largest application alliance (850+ members, 100+ application types, 40+ commercial applications). With its strategic partners, ZTE CLAA tries to expand the city-level LoRaWAN network operation; with terminal and application partners, ZTE CLAA provides abundant, comprehensive IoT solutions,” said the company 

 “The importance of China in the global electronics supply chain is a key reason we are bringing the Alliance members together in Suzhou,” said Geoff Mulligan, chairman of the LoRa Alliance. “With today’s specifications extending the reach of the LoRaWAN protocol, now is an ideal time to engage with our colleagues in China to address their market-specific requirements. Only through the collaboration of all of our global ecosystem in a single standard can we advance members’ interests and drive the ongoing adoption of LoRaWAN technology.”

Wednesday, October 18, 2017

Synopsys buys fuse-based OTP memory supplier

By Nick Flaherty ay

Synopsys has bought Sidense, a leading provider of one-time programmable (OTP) non-volatile memory (NVM) for automotive, mobile, industrial and Internet of Things (IoT) applications. 

The embedded one-transistor OTP technology is based on its patented split-channel 1T-Fuse bit-cell architecture that provides better yield, higher security, improved reliability and lower overall product cost. Sidense's antifuse-based OTP NVM technology offers ultra-low power, small area NVM IP with read access times as fast as 10 nanoseconds. A key advantage to Synopsys as a design tool adn IP supplier is that the IP can be manufactured in standard-logic CMOS fabrication processes and does not require any additional mask layers or process steps. The IP is in high-volume production in automotive, mobile and industrial applications.

The technology will be added to the DesignWare Multi-Time Programmable (MTP) NVM IP solution with OTP NVM IP in 16-bit to 1.28-Mbit configurations. This gives Synopsys access to proven, market-leading OTP NVM IP in process technologies from 180- to 16‑nm along with a team of highly experienced R&D engineers.

"Sidense's OTP NVM IP offers designers a secure, area-efficient solution for fuse replacement, secure key storage, device ID, analogue trim, and code storage," said Joachim Kunkel, general manager of the Solutions Group at Synopsys. "By adding OTP NVM from Sidense to our DesignWare IP portfolio, Synopsys provides designers with a broader NVM IP solution that offers small area, fast access times and high reliability for their SoC designs."

Tuesday, October 17, 2017

AMC processing module adds flexible RapidIO to increase bandwidth

By Nick Flaherty at

CommAgility, now part of the Wireless Telecom Group, has launched a high performance DSP processing module in the compact Advanced Mezzanine Card (AMC) form factor. 

The AMC-4C6678-SRIO is an update of the previous AMC-4C6678, adding 20Gbps Gen2 RapidIO (SRIO) to an AMC.4 compliant backplane, to increase bandwidth and flexibility. RapidIO complements the module’s full Gigabit Ethernet infrastructure.

“By adding RapidIO, the AMC-4C6678-SRIO module increases the options for fast, flexible, IO,” said Edward Young, Vice President and General Manager at CommAgility. “Our lead customer for the card is using it alongside other CommAgility RF and DSP AMCs in a high performance specialised LTE application.”

The AMC-4C6678-SRIO offers a wide range of connectivity to the backplane and front panel. The RapidIO and Gigabit Ethernet connectivity use on-board switches for maximum flexibility and access to all DSPs on the module.

The AMC-4C6678-SRIO uses four TMS320C6678 fixed- and floating-point octal core DSPs from Texas Instruments (TI) running at 1.25 GHz, giving a total performance of 640 GFLOPS and 1280 GMACS. It is ideal for a range of high performance DSP applications, including wireless telecoms, image sensor processing, transcoding and stepper control.

The software available for use with the module includes full board support libraries and an IP stack with Telnet/TFTP for Ethernet-based board control and upgrade. Additional debug support is provided via on-board serial port connectors, plus RS-232 and JTAG debug via the CommAgility AMC-BB Debug Breakout Board.

