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From: BeenRetired11/13/2016 8:25:07 AM
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"silicon photonic...reached the tipping point that precedes massive growth"................

Bit intensity!
Nuff said!
Cymer/HMI/Zeiss/ASML.

The silicon photonics industry is ready for take-off




Datacenters with few other emerging applications will become a multibillion dollar market for silicon photonics by 2025. Transporting high level of data with existing technologies will soon reach its limit and photons will continue replacing step by step electrons throughout networks. Growing investments made by VCs have been identified by Yole Développements’ analysts and few startups have been created in this sector. All these indicators confirm the trend: silicon photonic technologies have reached the tipping point that precedes massive growth

The silicon photonics industry is ready for take-off

Datacenters with few other emerging applications will become a multibillion dollar market for silicon photonics by 2025. Transporting high level of data with existing technologies will soon reach its limit and photons will continue replacing step by step electrons throughout networks. Growing investments made by VCs have been identified by Yole Développements’ analysts and few startups have been created in this sector. All these indicators confirm the trend: silicon photonic technologies have reached the tipping point that precedes massive growth

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From: BeenRetired11/13/2016 8:52:58 AM
   of 24077
 
"NVIDIA GeForce GTX 1080 Ti spotted with 10GB of RAM".........................................

Not long ago, 2GB was simply massive.

Bit intensity only accelerates...ever faster.

Cymer/HMI/Zeiss/ASML.

NVIDIA GeForce GTX 1080 Ti spotted with 10GB of RAM
By: Anthony Garreffa | More News: Video Cards | Posted: 15 hours, 6 mins ago

We know it's coming, but we don't know when or what the GeForce GTX 1080 Ti will end up as - but now we have a report that teases the GTX 1080 Ti with 10GB of RAM

10GB of RAM you ask? Weird, isn't it? Not when you consider the GTX 1080 has 8GB of RAM, and the Titan X features 12GB of RAM - the GTX 1080 Ti will sit in the middle with 10GB of RAM, so that it doesn't take many customers away from Titan X, and it doesn't lure gamers into spending more on the GTX 1080 Ti over the GTX 1080. We should expect the GeForce GTX 1080 Ti to use the GP102 GPU, the same used on the Titan X - but a 384-bit memory interface is interesting, and it's needed for multi-monitor and 4K gaming. We've done testing between the GTX 1080 and Titan X and that wider memory bus comes into play in a very, very big way. Why release the GTX 1080 Ti when the GTX 1080 kicks enough ass, and the Titan X is there for those who want more performance and are willing to pay nearly double? Well, the GTX 1080 should arrive for $999-$1150 or so, and will see all AIB partners releasing custom boards - something we don't see with Titan X graphics cards. Once NVIDIA drops the GTX 1080 Ti, it'll be a big deal as so many have waited for it

Read more: http://www.tweaktown.com/

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From: BeenRetired11/13/2016 9:04:23 AM
   of 24077
 
LOL. "investor" "concerns" Trump will destroy Tech (read roundtrip)..........................................

shills must be oinking contort n distort like crazy.
I'm sure the 2 shill outlet channels parrot the slime street krapp.
news guys, at every level, cut n paste...call it "news"....

same old krapp.
different day.
with the best government (regulation) money can buy........

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From: BeenRetired11/14/2016 6:42:23 AM
   of 24077
 
"IMAX is raising $50 million to create high-quality VR"
Bit intense VR is going to be huge.
So is bit intense 8K video.
Mega-bit audio, too.

21st?
Very, very exciting times.
Buck Rogers.
Flash Gordon.
George Jetson.
Cymer/HMI/Zeiss/ASML.

