Silvaco is an EDA company focused on TCAD-to-sign off solutions with a highly-specialized emphasis on enabling the designing of the next-generation TFT, LCD, LED & OLED products.
Silvaco was at Display Week 2017 highlighting new products for Display Design:
- Enhanced versions of the popular Victory Process and Victory Device TCAD products for pixel design.
- Clever LCD: A physically based 3D simulator calculating liquid crystal (LC) director by a finite element field solver.
- Expert FPD: Full-panel layout of the largest displays, with high performance input and output, and high performance editing.
- SmartSpice Pro: FastSPICE applications that can run with parallel cores and huge capacity to handle the largest display simulations.
- Perform quick IR drop and EM analysis for OLED pixel, interconnects with InVar Prime.
- All that in addition to the existing suite of products that Silvaco offers to cover any portion of Display Design enablement.
Nazar Bilous, CEO and Founder of http://lametric.com presents their prototype for their next generation LaMetric smart clock/dashboard, their current version is a very nice looking Smart Clock, notification dashboard with a very readable and colorful LED display, hackable with APIs, IFFT behaviors, to receive and to act on notifications, tasks, workout timers, business metrics, emails, news and more. You can have your LaMetric clock always on in the back of your room and it can activate, make a sound, each time for example that your YouTube channel gets a new subscriber, each time that you pass a certain YouTube views amount, each time Donald Trump tweets, or any other notification that you would like to be always aware of in your home or in your office.
Tianma shows their latest displays and technologies, including their 5.49" FHD Flexible AMOLED display for the Flexible Smartphones of the future, 8K Tablet display, in-cell retina tablet display, in-cell force touch display, 27" Transparent display, industrial display, bezel-less displays for Smartphones, new outdoor viewable transflective displays, high-end displays with wide viewing angle technology "Super Fine TFT(SFT)", prototype of new 3D demo system with high density auto-stereoscopic technology "HxDP", PCAP wet & glove displays, and new LCD modules designed and optimized for a variety of industrial applications. Tianma (also known as NLT Technologies) is also showing Professional 10bit displays for medical use, Ultra-high luminance displays, 11.3-inch super wide display with high color gamut, thin and narrow frame and more.
UICO is a touch screen technology company that makes all-weather touch screens and touch surfaces for wearables, durables, and IoT smart devices. This video highlights many of their innovative touch screen and touch surface solutions that they demonstrated at SID's DisplayWeek 2017. They show some of the great retail and B2B products that feature their touch screens including an off-the-shelf retail boat GPS fishfinder with a 7" touch screen that they put under a running shower to show touch working with water pouring on the screen and without false touching. They show another device with a 10.1" touchscreen that works with super thick winter gloves. They show that their touch screens work with regular gloves and require no special capacitive tips. UICO shows an array of fitness bands and smart watches in production like Garmin HR+ that use their touch screens so you can swim, shower, and use the device with sweaty fingers. They explain that their patented IP is a combination of software, firmware, algorithms and other aspects of touch screen technology making it possible for touch to work with tons of water, thick gloves, sweat and saline, and through very thick cover lens materials for "industrial-grade" applications. When showing their wearable device solutions including AMOLED and PMOLED on-cell solutions, they boast achieving the lowest power consumption industry-wide.
Binay Bajaj, UICO's Vice President of Marketing, demonstrats a highly-unique implementation of their touch technology in a joystick. The joystick is able to sense the user's hand around it and thus preventing mistakes if the user is not properly engaged. They explain that duraTOUCH surface provides a new level of safety and control. Their touch surfaces work with leather, wood, fabric, plastic and other dielectric materials, and many automobile companies are looking at this solution for touch on car interiors, car doors and trunks, touch on steering wheels and more. Some of UICO's customers are implementing touch on fabric to enable touch controls in various types of clothing worn outdoors for both consumers and the commercial safety and security markets. UICO's touch surfaces, like their touch screens, work with thick gloves, water, sweat, and solve other problems inherent to capacitive touch.
UICO is a full-service, technology and manufacturing company and offers customers complete touch screen solutions and broad customization options. They also showed a 15.6" screen and discussed other larger screens sizes being launched in 2017 and 2018 along with new PMOLED and on-cell solutions. They are located in Silicon Valley and Chicago.
Sharp is back. Sharp had a press conference at IFA 2018 announcing that they are back, together with their new investor Foxconn Group, Sharp has so many awesome technologies that they are planning to bring in a strong way to the European market in the months to come. The 8K display is 70" and will be available in October in China, Japan, Taiwan and in Europe it will be available in March 2018. Sharp will also introduce 8K cameras providing end-to-end solutions for 8K. Also providing solutions for 8K video editing. By Tokyo 2020 Olympics, Sharp expects that by 2020 more than 50% of people buying larger than 60" TVs will buy 8K. They are considering if maybe they might release Sharp Robohon pocket robot phone in Europe, they would need to implement Google Assistant and Amazon Alexa.