The compact full-size, single width PICMG AMC.0 R2.0 AMC module can be used in both ATCA carriers and MicroTCA chassis. It can also operate standalone, with suitable power and cooling. A range of build options is available, and further customisation is possible in volume, to enable the best technical and commercial fit to a customer application to be achieved.

Monday, October 16, 2017

Power news this week

By Nick Flaherty at

POWER NEWS from eeNews Europe

. LG Chem delays European battery megafactory

. EU warns on lack of battery manufacturing in Europe

. Heliatek raises €15m to take its solar films to China


. Pepsi backs paper-based thermoelectric generator for wearables

. Intel ships first 17 qubit chip to Dutch researchers

. Machine learning gives ultrafast atomic measurements of perovskite solar cell

. 48V battery targets smaller cars

. Drop in replacement for TO-220 linear regulator in harsh environments

. First USB-C buck-boost regulator replaces two converters

. Plastic optical fibre for battery management systems in 48 V powertrain architectures

. Protection against thermal runaway

. CUI: Medical Design Standards for Power Supplies to IEC-60601-1

ISARA and Utimaco team for post quantum hardware module

By Nick Flaherty at

ISARA in Canada has teamed up with Utimaco in Germany to test out different encryption technologies that could be used to secure the Internet of Things in a world with quantum conputers.

The two have successfully run quantum-safe hash, lattice and multivariate-based digital signature algorithms for a Hardware Security Module (HSM) in initial laboratory testing.

Utimaco, based in Germany, is a leading manufacturer of Hardware Security Modules (HSMs) that provide the root of trust to all industries, from financial services and payment to the automotive industry, cloud services to the public sector. HSMs help keep cryptographic keys and digital identities safe in order to protect critical digital infrastructures and high value data assets. 

“With the threat of quantum computers being able to break currently used public-key cryptography growing nearer and standards organizations, like the National Institute of Standards and Technology (NIST) and European Telecommunications Standards Institute (ETSI), working on creating new cryptographic standards, work on how these new schemes fit into existing protocols and systems needs to be done in parallel in order to ensure we are ready to mitigate the quantum threat in time,’’ said Thorsten Groetker, Chief Technology Officer of Utimaco. “In addition, it takes time and effort to ensure that hardware systems are able to run the new algorithms efficiently and that is why we are preparing Utimaco’s CryptoServer line of products for the challenge ahead.”

With immense computing power driven by quantum mechanics, quantum computing offers the potential for huge advancements in areas such as artificial intelligence and material design. But a quantum computer also will be capable of breaking the public key encryption standards that protect all of the data, software updates and technology we now safely store, share and use.

“Quantum computing will deliver amazing benefits and, in the wrong hands, could present serious threats,’’ said Michael K. Brown, CTO of ISARA Corp. “All organizations with critical data need to begin preparing today by protecting information whose confidentiality must persist over time. We are excited to work with Utimaco on quantum-safe HSM solutions as it allows the IoT industry to ensure their product’s roots of trust remain secure and over-the-air updates authentic.”

At the core of secure devices is a root of trust, typically in the form of an embedded public key or digital certificate. These are embedded in all Internet-enabled devices, from computers to vehicles to industrial equipment. The software updates sent to these devices are digitally signed and these signatures can be verified by the receiving devices using the embedded roots of trust.

Updating roots of trust is an urgent problem. A part of solving that problem is getting the quantum-safe algorithms to work on a Hardware Security Module (HSM). This module keeps the private keys safe in a tamper-resistant hardware and sign data that is fed into it, without revealing the private key. While providing physical protection to the private key, these HSMs have limited memory and computing resources.

Related stories:

Sony plans its first USB3 industrial camera module

By Nick Flaherty at

Sony Europe's Image Sensing Solutions division is planning its first USB3 camera module as part of its move to CMOS image sensors.

