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  • Silvaco
    planet bombarded with cosmic rays and high energy neutrons These cause two big problems First single event effects SEE including single event burnout Analog and High Speed I O Design The real world is analog and as more and more of a system is integrated onto a single SoC the requirement for high accuracy analog design in a mainstream Power Silicon has been the material of choice for high voltage power applications for a long time Recently silicon carbide SiC and gallium nitride GaN have started to gain Library Memory Design One of the critical aspects of bringing a new process into production is getting the foundation IP designed at a minimum standard cells and SRAM memories The dominant digital design methodology today is to use synthesis Advanced Process Development Design of advanced CMOS processes starts with TCAD It is too slow and expensive to run real wafers until relatively late and much better to use rapid prototyping in TCAD Optical The optical segment deals with the design of semiconductor devices that interact optically with the environment either as an input such as optical sensors or as an output Display Silvaco s product suite is used for design of both thin film transistor TFT LCD displays and organic LED OLED displays With the growth in adoption of smartphones flat screen TVs smart watches and more this is an area of increasing importance Almost all manufacturers of displays use the Silvaco suite for design and most of these designs are in high volume manufacturing Featured Products Variation Aware Design Process variability at advanced technology nodes has become the key challenge for IC designers A new generation of tools are required that provides efficient and InVar Reliability Analysis Silvaco s suite of power integrity software tools InVar Power InVar EM IR and

    Original URL path: http://www.silvaco.fr/ (2016-05-03)
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  • Latest Baseline Release Notes
    new features of every version of our products TCAD Product Victory Process Victory Device Athena Atlas Virtual Wafer Fab DeckBuild TonyPlot TonyPlot 3D Analog Mixed Signal RF Simulation Product Gateway SmartSpice Harmony Utmost IV Spayn Custom IC CAD Product Expert Guardian Hipex Clarity RLC Digital CAD Product Silos HyperFault AccuCell AccuCore Spider CORPORATE About Us News Management Partners Careers Conferences Goverment Programs Locations Contact Us Solutions Overview Display Power Reliability

    Original URL path: http://www.silvaco.fr/products/2016BaselineFeatures.html (2016-05-03)
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  • Simulation of Physical Etching in Memory Technology
    the physical accuracy of a simulation and the simulation time requirements On top of that the fundamental properties of the ion enhanced chemical etching model which enables the simulation of high aspect ratio etching will be explained and analyzed and applications of it will be shown What attendees will learn Key challenges when performing physical etching simulations especially high aspect ratio trench etching The architecture of Victory Process The concept of the open model library for etching and deposition The implementation and extensions of models within the open model library of Victory Process The properties and behavior of the ion enhanced chemical etching model which is used for high aspect ratio narrow trench etching Applications such as high aspect ratio etching in 3D NAND optimization of magnetic tunnel junction pillars in STT MRAM Presenter Dr Andreas Hössinger is product manager within Silvaco s TCAD Division He is in charge of process simulation tool development including model development numerical R D as well as the implementation of new applications Prior to joining Silvaco Dr Andreas Hössinger held a senior research position at the Vienna University of Technology where he developed models algorithms and methods for three dimensional process simulation Dr Andreas