TCL is the third largest TV manufacturer in the world, aiming to be third most popular TV brand in Europe/USA by 2020. At IFA 2017, TCL presents the U65X9026 (65") and U55X9026 (55") Xess X2 65" and 55" TCL QLED Android TV, the only Android QLED TV in the world with JBL sound. With very small bezels, Quantum Dot technology, TCL QLED enables their TVs to display richer colours, contrast optimised with Ultra Micro Dimming, 10bit, HDR Pro, 3-channel acoustics on the front from JBL provide high quality sound immersion, with Android TV voice control voice command support. With Android 6.0 support currently, with Android 7.0 support to be added through a firmware update.
In the first quarter of 2017, TCL ranked in top three for global TV shipments, with a market share of 7.3%, according to IHS. In the first half of 2017, TCL LCD TV total sales volume rose by 12.2% year-on-year to 9,603,392 sets (excluding commercial display). LCD TV overseas sales volume reached 5.74 million units, up 34.1% year-on-year, while sales value rose 51.0% year-on-year. TCL ranked the third in France and the Philippines, fourth in Thailand and fifth in Vietnam, Australia and the USA.
Shezhen Jinghua Displays shows lots of new technology and products at SID Display Week 2017 including bright high contrast Automotive displays, medical, industry, home appliances, they also show servo control mirror display, Kent University CH-LCD bi-stable displays using a dot matrix and segmented controls to trigger the CH-LCD display, they partner with many companies also including Sony, Toshiba, Sharp, Seiko, Omron, ABB, Casio, Siemens, for these companies they manufacture displays and touch panels in Shenzhen China.
Dr. Shunpei Yamazaki discovered the Indium–gallium–zinc oxide (IGZO) crystalline structure material for transistors to have a higher mobility than amorphous silicon transistors, and an extremely low off-state current. C-axis aligned crystalline (CAAC) IGZO enables aggressive down-scaling, high reliability, and process simplification of transistors in displays and LSI devices. Listed on over 4,000 US utility patents, Dr. Yamazaki was named in the Guinness Book of World Records as holding the most patents in the world; hailed the most prolific inventor in history by USA Today. His most notable work is on the thin-film transistor -- a significant discovery being a crystalline structure in Indium gallium zinc oxide (IGZO) material, which he discovered "by chance" in 2009. Today Dr. Yamazaki is President of the Semiconductor Energy Laboratory (SEL), where he and his team pioneered the unique development of ultra-low-power devices using CAAC-IGZO technology. A joint venture with the Sharp Corporation manufacturing smartphones using crystalline oxide semiconductors (IGZO) is a global first. In 2015 Dr. Yamazaki received the SID (Society for Information Display) Special Recognition Award for "discovering CAAC-IGZO semiconductors, leading its practical application, and paving the way to next-generation displays." His paper on CAAC-IGZO ranked in the top 15 most downloaded papers of Wiley Electrical Engineering and Communications Technology journals, 2014. Dr. Yamazaki is also an IEEE Life Fellow.
3M is a leader in making displays brighter and more energy efficient, thinner and more durable here at the Society of Information Display’s Display Week tradeshow showing their AR/VR ‘Screen Door Effect’ filter, to provide the AR/VR user with an immersive experience without the cost of creating a visual artifact where you can see individual pixels, like looking through a screen door. 3M has developed a new film that is designed to vastly improve this issue. The Screen Door Effect is muted while the overall viewing experience is improved. 3M's Automotive Displays to prevent driver distraction and improve safety in automobiles, with solutions including a new louver-less film that shows content exclusively to the driver or just to the passenger. Also featured is a new solution for a head-up display that can be seen even in bright sunshine and with polarized sunglasses.
Winner of the Prize for Best exhibitor at the I-Zone startups and New Tech Demos area at the SID Display Week 2017, Hella together with students from the Institute for Large Area Microelectronics at the University of Stuttgart demonstrate their project to Develop an Active Matrix LCD for Use in High Resolution Adaptive Headlights also presented in detail in this paper.
Conventional adaptive driving beam headlamps are limited in achieving still higher quantities of switchable pixels by the number of LEDs and movable elements needed. In this paper, it is shown that by integrating an active matrix liquid crystal display module, it is possible to realize fully adaptive high-resolution headlights without mechanical elements and a finite number of LED with 30 k switchable pixels.
As adaptive driving beam headlamps (ADBs) are now established and already available in mass-production vehicles, the market is requesting headlight systems with increasing resolution.
State of the art are LED matrix modules such as the HD84 from Hella KGaA Hueck & Co. that realize low beam, ADB, and additional functionalities by using 84 switchable LEDs. But the number of pixels that can be realized using this approach is limited by the number of LEDs that can be integrated in the tight installation space of a headlamp.
Higher resolution is needed to be able to implement new lighting functions to further improve traffic safety when driving at night or dusk. To realize a significant increase in traffic safety, the ADB must be able to simultaneously fade out several drivers of traffic oncoming of the vehicle to avoid glaring and to highlight important areas like road markings and traffic signs. To accomplish this, the headlamp must be able to divide the illuminated area in front of the vehicle into a grid of small areas with individually controlled light intensity. The higher the resolution of the grid, the better are the realizable lighting functions.
Filmed at the I-Zone startups and New Tech Demos area at the SID Display Week.