IMAX is raising $50 million to create high-quality VR
If IMAX is going to get serious about virtual reality, it's going to need some cash... thankfully, it's not having trouble on that front. The media mainstay has wrapped up the first phase of an effort to raise $50 million for creating "at least" 25 premium VR experiences across numerous platforms, including dedicated IMAX VR locations. On top of its own contribution, some of the bigger investors include Acer (not surprising given its link to IMAX partner Starbreeze), the talent seekers at Creative Artists Agency and a trio of Chinese media companies (China Media Capital, Enlight Media and Studio City).That's a lot to invest in technology that's still young, but it's not shocking. IMAX is already in the midst of introducing experimental IMAX VR centers at theaters in the US and UK. The company is going to need a lot of content for those VR centers if they take off -- having over two dozen high-quality experiences could keep you entertained for a while after the novelty wears off


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From: BeenRetired11/14/2016 7:00:07 AM
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From: BeenRetired11/14/2016 7:06:21 AM
   of 24077
 
VR: "Google plans to start selling a $79 headset in the coming months"....................................

VR is going to be YUUUGE. Bit intense VR.
Bit intense 21st.
Cymer/HMI/Zeiss/ASML.

Auschwitz, sex assault and police shootings — where virtual reality is going next

Empathy for the colorblind

That reaction can affect people’s behavior, studies show. In 2013, researchers at Stanford University and the University of Georgia studied the willingness of two groups to help a visually impaired individual after a virtual reality experience. One group was asked to perform a color-matching exercise in a virtual reality environment while imagining themselves to be colorblind. The second was asked to do the same exercise, but with a filter that forced them to experience what it was actually like to be colorblind.

The second group spent twice as much time helping colorblind people in the 24 hours after the study, the researchers found. And the effects of virtual reality appeared to be even more pronounced among those who, before the study, had been rated by the researchers as less predisposed to feel empathy for the colorblind.

In a separate study, a Stanford doctoral student in 2011 had a group of test subjects read a description of what happens when a lumberjack cuts down a redwood tree while a separate group was ordered to cut down the tree in a virtual reality. In an exit interview, both groups reported being more aware that their personal actions could have an impact on the environment. But the second group used an average of 20 percent fewer paper napkins to mop up a spill of water.

Of course, most Americans don’t have the opportunity to use the technology. The least expensive, fully featured virtual reality headset, Sony’s recently released PlayStation VR, costs $400 and is largely being developed for gaming applications.

That may soon change. Google plans to start selling a $79 headset in the coming months. Smartphone manufacturers are working to incorporate the ability to shoot a virtual reality video into smartphones. Museums such as the Smithsonian and the Victoria and Albert Museum in London have virtual reality exhibitions, and VR movies are fixtures on the film festival circuit.

Sally Smith, executive director of the Nexus Fund, who organized the Cocktails and Virtual Reality fundraiser in Washington, said she decided to produce her own film after watching a five-minute clip of “One Dark Night,” an immersive re-creation by journalist Nonny de la Peña of the 2012 shooting of Trayvon Martin in Florida.

“It was so moving and so overwhelming,” Smith said. “I realized this helps people emotionally connect in a way that I have never seen before.”

Her organization is focused on the prevention of genocide and mass violence. A constant challenge is attracting and sustaining attention among Westerners for simmering crises across the world. In recent years, she has focused efforts on supporting the Rohingya, more than 1 million Muslim people who have been stripped of their citizenship and driven from their homes in a protracted conflict with the neighboring Buddhist majority

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From: BeenRetired11/14/2016 7:21:54 AM
   of 24077
 
"Modified drones are keeping an eye on the world’s wildlife "...............................

Desktop gene machines! Who wooda thunk!

shills would have you believe the 1960's will repeat over and over and over.
Reality?
Innovation repeats over and over and over. Ever faster.

A bit intense bonanza.

Cymer/HMI/Zeiss/ASML.

Modified drones are keeping an eye on the world’s wildlife



Provided by Quartz A growing group of scientists are using drones for wildlife conservation and research. For more than a year, Michael Moore has been trying to capture the breath of whales.

It’s an audacious idea, but Moore has help. A marine biologist at Woods Hole Oceanographic Institution in Massachusetts, he’s rigged a fleet of small unmanned aerial vehicles—UAVs, or drones—with samplers to catch whales’ exhalations from above. The aim is to get a good enough sample to analyze exhaled microbes and gain a better understanding of the cetaceans’ health.