The first of the new modules is the XCG-CG160 which has a Gigabit Ethernet interface and a 1/3-type IMX273 sensor. Sony sees this as a low-disruption way to move from CCD to Global Shutter GSCMOS to replace cameras using the highly-regarded Sony ICX445 CCD sensor. The GSCMOS camera starred shipping in January 2016.

The first module runs at 75 frames per second in SXGA resolution with 8bit colour. Black/white modules are available immediately and colour modules will enter mass production in December 2017.

A version using the USB3.0 protocol is scheduled to enter mass production by Q1 2018.

The modules are aimed at embedded applications such as print, robotics and inspection to ITS, medical and logistics, as well as being suitable for general imaging.

The XCG-CG160 provides a simple migration path from CCD to GSCMOS without having to upgrade or change architecture. The IMX273 shares comparable sensor and pixel size characteristics with the ICX445, but offers improvements in sensitivity, dynamic range, noise reduction and frame rate. These include defect-pixel correction, shading correction with both peak and average detection and area gain to automatically adjust for the target object. The module also supports 2x2 multi-region of interest, flip and binning.

The series uses a 1/2.9-type Sony Pregius GS CMOS sensor, delivering 1440 x 1080 (1.6 MP) images. The b/w module has a minimum illumination of just 0.5lx; the colour module requires just 12lx and comes with a manual, auto and one-push white balance setting. Both modules have a sensitivity of F5.6, a gain of 0 to +18 dB, a shutter speed of 60 s to 1/10,000 s.

"These cameras extract the best possible image from the IMX273 with additional performance enhancing unique features. With it, we believe, we have set the industry standard for an SXGA module," said Matt Swinney, Senior Marketing Manager, Sony Image Sensing Solutions.

Sony's v1.1 firmware is certified by Cognex VisionPro and is GigE Version 2.0 compliant; allowing both hard and software triggering, with the module able to act as a both an IEEE1588 (PTP) master and slave. The firmware uniquely allows for up to 16 action cue commands, plus acquisition sequence scheduling and GPO control.

The firmware also supports burst trigger and new event modes, as well as a reduced jitter function with single frame acquisition. An asynchronous image transfer enables a memory shot and output upon user demand, and its broadcast register write function enables synchronised camera feature controls to be implemented.
The C-mount module uses a highly compatible GPIO with 1xISO IN, 1xISO OUT and 1xTTL IN/OUT. It measures 29 x 29 x 42 mm, with a weight of 65g and has an operating temperature of -5°C to +45°C.

NXP and Synaptics team with Arrow for Alexa smart home dev kit

By Nick Flaherty at

Synaptics and NXP Semiconductor are using Arrow Electronics to distribute a variant of the Synaptics AudioSmart 2-Mic Development Kit for Amazon AVS that is supported by a commercially available NXP system-on-chip (SoC) application processor.

This variant enables device makers to quickly and cost-effectively integrate the Amazon Alexa Voice Service (AVS) into a fully functioning prototype, and then take that work into design for manufacturing and production.

“Voice as a human interface is rapidly expanding in smart homes and the broader IoT landscape due to the broad global expansion of voice services like Amazon Alexa,” said Saleel Awsare, vice president and general manager, Audio and Imaging Business, Synaptics. “When voice services are combined with Synaptics’ AudioSmart far-field voice DSPs, new voice-enabled human interface devices can accelerate into numerous IoT applications whether consumer, enterprise, or commercial.”
The Synaptics AudioSmart 2-Mic Dev Kit for Amazon AVS includes Synaptics’ CX20921 Voice Input Processor with a dual microphone board and a wake-word engine tuned to "Alexa." It is built on the pico-imx7d board, a purpose-built small-footprint hardware platform which features NXP’s i.MX7D dual-core applications processor optimized for the internet of things (IoT). The kit also includes stereo microphones with an integrated processor, a microphone holder board, a micro USB cable, Type-A to Type-B cable, cable assembly and a +5V power supply.

