Holst Centre (http://holstcentre.com) is an independent R&D center that develops technologies for wireless autonomous sensor technologies and flexible electronics, in an open innovation setting and in dedicated research trajectories. A key feature of Holst Centre is its partnership model with industry and academia based around roadmaps and programs. It is this kind of cross-fertilization that enables Holst Centre to tune its scientific strategy to industrial needs.
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
Nanomade (http://nanomade.com) strive to bring the Sense of Touch everywhere. Thanks to their patented technology, they make any surface (rigid, curved, flexible) sensitive to touch, force, temperature and humidity. They deliver to their customers’ industrial solutions, from sensor arrays to processing middleware and applications. They cater to various industries, among which mobile devices, wearables, automotive, IoT and Smart Buildings. Their current offering includes 3D Touch transparent sensors for rigid and flexible displays, non-intrusive pulse waveform and breath rate monitoring solutions and Presence, passage, fall detection solutions for smart floors.
Imagine Intelligent Materials (http://imgne.com) uses graphene to create smart materials which sense and report real-time changes in stress, temperature and moisture.
Imagine IM is the leading Australian developer of graphene-based coatings for industrial textiles and fibres. It was founded in 2014 by a group of scientists led by Chris Gilbey and Phil Aitchison with a vision to create disruptive products and solutions that use graphene. Imagine IM has a number of patents that relate to graphene manufacture and coatings technologies. Imagine IM is the lead industry partner in the Graphene Supply Chain CRC-P, a research project located at Swinburne University in Melbourne, Vic, Australia.
BroadBit has developed a novel low-cost, high-performance, robust, eco-friendly, scalable sodium chloride (table salt) battery technology. BroadBit is commercializing the technology for applications in electric vehicles, portable electronics and grid stabilization. In addition to sodium chloride, the other key ingredients of the battery are cheap and abundant silicon oxide (sand), carbon (coal) and sulfur (waste product of petrolium refining). BroadBit believes that, with its innovations, it can grow the rechargeable battery market from today’s 60B$ to greater than 1T$ in the coming decade.
Compared to Li-ion, BroadBit offers:
– 50% higher energy stored per unit cost
– 25% higher energy per unit weight
– Better environmental friendliness, scalability and sustainability
– Simpler manufacturing than Lithium-ion (fewer steps, no need for inert environment)
– Higher Safety (no flammable electrolyte and reduced risk of shorting)
– Improved robustness:
– can withstand rapid temperature cycling between -20 and +60 C,
– can be repeatedly fully discharged and restarted without damage,
– can be safely overcharged without explosion or damage and
– are non-flamable
CAP-XX provides peak power support to 3V coin cell batteries and eliminates need for 2.7V LDO regulator for less expensive, smaller, more energy-efficient designs with extended battery life
CAP-XX is a leader in supercapacitors that deliver peak power to support or replace batteries, announced at the IDTechEx Show! Berlin 2018 that it has developed the industry’s first 3V thin, prismatic supercapacitors. The company will deploy its 3V technology first in thin prismatic form to meet demand for small, inexpensive, energy-efficient power solutions for thin wearables, key FOBs and other IoT devices. CAP-XX will then integrate the 3V technology into its larger prismatic supercapacitors, automotive modules and other products for high-energy, high-power applications.
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
XCo Tech (https://xco.io) provides 2cm accuracy in all movements for elite level sports teams and athletes, being able to monitor exact movements in sport, fitness and healthcare using precision location technology and unique cross platform software for their sensor based system.
Infi-tex shows their Smart Clothing flexible sensor technology, for the future of Smart textiles, enabling connectivity, enabling the future of Smart Clothing.
Dr Peter Harrop, IDTechEx Chairman interviews George Bye, CEO of Sun Flyer (http://sunflyer.com) at the IDTechEx Show! USA.
Established in February 2014, Aero Electric Aircraft Corporation (“AEAC”) was created to produce the two seat “Sun Flyer” to be fully certified under the new FAR 23, and bring it to market. They intend to serve general aviation by providing a clean, renewable energy, electric training aircraft.