Of course, stores don’t typically sell “whale breath-catching drones” off the shelf. Moore’s team has to make a number of adjustments to adapt his UAVs for the task at hand: setting them to calibrate on flat land so their gyros aren’t affected by the rocking boat, and moving the sample-catching petri dish from the bottom of the drone to the top.

“You’re using a down-drafting device to sample an updraft,” he explains. “Inherently, you’re asking it to do something it wasn’t designed to do.”

Moore, who hopes to get his first microbial analysis later this year, is one of many scientists now harnessing UAVs for wildlife conservation and research. Using drones, one team recently discovered that there were twice as many orangutans in Sumatra as previously thought. UAVs have also been employed to map map Arctic shrubs, monitor wildlife in a Dubai national park, and even track down poachers in India. All it takes is a little engineering and ingenuity.

DIY droningThe availability of reliable, off-the-shelf UAVs has made standard aerial surveillance far easier than it used to be, but drones don’t come out of the box ready for the kinds of projects conservationists throw at them. That means researchers like Moore are increasingly using do-it-yourself modification techniques to prepare small drones for the unique aspects of tracking wildlife in sometimes harsh environments. Multi-spectral cameras, for example, allow drones see across a wider range of the electromagnetic spectrum, making it possible to analyze vegetation types in addition to animal life.

Serge Wich, a professor in the school of natural sciences and psychology at Liverpool John Moores University, and part of the Sumatran Orangutan Conservation Program, co-founded a group called Conservation Drones along with collaborator Lian Pin Koh at the University of Adelaide in Australia. The organization works exclusively on finding ingenious ways to modify UAVs for wildlife uses.

“We started off five years ago with a foam airplane, home-built on the kitchen table, with a camera that we sort of glued and taped together,” Wich says of the Sumatran orangutan survey. One of the project’s many adjustments addressed blurry images resulting from the vibration of the drones’ motors.

“We ended up with a very simple and cheap solution,” explains Koh, “which was just to have the camera sit on a piece of kitchen sponge. [That] reduced the vibration.”

There are other examples of scrappy drone customization. Jeff Kerby at Conservation Drones and Andy Cunliffe at the University of Edinburgh strapped point-and-shoot cameras to UAVs for sub-centimetre 3D mapping of Arctic shrubs—an indicator of how climate change is affecting the terrain. In August, state authorities in Uttarakhand in India announced a project to monitor wildlife and suspected poachers with as many as 12 UAVs.

Drones have also been launched to gather data from remote sensors. In 2013, after watching a TED talk by Koh, a team from New York University Abu Dhabi set up a drone that could wirelessly collect footage from camera traps in Dubai’s 31,000-acre Wadi Wurayah National Park. Historically, rangers had to fly to each of the traps—which stay in position for months and are activated by movement—in a Blackhawk helicopter to download images by hand. The “ Wadi Drone” is able to do this from the air, digitally sucking up hundreds of photos on each trip.

Drone no harmBenefits notwithstanding, sending noisy, heavy, fast-moving devices into the aerial habitats of endangered fauna has downsides—wildlife and drones don’t always mix. One project that attempted to survey an elephant herd with drones spooked its subjects so much that some of the pachyderms actually made a run for it.

We’re only beginning to understand the effect that drones can have on wild animals, says Jarrod Hodgson at the University of Adelaide. He cites a study from last year that found the heart rate of black bears in Minnesota rose significantly when a UAV flew overhead. The findings suggest that animals might be experiencing drone stress even when UAVs haven’t provoked an obvious behavioural response.

To address these concerns, Hodgson and Koh recently authored a draft “code of conduct” for drones used in conservation and research. “The key element in there is that we’re advising people to adopt a precautionary principle because we don’t fully understand the impact,” Hodgson says.

As personal drones become more common, national parks and conservation areas have also set rules around their use. Many, like Elk Island National Park in Canada—home to beavers, bison, pelicans and, of course, elk—are opting for outright bans.

