Filmed at the HKTDC Hong Kong Electronics Fair 2014
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Self-balancing on a ball by inverted pendulum, they dance synchronized, using sensors, cameras and perfect precision in the remote coordination, they demonstrate some of Murata's sensor components and innovation ability. You can watch the rest of the video to see some of Murata's sensors, energy harvesting demonstrations and more.
Silver Nanowire Transparent Conductors From Cambrios for Touch Screens, Solar Panels, Lighting and Flexible displays
Cambrios CEO John LeMoncheck at IFA 2014 gives an update on the great progress they are making with AgNW transparent conductors for touch screens, enabling flexible touch, thin and light form that is suitable for wearable devices. With the latest launch of thin iPhones and Apple Watch, the race for thin, light, curved, flexible electronic devices has begun and material such as Cambrios ClearOhm silver nano wires are key to enable these technologies. In this video you will see their latest, never shown before 7” single layer touch screen that is highly conductive, transparent, very thin and light and suitable for bezel-less device designs. Apart from touch screens they are also enabling transparent solar cells, OLEd lighting, flexible displays like ePaper and OLED.
Snapwatch shows their latest prototype/mockup flexible Snapwatch SmartWatch, will have bi-stable E Ink or other type of display, Bluetooth, thermal, solar, sensors and more.
Open Source Programmable Solar BMS development board for any type of rechargeable Lithium cells and supercapacitors. This is for educational purposes only not meant to be used as a finished product it will also come with video tutorials so you can learn how to program a microcontroller (ARM cortex M0) and HW design including PCB layout using Kicad. You can see more details on this video of the beta sample and there will be soon an announcement for the Kickstarter campaign with a video announcement on the electrodacus youtube channel
Dr. Eri Takahashi is founder and CEO of EcoHarvester, green-technology startup, winner of the 2008 UC Berkeley Venture Lab Prize and 2009 NASA Innovation prize at the Rice Business Plan competition. In this episode hosted by William Lumpkins, Senior Member of IEEE, Dr. Takahashi presents her patented energy-harvesting technology that allows humans to power remote switches and controls using kinetic energy, reducing the need for batteries. Combining deep expertise in electronic design and energy-harvesting technology with an award-winning design team, BonsaiLight creates wireless light switches and controls that are battery-free and elegant in design and can operate with Bluetooth and other RF standards to eliminate the need for multiple standards in a system.
At CES 2014, I interviewed John LeMoncheck, President and CEO of Cambrios, in their suite. Cambrios' silver nanowire material brand named ClearOhm® is doing extremely well in the market, they are replacing ITO in touch screens. Since the last time I spoke to Cambrios at Ceatec, they have announced more design wins for mobile phones, tablets, AIO and monitors. Cambrios recently announced partnership with 3M and prior to that they had announced a joint venture with TPK (world's largest touch screen maker) and Nissha. At the suite, they also demonstrated products from Lenovo, 3M, UniDisplay, LG, Karbonn, eTurbotouch, NEC, Nissha and others. They also showed silver nanowire coated film rolls from Hitachi and Okura. Clearly they are winning business in touch, they just announced that they have tripled their manufacturing capacity, their customers like 3M, TPK have a lot of capacity as well. John also mentioned that they are enabling wearable devices, flexible OLED, solar cells and 3D TV.
Kyocera displays a wide range of products based on its fine ceramics technology. Highlights of the booth included the company’s new 1mm ultra-thin Smart Sonic Sound piezo film speaker, and its newest mobile phones featuring the Smart Sonic Receiver technology which transmits clear voice reception via vibrations on the display screen. These Smart Sonic technologies utilize a piezoelectric ceramic actuator to create new ways to provide audio in consumer electronics. Also, as an established player in the solar energy field, Kyocera plans to launch one of the largest mega solar power plants in Japan this fall. Furthermore, the company sells a wide range of electronic components, and even makes recrystallized gemstones which are used as decorative materials in various products such as watches and cars.
Dr. Jonathan Koomey, Consulting Professor, Stanford University
Abstract: Long-standing trends in the energy efficiency of computing and communications, combined with ever increasingly clever ways to harvest ambient energy (light, motion, or heat), promise to make ultra low-power mobile sensors and controls ubiquitous. Harvesting background energy flows opens up the possibility of mobile computing devices operating indefinitely with no external power source, and that means an explosion of available data from almost every device on our planet. These developments highlight the promise of what Erik Brynjolfsson, a professor of management at MIT, calls "nanodata," or customized fine-grained data describing in detail the characteristics of individuals, transactions, and information flows. This talk will describe the driving forces behind these trends and present real-world examples illustrating their implications for our ability to understand and respond to the world around us.