The i.MX7D has dual Arm Cortex-A7 cores at speeds of up to 1.2 GHz, as well as the Arm Cortex-M4 core. It supports multiple memory types including 16/32-bit DDR3L/LPDDR2/LPDDR3-1066, Quad SPI memory, NAND, eMMC, and NOR. Several high speed connectivity connections include Gigabit Ethernet with AVB, PCIe, and USB. Both parallel and serial Display and Camera interfaces are provided, as well as a way to directly connect to the Electrophoretic Displays (EPD).

The development kit features a reference client built using the AVS Device SDK (software development kit), enabling commercial device makers to get to market faster with Alexa-enabled products.

“This new Synaptics development kit with an NXP SoC for the Amazon Alexa Voice Service can add intelligent voice control to connected products with a microphone and speaker, enabling developers and engineers to rapidly create Alexa-enabled proof of concepts and prototypes,” said Murdoch Fitzgerald, vice president of semiconductor marketing at Arrow.

The Synaptics AudioSmart 2-Mic Dev Kit for Amazon AVS with NXP SoC is available exclusively from for $375.

Friday, October 13, 2017

ST targets first Chinese Cloud-to-Node IoT platform

By Nick Flaherty at

STMicroelectronics has teamed up with Alibaba Cloud, the cloud computing arm and business unit of e-commerce group Alibaba to provide a complete cloud-to-node IoT solution.

The cooperation will allow any designer to easily create IoT nodes and gateways using ST’s key semiconductor building blocks for the IoT, run Alibaba’s IoT operating system AliOS on the node, and seamlessly connect with the Alibaba Cloud for faster time-to-market of large-volume IoT applications.

With the official release of AliOS, ST has made the AliOS available to run on its ARM Coretex-M-based STM32 microcontrollers (MCU). Beyond processing, designers will get access to ST’s complete portfolio covering all the key building blocks for the IoT, including connectivity, security, sensors, power management, and signal conditioning. ST’s modular and interoperable IoT development platform spans state-of-the-art semiconductor components, ready-to-use development boards, free software tools, and common application examples.

The ST/Alibaba collaboration assures development efficiency and access to the first Chinese IoT turnkey platform, bringing greater convenience and productivity to developers when creating IoT nodes and to integrators when connecting to the Alibaba Cloud. Customers also get a head-start on time-to-market with AliOS’s pre-validation of all software components on the platform, easing security provisions and field device upgrades.

“By collaborating with Alibaba, we can provide developers in China with the STM32 platform to build IoT nodes running AliOS. This gives customers a head-start to using the combination of AliOS Node-to-Cloud complete vertical solution and the broad portfolio of ST’s IoT technologies that includes sensors, processing, security, connectivity, and power,” said Arnaud Julienne, Vice President, Microcontroller, Memory, and Secure MCU & IoT, Asia Pacific Region, STMicroelectronics.

“Alibaba, a rich and powerful platform for everyone to conduct business, will help different IoT market players, both large and medium/small businesses, to find their customers or vendors. Alibaba is cooperating with ST to build joint solutions from Cloud to Node, to include security in applications, and we definitely believe AliOS and ST chipsets can help customers achieve their targets in the IoT mass-market,” said Ku Wei, general manager of IOT BU of Ali Cloud BG.

Related stories:

MIPI moves into automotive

By Nick Flaherty at

The MIPI Alliance,has formed an Automotive 'Birds of a Feather' (BoF) Group to get industry input from original equipment manufacturers (OEMs) and their suppliers to enhance existing or develop new interface specifications for automotive applications. 

The group is open to both MIPI Alliance member and non-member companies to represent the broader automotive ecosystem.

While MIPI stared out developing interface specifications for mobile and mobile-influenced industries, cars have become a new platform for innovation, and manufacturers are already using MIPI Alliance specifications as they develop and implement applications for passive and active safety, infotainment and advanced driver assistance systems (ADAS). 