But if conservationists can carry out their work responsibly, drones still have the capacity to revolutionize research in the wildest of areas. Imagine the potential of a system that could automatically identify things it takes hours for people to find in footage—not just an eye in the sky, but a brain too.

“It would be so exciting if we could automatically identify animals and humans in the data,” Wich remembers telling a colleague in the astrophysics department at his university. His colleague replied, “That’s something we might be able to help with.”


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From: BeenRetired11/14/2016 9:40:59 AM
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“ImageWare Debuts First Ever Multimodal Biometric Authentication Solution”............................

Cyber security is another of many Next Big Things. Bit intense Next Big Things.

Cymer/HMI/Zeiss/ASML .



ImageWare Debuts First Ever Multimodal Biometric Authentication Solution for the Microsoft Ecosystem--GoVerifyID® Enterprise Suite

Mon November 14, 2016 8:00 AM|PR Newswire|About: IWSY

PR Newswire

SAN DIEGO, Nov. 14, 2016 /PRNewswire/ -- ImageWare Systems, Inc. (ImageWare (IWSY)) (OTCQB: IWSY), a leader in mobile and cloud-based, multi-modal biometric identity management solutions, today introduced GoVerifyID® Enterprise Suite, an innovative, multi-modal, multi-factor biometric authentication solution for the enterprise market. An algorithm-agnostic solution, GoVerifyID Enterprise Suite is the first ever end-to-end biometric platform that seamlessly integrates with an enterprise's existing Microsoft infrastructure, offering businesses a turnkey biometric solution for quick deployment in an afternoon or less.

"Last year nearly 80 percent of businesses reported a data breach. As the digital workforce expands, with data extended to external stakeholders and across numerous types of devices and systems, the need for high-assurance, enterprise-wide protection has intensified," said Jim Miller, chairman & CEO of ImageWare. "The traditional security perimeters have changed and executives are being held accountable for safeguarding data against potentially devastating breaches that can tarnish a brand's reputation. Armed with GoVerifyID Enterprise Suite, corporations have access to a scalable and affordable solution that works with their existing Microsoft infrastructure and gives them the ultimate peace of mind."

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From: BeenRetired11/14/2016 10:20:09 AM
   of 24077
 
“Synopsys Advances Test and Yield Analysis Solution for 7-nm”..............................................

7nm will be a huge boon for innovation.

3D interposer will be vital. Lagging edge discrete chips doomed.

Bonanza.

Cymer/HMI/Zeiss/ASML.



Synopsys Advances Test and Yield Analysis Solution for 7-nm Process Node

Mon November 14, 2016 9:05 AM|PR Newswire|About: SNPS

PR Newswire

MOUNTAIN VIEW, Calif., Nov. 14, 2016 /PRNewswire/ --

Highlights:

Innovative slack-based cell-aware test for 7-nm designs increases defect coverage

FinFET SRAM defect modeling and test algorithms enable efficient test and repair of 7-nm memories

New diagnostics and yield analysis support for 7-nm reduce turnaround time

Synopsys, Inc. (SNPS) today announced it expanded its test and yield analysis solution targeting FinFET-specific defects to enable higher quality testing, repair, diagnostics and yield analysis of advanced 7-nanometer (nm) SoCs. To improve defect coverage, Synopsys has been collaborating with several semiconductor companies to advance testing and diagnostics methods for logic, memory and high-speed mixed-signal circuits targeted for manufacture with 7-nm processes. These collaborations are enabling rapid deployment of new functionality within Synopsys' synthesis-based test solution, featuring TetraMAX® II ATPG, DesignWare® STAR Memory System®, and DesignWare STAR Hierarchical System.