Speaker Bio: Jonathan Koomey is a Consulting Professor at Stanford University, worked for more than two decades at Lawrence Berkeley National Laboratory, and has been a visiting professor at Stanford University (2003-4 and Fall 2008), Yale University (Fall 2009), and UC Berkeley's Energy and Resources Group (Fall 2011). Dr. Koomey holds M.S. and Ph.D. degrees from the Energy and Resources Group at UC Berkeley, and an A.B. in History of Science from Harvard University. He is the author or coauthor of ten books and more than 150 articles and reports. He's also one of the leading international experts on the economics of reducing greenhouse gas emissions and the effects of information technology on resource use. He is the author of Turning Numbers into Knowledge: Mastering the Art of Problem Solving, which has been translated into Chinese, Italian, and (soon) Korean, and Cold Cash, Cool Climate: Science-Based Advice for Ecological Entrepreneurs (both from Analytics Press).
Neonode announced today a licencing agreement with the One Laptop Per Child project, turning a new version of the OLPC XO 1.75 Marvell Armada 600 ARM Powered Laptop into a tablet. Keeping the exact same form factor, keeping the exact same readability, keeping the same screen bezel form factor but adding in there the cheap Neonode IR based touch-screen technology. One Laptop Per Child thus far have shipped over 2.5 million Pixel Qi Laptops to Children in about 50 mostly developing countries worldwide. OLPC is still the biggest deployment of Pixel Qi screens worldwide, until someone as Google, Amazon or Apple comes in and gets it mass manufactured for commercial Tablet use. To keep the best possible readability, the least possible reflections in sunlight, using Neonode's IR touch screen technology may be the best idea for the future of Tablets and Smartphones instead of capacitive.
Here's the press release:
SANTA CLARA, Calif. – July 26, 2012 – Neonode Inc., (NASDAQ:NEON), the MultiSensing touch technology company, announced today a licensing agreement with One Laptop Per Child (OLPC), a non-profit organization that designs, manufactures, and distributes laptops to children worldwide, to embed Neonode’s MultiSensing™ touch technology into the next generation of OLPC’s XO-1.75 laptop, called the XO Touch. The innovative OLPC XO Touch 1.75 is a 7.5” combined laptop and tablet that has a Dual-Mode (sunlight-readable) TFT LCD display which rotates 180 degrees and folds flat over the keyboard for tablet/e-book or game mode.
Embedding the Neonode MultiSensing touch solution will allow OLPC to build a completely new type of rugged laptop-tablet that is extremely fast, cost efficient and energy saving, offering 100% visibility in bright sunlight. This is done without compromising the quality of the first-rate user experience, in full color, and with the highest resolution possible, i.e., 300 dpi. The Neonode MultiSensing technology consists of a state-of-the-art interactive touch user interface that includes gestures, multi-touch, and sweeps at an extraordinary scanning speed of 1000 Hz. Thanks to the energy efficient engineering, consuming just 2W, the XO Touch can be powered through alternative power generators like solar cells or even hand cranks. In addition, Neonode’s green engineering feature AlwaysON™, enables full gesture activated wake-up of the XO Touch when it is in sleep or off mode.
OLPC, created by faculty members from the MIT Media Lab, sells the laptops in large quantities to governments and private institutions around the world, that in turn issue them to children or schools on a basis of one laptop per child.
“We are honored to be collaborating with OLPC to produce the XO Touch, a truly pioneering and sustainable device that shows the broad versatility of our technology. This market entry confirms that our MultiSensing technology makes it possible to create a top class product that is both affordable and extremely energy saving and still has a user interface that is radical enough to satisfy the uncompromising demands of knowledge and entertainment thirsty children” says Thomas Eriksson, CEO Neonode. “Our company philosophy is to contribute to a better and happier world, and we have the opportunity to do so by supporting OLPC’s mission”
“OLPC is proud to partner with an organization that shares its appreciation for innovative and transformative technology. Neonode’s expertise in engineering and design will turn the XO Touch, which combines the best features of laptop and tablet, into a next-level innovative machine.” said Rodrigo Arboleda Halaby Chairman and Chief Executive Officer at OLPC
See how awesome Neonode's touch-screen technology looks outdoors in sunlight on a Pixel Qi tablet in this video I filmed in May 2011:
Here's my video filmed with Neonode last February:
- OLPC XO Touch 1.75 to use Neonode tech, take multi-touch on world tour (engadget.com)
- OLPC partners with Neonode for XO Touch (slashgear.com)
- Neonode to bring multi-touch tech to OLPC's XO Touch (electronista.com)
- Neonode Signs License Agreement with One Laptop Per Child (virtual-strategy.com)