MIPI interfaces such as Camera Serial Interface 2 (MIPI CSI-2), Display Serial Interface (MIPI DSI) and Display Serial Interface 2 (MIPI DSI-2) are used for a variety of low- and high-bandwidth applications that integrate components such as cameras, displays, biometric readers, microphones and accelerometers. MIPI I3C helps automotive systems designers use multiple sensors in a space-constrained form factor. Highly sensitive, mission-critical automotive applications also benefit from MIPI interfaces' low electromagnetic interference (EMI).

However interfaces such as MIPI CSI are designed for short distance links in cell phones up to 30cm, The Automotive BoF Group's initial focus will be to examine how MIPI specifications can potentially be extended to support communication link distances up to 15m, and at the same time support the high data rates associated with cameras and radar sensors for autonomous driving systems.

"Automakers already rely on MIPI Alliance's industry-standard interfaces to enable a wide variety of applications, including collision mitigation and avoidance, infotainment and navigation," said Matt Ronning, chair of the MIPI Alliance Automotive Subgroup and the Automotive BoF. "This call for participation helps ensure we cast a wide net to capture expertise to aid with extending existing and shape future MIPI specifications and collectively help realise the vision of how connected cars and automotive applications will evolve over the next decade. Just as mobile handset manufacturers benefited from the standardisation that MIPI Alliance has provided, automotive OEMs would similarly benefit."

"Active participation of automotive OEMs, tier-one and tier-two suppliers is greatly appreciated and necessary to, for example, work out the data link requirements between surround sensors, electronic control units, actors and displays for driver assistance and autonomous driving projects beyond 2020 and incorporate them into MIPI interface specifications," said Uwe Beutnagel-Buchner, vice chair of the MIPI Alliance Automotive Subgroup and the Automotive BoF.

The MIPI Automotive BoF is seeking additional qualified experts from OEMs, tier-one suppliers, component suppliers and related companies to provide key input into current and future MIPI interface specifications. The Automotive BoF is expected to convene via teleconference on a biweekly basis, with face-to-face meetings planned as necessary.

Companies already participating in MIPI Alliance’s Automotive BoF Group include: Analog Devices; Analogix Semiconductor; BitSim; BMW; Cadence Design Systems; Continental; Etron Technology; Ford; Microchip Technology; Mobileye, an Intel Company; NVIDIA; NXP Semiconductors; ON Semiconductor; Parade Technologies; Qualcomm; Robert Bosch; Sony; STMicroelectronics; Synopsys; TE Connectivity; Tektronix; Teledyne LeCroy; Texas Instruments; Toshiba; Western Digital and others.

To learn more and submit an interest form, visit:

Thursday, October 12, 2017

Analog Devices taps imec research for the IoT

By Nick Flaherty at

Analog Devices (ADI) has signed a strategic research partnership with imec in Belgium to develop the next generation of Internet of Things (IoT) devices. The two already have two programmes underway for low power systems with improved—or completely new—sensing capabilities. 

The IoT continues to grow and mature, and by 2020, it is expected to consist of billions of connected, “smart” objects that rely on unobtrusive sensors to constantly monitor the environment, provide status reports and receive instructions. By intelligently processing the data gathered, these devices then drive some type of short-term or long-term action. Today, however, the underlying sensors, and the chips upon which they are built, are often too big, too expensive and not accurate enough to be practical.

One joint research initiative focuses on localization technology.

“Building on imec’s world-leading position in innovative ultra-low power implementations, ADI and imec will pursue the development of a low-power sensor for highly accurate indoor localization in the context of smart building or smart industry solutions,” said Kathleen Philips, imec program director. “Concretely, we want this sensor to localize objects with a superior accuracy in a robust manner and achieve up to five times better accuracy than today’s best-performing solutions.”

A second initiative includes the creation, and ultimately the commercialization, of a highly-integrated liquid sensor that can be used in a variety of application domains, such as the analysis of water, blood or urine.

“Our single-chip sensor comprises multiple electrodes and excels in terms of cost and size, while demonstrating industry leading sensitivity and accuracy,” she added.