Leading semiconductor companies ramping up design capabilities for emerging 7-nm processes are facing increasing test quality and yield management challenges. To address these challenges, Synopsys' test solution delivers several innovative technologies that target defects occurring more frequently at emerging process nodes. For logic circuits, new modeling techniques, such as resistance sweeping, improve the ability of slack-based cell-aware tests to detect defects such as intra-cell partial bridges that are more prevalent with advanced FinFET processes. For embedded memory test and repair, the STAR Memory System solution incorporates custom algorithms based on silicon learning at the industry's top silicon foundries to detect and repair defects exemplified by resistive fin shorts, fin opens and gate-fin shorts. Furthermore, the DesignWare STAR Hierarchical System enables high coverage manufacturing and characterization test patterns for the 7-nm DesignWare PHY IP to be efficiently applied through the SoC hierarchy.

To accelerate diagnosis of 7-nm yield issues, defect isolation to specific areas within design cells is possible through new support of cell-aware descriptions in the database shared between TetraMAX II ATPG and Yield Explorer® solutions. The combination of test and diagnostic advances increase 7-nm defect detection and speed up failure analysis and yield ramp in production manufacturing environments.

"The growing complexity and process variation found with advanced 7-nm FinFET processes requires improved test and yield technologies," said John Koeter, vice president of marketing for IP and prototyping at Synopsys. "Our IP design teams are leveraging TetraMAX ATPG as well as STAR Memory System and STAR Hierarchical System test, repair and diagnostic solutions to help multiple customers designing with 7-nm IP improve their product quality and yield, while accelerating their time to market."

"As a leading provider of comprehensive test and yield solutions, Synopsys is committed to helping designers meet their growing challenges of higher quality and faster yield ramp," said Bijan Kiani, vice president of product marketing for the Design Group at Synopsys. "Through our on-going collaborations with leading semiconductor companies worldwide, we are delivering innovative solutions to address the specific requirements for advanced FinFET processes. These innovations will enable our customers to rapidly adopt 7-nm technologies to meet their goals for high-performance SoC products

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From: BeenRetired11/14/2016 10:27:43 AM
   of 24077
 
"Mellanox Drives Virtual Reality To New Levels"............................................

Just the start...of a VR bonanza.

Cymer/HMI/Zeiss/ASML.

Mellanox Drives Virtual Reality To New Levels With Breakthrough Performance
Mon November 14, 2016 8:30 AM|Business Wire|About: MLNX

Demo of Ultra-Low Latency Long Distance Virtual Reality with 100Gb/s EDR InfiniBand to Take Place at SC’16

SALT LAKE CITY--(BUSINESS WIRE)-- Mellanox ( MLNX)® Technologies, Ltd. (NASDAQ:MLNX), a leading supplier of high-performance, end-to-end interconnect solutions for data center servers and storage systems, today announced that it will showcase a Virtual Reality over 100Gb/s EDR InfiniBand demonstration at the Supercomputing Conference, Nov. 14-17, Salt Lake City, Mellanox booth #2631.

Mellanox and Scalable Graphics will showcase an ultra-low latency solution that presents the ultimate extended virtual reality experience for rapidly growing industry markets including computer aided engineering, oil and gas, manufacturing, medical, gaming and others. By leveraging the high throughput and the low latency of Mellanox 100Gb/s ConnectX®-4 InfiniBand, Scalable Graphics VR-Link Expander provides a near-zero latency streaming solution for bringing an optimal Virtual Reality experience even over long distances.

“As opposed to our Ethernet based solution, which requires H.264 encoding of the video stream to cope with Ethernet bandwidth constraints, our InfiniBand based VR-Link Expander allows us to send raw image data that eliminates the last milliseconds of overhead,” said Christophe Mion, Chief Technology Officer at Scalable Graphics. “Thanks to Mellanox’s 100Gb/s ConnectX-4 InfiniBand it’s impossible to determine if the virtual reality PC is local or remote.”

“Expanding industry markets are rapidly adopting virtual reality as a business and training tool in the enterprise, as well as consumer segments,” said Scot Schultz, Director HPC/Technical Computing at Mellanox. “From creating large scale construction of a new campus, to emergency response training and education in health-care and military applications, Mellanox InfiniBand has ultra-low latency and the high bandwidth needed to drive real-world VR applications.”

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