Sensor Films Inc. is an additive manufacturing solutions provider that is changing the way electronic products are manufactured. Sensor Films designs and builds digital manufacturing and printing systems equipped with integrated pre- and post-printing processes enabling customers to make electronic product assemblies used in a wide variety of consumer and industrial products. The technology efficiently prints functional and decorative inks on flexible and rigid substrates in a platform scalable to high throughput production.
StretchSense creates polymer soft sensing arrays as stretchy sensors for Smart Clothing. It’s a 7 layer capacitive sensor measuring any movement. They are over 130 people in the factory who can create any garment size, with high consistency, low cost.
IDTechEx Research Director Dr Khasha Ghaffarzadeh, Interviews Dr Andy Goodwin, Advanced Materials Advisor, and Warwick Grigor, Non-Executive Chairman of First Graphene on their fire retardant additive at the IDTechEx Show! Europe 2018.
First Graphene is an advanced materials company seeking to position itself in the lowest cost decile of global graphene suppliers. It has developed an environmentally sound and safe method of converting its supplies of ultra-high grade Sri Lankan graphite into the lowest cost highest quality graphene, in bulk quantities. In so doing it is addressing the three greatest impediments to the commercialisation of graphene, being reliable quality at realistic prices in sufficient volumes to facilitate the development of applications in modern materials, energy storage devices, coatings and polymers. It aims to use these competitive advantages to access new technologies and processes and in turn gain maximum leverage to the entire graphene supply chain, from sourcing the raw material to end use, with development of associated intellectual property for licencing and sales.
For more information about First Graphene, visit
Learn more about the IDTechEx Show! Berlin: http://IDTechEx.com/Europe
Learn more about the IDTechEx Show! USA: http://IDTechEx.com/USA
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
BotFactory brings the future of electronic circuit fabrication to your desktop with our line of PCB Printers
Just like a 3D Printer, their small circuit printers allows users to prototype in minutes instead of weeks, all at the click of a button. After pulling the Squink or SV2 PCB Printer from the box, users are guided through a seamless process that will take users from a bare substrate to a fully assembled and functional circuit board in a matter of minutes.
Each PCB Printer includes an inkjet printhead that can dispense very fine droplets of conductive ink and insulating ink, allowing users to create multilayered rigid and flexible circuits on FR-4, Kapton or any substrate of your choice.
In addition, each printer has two heads for dispensing glues and solder pastes, and another to pick-and-place components, allowing users to assemble PCBs right at the users desktop.
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
The Voltera V-One is a PCB Printer for early circuit board prototyping and PE experimentation.
Voltera helps industry leading businesses and academic institutions accelerate their product development and R&D initiatives by putting the circuit board factory on their desk. Print inks, drill vias, dispense solder pastes, and even reflow components right on the machine. Use it with your own inks or substrates as well!
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
AMSYSTEMS Center is a joint innovation center of TNO and the High Tech Systems Center of Eindhoven University of Technology (TU/e HTSC) to accelerate (new ways of) additive manufacturing in diverse industries, interviewed at the IDTechEx Show! Europe 2018
3D Printing Progress – Technologies, markets and analysis of the 3D Printing industry: http://3dprintingprogress.com
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
Brightlands Materials Center (http://brightlandsmaterialscenter.com) is a leading Research & Development Center, improving quality of life with sustainable material solutions.
3D Printing Progress – Technologies, markets and analysis of the 3D Printing industry: http://3dprintingprogress.com
Printed Electronics World – The source for global news on printed, organic and flexible electronics, interpreted by experts: http://printedelectronicsworld.com
PCAS is a global fine chemical group manufacturing high value-added molecules. Since 1962, PCAS has cultivated an expertise in R&D collaboration, process development, and custom synthesis of complex molecules for life sciences and specialty chemicals markets such as electronics and lubricant additives.
Fujikura Kasei Co., Ltd. is a polymer resin manufacturer, they have challenged innovative technological development as a chemical manufacturer and developed high value-added products including DOTITE, electrically conductive paste, since its foundation.
Margrethe Vestager, Member of the European Commission in charge of Competition, on Antitrust holds press conference with press Q&A announcing the fine on Google of €4.34 billion ($5 Billion) for illegal practices regarding Android mobile devices to strengthen dominance of Google’s search engine, Google’s exclusive app-bundling policies illegally blocking competition in the Android based hardware device space over the last decade but especially since 2011. Google forbids manufacturers to pre-install any competitor to Google Search, Chrome, Google Maps, Gmail, Google Docs and other of the core Google apps on any Android device if such manufacturer wants to pre-load any such Google app on any device. Google must fix this within 90 days or be fined further daily up to 5% of their daily global revenue.
I have been complaining about Google’s app bundling policies in Android over the past decade, I think those Google policies are anti-competitive but also counter-productive for Google itself. I think Google should support and encourage as much innovation around the Android OS as possible, they should let the manufacturers customize Android devices as they wish, Google should encourage their competitors such as Microsoft, Adobe, Apple, Yandex, Baidu, Alibaba, Amazon, Rakuten and many many other large tech companies should be invited to subsidize Android device by pre-loading whichever other search engines and apps that they would like to pre-load, and they should also be encouraged to adjust, customize, enhance and even to fork Android to add new functionalities to the Android operating system, for example support for other app platforms inside Android, for example support for Windows apps in Android, support for iOS apps in Android, support for Linux apps in Android and much more. I also believe that Google will make more money also when Google opens Android up much more and better, to allow device makers to work with Google’s competitors when it comes to apps that are pre-installed, and including also to develop Android fully in the open source space sharing dailies of all daily Android development.
Johanna, Peter and Anna of faytech give a tour of the faytech booth at Computex 2018. This will be the 5th time faytech is exhibiting at Computex to show some of their standard products, but special projects also.
The 55” IP65 Touch PC Kiosk is shown, which is perfect for outdoor usage. It is water- and dust proof and has 1000+ nits of brightness. Besides this, you can also see the 32” Open Frame (HDK) Touch Monitor, with 1000+ nits and is Optically Bonded. It is the perfect solution for integration into a machine or wall. After that, the special project for bus application is also introduced, which uses a 10.1” IP65 Capacitive Touch Monitor with high brightness, RFID scanner and special buttons on the front. Then, the 21.5” Docking station PC with new design is shown, which uses a 100-pin connector and magnets to attach the LCD Panel to the Industrial PC, which is revolutionary in its use! After that, Anna takes over and introduces the 15” IP65 High Brightness Touch Monitor, which uses an All-In-One Cable, perfect for outdoor usage. Then the 15” Capacitive Touch PC with Ubuntu OS is introduced. And at last, the 21.5” V40 Embedded PC is introduced by Peter, which uses Android OS.
Silicon Labs demonstrates their latest Internet of Things devices including their Dynamic Multiprotocol support based on their Mighty Gecko ARM Cortex-M4 platform supporting Zigbee and Bluetooth in parallel running Micrium RTOS with just a few microsecond delay when switching. Micrium RTOS is the number 1 in the commercial RTOS market. Silicon Labs also shows their Bluetooth 5 support, voice over Bluetooth LE, sensor to cloud connectivity, apple homekit, Bluetooth 5 can do 4 times longer distance or 2 times more bandwidth compared with Bluetooth 4. Silicon Labs shows their Bluetooth Mesh system using their Mighty Gecko development board that also features a memory LCD display. Silicon Labs acquired Sigma Designs Z-Wave Business, where Z-Wave goes into sub-Ghz so there is less noise going through walls, reaching longer distances compared with Bluetooth and Zigbee and also able to make it a Mesh. They now have the 500 series chip and they are going to announce the 700 series ARM Cortex-M4 chip running at lower power providing a longer range. Silicon Labs has shipped hundreds of millions of devices thus far based on their Mighty Gecko, Bluetooth, and Zigbee products and they also have shipped over 100 million devices using Z-Wave.