“In ADI we have found a partner that brings to market professional-grade, high-value-add sensor systems. Thanks to ADI’s commercial insights, in combination with its innovative mindset, we can build differentiating technology that meets IoT market requirements today and tomorrow,” added Rudi Cartuyvels, Executive Vice President at imec.

Prototype low-power integrated liquid sensor

Prototype low-power higlhy-accurate indoor localization sensor

The strategic partnership between ADI and imec is part of a broader, open research initiative to which other research partners are also invited to contribute.

Europe's first 5G network goes live with 2Gbit/s, 3ms links

By Nick Flaherty at

For transmitters in Berlin from Deutsche Telekom have gone live with 5G New Radio links.

While these are highlighting connections at 2Gbit/s and carrying live transmissions of ultra-high-definition video, the key factor for embedded network designers is the latency of just 3ms.

To accelerate the development of new applications for 5G, Deutsche Telekom recently launched the Low Latency Prototyping Programs at its hub:raum sites in Berlin and Krakow. The programs are aimed at innovative developers who want to develop products using edge computing, as well as 5G network performance as it emerges. 

The four radio cells in the Deutsche Telekom network are the first in Europe with a live 5G connection in a real world setting. Using pre-standard 5G New Radio (5G NR), the network is achieving throughput of more than two gigabits per second to a single customer device, as well as a latency of three milliseconds on commercial sites in Berlin's Schöneberg district.

Deutsche Telekom is using the 3.7GHz band with Huawei equipment for its implementation in Berlin. The four Huawei antennas are located at three different sites: Winterfeldtstraße (two cells), Martin-Luther-Straße and Pohlstraße.

Arqiva and Samsung are planning to launch a 5G fixed network in London at 28GHz shortly
“5G is getting close to prime time. The successful live transmission over 5G is an important technical contribution to the 5G community for the two companies. Huawei will continue investing in Research & Development and enhance its cooperation with partners to make progress in 5G technology and the development of an industry ecosystem,” said Deng Tai Hua, president of the Huawei Wireless Network Product Line.

"We are demonstrating 5G live here, in the middle of Berlin, rather than in a lab. This is a very decisive developmental step on the way to the global launch of 5G, which is planned for 2020," said Claudia Nemat, Member of the Management Board responsible for Technology & Innovation at Deutsche Telekom. "If everything is connected to everything else, customers need a high-performance, reliable and secure network. Industry in particular will benefit from 5G as a powerful enabler for a wide range of applications. We are ready for 5G."

Deutsche Telekom demonstrated the network's high performance by showcasing some early application ideas that are enhanced by 5G. The augmented reality (AR) and virtual reality (VR) applications benefit from 5G’s high data rates and real-time responses.

The new network architecture and design will also play a significant role as they will be controlled by software, will be programmable and will be managed end-to-end. This creates the enabling platform for the provision of a large number of different services.

5G New Radio, the new 5G air interface, will work in combination with the evolution of 4G/LTE technology using massive MIMO (multiple input/multiple output) antenna elements deployed at both the base station and in the subscriber device, which can increase capacity through a much more efficient use of the frequency spectrum.

"5G New Radio in Berlin is the first major step towards 5G for everybody," said Deutsche Telekom CTO Bruno Jacobfeuerborn. "As soon as the standard is defined and is available, we will proceed in 2018 to lay the foundation for large-scale build-out. This is how we are driving the technology development in Europe and demonstrate our innovation power.”

The specifications in the Huawei equipment used are following the progress of the global 3GPP specifications for the 5G New Radio standard. It is anticipated that the specifications of the system used will be completed by 3GPP in December 2017.
Deutsche Telekom is piloting the use of 5G for industry at the Port of Hamburg. The aim is to tailor the 5G network to meet the diverse requirements of the port. Traffic control data, reliable traffic light steering and environmental monitoring are the first application scenarios for 5G. This enables the digital transformation of the port to support its future growth.

For more information, see Deutsche Telekom's 5G Special.

Related stories: