Quantiscript Delivers on 30nm nano-imprint Templates with QSR-5™
Sherbrooke, Qu?bec, Canada (ContentDesk) November 30, 2005 -- Quantiscript Inc, a leader in development of novel resist solutions for the semiconductor industry, released results demonstrating commercial viability of nano-imprint templates with pattern features down to 30 nanometers, using its novel QSR-5" Resist solution.The International Technology Roadmap for Semiconductors (ITRS) describes challenging specifications for the 32nm technology node including limits on Line Edge Roughness (LER) for very dense patterns which cannot be met by todays commercial resist solutions. Quantiscript has developed novel resist solutions that use evaporation and plasma-based deposition techniques to achieve ultra-thin layers of resist down to 30nm, not achievable with todays spin-coated deposition processes. Thin resists have demonstrated benefits in achieving high resolution dense patterns with low LER and are key to achieving the 32nm technology node specifications.Quantiscript patterned its own 1stImpression" standard template design on a thin 30nm layer of QSR-5" using a Leica VB6 UHR e-beam system at 100 keV. A unique property of QSR-5" is its deposition by evaporation which allows for ultra-thin layers to achieve patterning down to 30nm and it can be coated to conform to surface topography, enabling lithography on surfaces where spin coating cannot be used. Quantiscript used straightforward industry standard processes for pattern transfer to Cr and quartz to complete the manufacturing of the nano-imprint template demonstrating that such results can be achieved with minimal impact on existing infrastructure and tooling.Results clearly show negligible distortions from proximity effects although no proximity correction methods were applied during the e-beam exposure.
This demonstrates the important benefit of using thin resist layers to meet the next steps of the ITRS roadmap. Quantiscript will be presenting its results at the European Mask and Lithography Conference (EMLC2006) in Dresden, Germany on January 25, 2006. Summary results are available on Quantiscripts web site www.quantiscript.com .Quantiscript is a member of NILCom, a consortium supported by leading technology companies and research centers with the mission to establish a high volume manufacturing NIL platform. For more information, please visit www.nilcom.org .About Quantiscript Inc: Headquartered in Sherbrooke, Quebec, Canada, Quantiscript develops and licenses resists and associated processes used in the manufacture of high resolution artifacts such as mask and nano-imprint templates for the semiconductor and other industries where nano-scale lithography is utilized.
The companys resist solutions, QSR-5" and QPR-P50", are used in the fabrication of nano-scale structures in the sub-100nm regime.
For more details visit the companys website at www.quantiscript.com.
OnePal Launches Comparison Shopping Toolbar
Minneapolis, MN (ContentDesk) October 19, 2005 -- Online comparison shopping company OnePal LLC announces the launch of its free downloadable comparison shopping toolbar (http://www.onepal.com/comparison_shopping/comparison_shopping_download.php).
Once the easy installation is complete, the OnePal search box appears in a navigation bar near the top of the browser. Users can conduct product keyword searches directly from the toolbar. When a product category or specific name is entered in the search box, the toolbar automatically links the user to search results on the OnePal website. From there, users can do product comparisons and view competing prices.The toolbar also links users to coupons from over a thousand leading merchants for products such as electronics, computers, software, books, games and music.
Users simply click on a link to be redirected to the website...
OnePal Launches Comparison Shopping Toolbar
Plasma > OnePal Launches Comparison Shopping Toolbar
Contractor?s A/V.com to Launch Online Product and Technical Help Resource! -- The Contractor's and Homeowner's Best Friend.TM
Redondo Beach, CA (ContentDesk) August 12, 2004 -- Contractor's A/V.com (CAV) announced today the official launch of their innovative online shopping and technical support service scheduled for September 1, 2004. It provides a one-stop source for all of a customer's audio, video, media, and security needs for the "Tech home" and "Tech life" industry. By design, it appeals to customers ranging from system contractors to "Do-It-Yourselfer's." Either way, CAV offers a broad range of products and very valuable technical help that can make a substantial difference in a customer's media system cost, quality, and ease of installation. The key focus for the each customer's experience is "Simplicity," as CAV's objective is to make the complex world of technology integration as simple as possible.The greatest "Value added" feature is CAV's free "Technical Help" to customers, either by phone or e-mail, which adds significant value to a customer's purchase. This resource can be an invaluable means...
Contractor?s A/V.com to Launch Online Product and Technical Help Resource! -- The Contractor's and Homeowner's Best Friend.TM
Plasma > Contractor?s A/V.com to Launch Online Product and Technical Help Resource! -- The Contractor's and Homeowner's Best Friend.TM
Plasma vs LCD TVs
For a layman, there seems to be no difference between a plasma and LCD TV. Both provide high-resolution, high-contrast images and both are flat, sleek and can be mounted on a wall. The difference lies in the technology that drives them.
Plasma TVs work with inert gases like xenon or neon, which are excited by electric pulses from specialized cells called pixels. This makes the gases glow. These glowing gases, in turn, produce the correct blend of red, blue and green light on the pixels.
The pixels are illuminated by a fluorescent light bulb, which is driven by semiconductor software on the motherboard.
LCDs are actually thin film transistors (TFT), which contain liquid filled crystals between two plates of glass. LCDs work by blocking out unwanted light. When the signal hits the TFTs, they contort to a required angle, thus allowing only the requisite amount of light to pass through. A lamp behind the screen or a thin LCD bulb provides illumination to...
Plasma > Plasma vs LCD TVs
How Do Plasma Televisions Work?
Plasma TVs have been one of the most popular home entertainment solutions on the market for several years.
They offer outstanding resolution and a quality picture and are usually capable of displaying HDTV signals, allowing you to watch all of your favourite HDTV programs.
Compared to rear projection TVs, plasma technology offers some of the best viewing angles- no need to fight over the best seat anymore- and offer uniform screen brightness.
But how does plasma technology work?
It's pretty simple.
Some form of inert gas- say Xenon, for example, is inserted between two plates, which are held together, between which are over two million pixels, capable of producing a mind-boggling array of colors.
The gas is then energized by a charge which turns it into a viscous substance, creating an ultraviolet light, which allows each pixel to display the appropriate color.
Unlike rear-projection TVs, each pixel in a plasma display...
How Do Plasma Televisions Work?
Plasma > How Do Plasma Televisions Work?
BCI Announces the First Fiber Optic RGB/Sync Video Transmission System Designed to Pass Tri-Level Sync for HDTV Video Specifications
Broadata Communications, Inc. (BCI), a world leader in the development of cutting edge optical communications and optoelectronic technologies announces that it has enhanced the ScreenLink? Fiber Optic Transport System.
This enhancement provides the unique ability to deliver High Definition (HD) video with tri-level synchronization, as well as Standard Definition (SD) video with bi-level synchronization.
Currently, there is no other product offering this tri-level sync feature.
The ScreenLink? now supports both the HD and SD specifications, as well as computer RGB video applications.
This additional functionality provides complete support for high-level graphics cards at all output resolutions.
This product development was motivated by the widespread adoption of HD video standards in the broadcast studio and digital signage marketplaces.
Although the ScreenLink? is designed for remote, multimedia video presentation applications, it...
Plasma > BCI Announces the First Fiber Optic RGB/Sync Video Transmission System Designed to Pass Tri-Level Sync for HDTV Video Specifications
Confused about the difference between EDTV and HDTV?
Confused by EDTV vs HDTV? We don't blame you. The number of acronyms floating about with regard to digital TV is frightening. What's even more worrying is that very often they are used by people who have little or no knowledge about what they mean. If the person selling you doesn't know the difference between EDTV vs HDTV, how are customers supposed to decide which TV or projector top go for?In our guide below, we've tried to distill the technical info into as few words as possible and make it...
Quantiscript Delivers on 30nm nano-imprint Templates with QSR-5™ Plasma hdtv
Plasma > Confused about the difference between EDTV and HDTV?
Quantiscript Delivers on 30nm nano-imprint Templates with QSR-5™
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