    Original URL path: http://www.silvaco.fr/webinar/simulation_of_physical_etching_in_memory_technology.html (2016-05-03)
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  • Silvaco Extends SPICE Product Portfolio to Address Advanced Variation-Aware Design with Acquisition of Infiniscale
    brute force MC analysis up to over 30 times while allowing the designer to use a familiar usage flow a robust high sigma analysis that provides highly accurate yield estimation beyond seven sigma with the ability to handle non linear behavior and large designs such as SRAM cell arrays a statistical functional verification capability for standard cell libraries over process voltage temperature load and statistical corners with greater than 10 times the speed of brute force MC without compromising accuracy The increased variability associated with advanced processes result in increased yield risks that designers need to mitigate while they strive to meet aggressive power performance and area goals said Infiniscale s Chief Executive Officer Dr Firas Mohamed Infiniscale invented a second generation of Monte Carlo analyses that helps designers meet these increasingly stringent goals with a user friendly variation aware design methodology We are proud of the opportunity to be part of Silvaco s legacy of technology leadership and are deeply committed to working together to continue providing innovative solutions for our customers and the design community There is good synergy between Silvaco and Infiniscale and this acquisition further advances Silvaco s growth initiatives to provide our customers with a robust TCAD to signoff set of design tools said Silvaco s Chief Executive Officer David L Dutton Infiniscale s impressive variation analyses technology strengthens Silvaco s SPICE portfolio which includes SmartSpice circuit simulator EM IR thermal analysis standard cell and memory characterization bringing unique accuracy performance and economic value to support our customers leading edge IC designs This acquisition increases our presence in the European market as the Infiniscale team will join our Grenoble France site About Silvaco Inc Silvaco Inc is a leading EDA provider of software tools used for process and device development and for analog mixed signal

    Original URL path: http://www.silvaco.fr/news/pressreleases/2015_12_15_01.html (2016-05-03)
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  • SILVACO - Products
    CIS processes 16nm and 10nm FinFET ready Parallel SPICE simulator being extended to support FastSPICE applications Variation aware design tools comprising of Fast Monte Carlo Local mismatch statistical corners high sigma analysis and statistical verification of standard cell libraries Automated SRAM characterization environment 3D parasitic RC extractor used for detailed and accurate FinFET SRAM extraction SPICE modeling for large set of model types including HiSIM HV for power devices and UOTFT for organic and oxide TFTs Pixel and interconnect RC extraction for TFT displays 3D TCAD products used for large application space including rapid FinFET prototyping large structure parallelized simulations for multi cell IGBTs robust stable oxidation simulation for trench MOS power devices and CMOS image sensors high precision SiC GaN simulation advanced etch for 3D NAND Flash and STT MRAM SEE and total dose reliability simulation Silvaco s TCAD to Signoff flow is visualized in the picture below It encompasses a flow that initiates from TCAD process simulation driven via a layout if desired TCAD device simulation enables device characterization I V C V data to be created that can be used as an input into a SPICE model characterization tool where a scalable compact or macro model is generated for utilization in a SPICE circuit simulator This part of the flow encompasses the process development integration side On the design side the flow can initiate with a schematic or netlist and lead to a schematic netlist driven layout The layout can be extracted via a rule based extractor or where detailed parasitics are required a 3D RC extractor Extracted netlists in combination with model files are used to simulate and verify the circuit The design can also be made more robust in order to handle process variation In the final stage the design is verified and signed off

    Original URL path: http://www.silvaco.fr/products/index.html (2016-05-03)
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  • Silvaco Acquires Invarian to Accelerate Adoption of Concurrent Power-Voltage-Thermal Analysis
    is TSMC certified for 20nm and 16nm FinFET V0 9 to enable sign off analysis accuracy for static dynamic IR drop analysis and electromigration EM verification and the collaboration is on going to conclude 16nm FinFET v1 0 certification TSMC and Invarian have collaborated to ensure that customers have confidence when they perform electromigration EM or IR drop IR analysis said Suk Lee Senior Director of TSMC s Design Infrastructure Marketing Division We look forward to continuing this collaboration with Silvaco with our advanced process nodes Invarian s technology is ideal for SPICE co simulation of analog designs where EM IR is of concern said Jens Andersen CEO of Invarian Combined with Silvaco s strength in the analog mixed signal and power IC markets we look forward to providing complete verification solutions that identify post manufacturing failures before tapeout thereby reducing costly re spins The InVar platform is an ideal extension to Silvaco s SmartSpice circuit simulator and Harmony AMS simulator products Our customers will now have the capability to do more complete and robust verification ensuring that they can tapeout with the highest confidence Excellent synergy between Invarian s EM IR and thermal analysis capabilities and Silvaco s full custom design flow was a primary motivation for this acquisition said David Dutton CEO of Silvaco Complex analog mixed signal circuits designed for nanometer geometries or power ICs supporting high voltages and tight on resistance specifications require comprehensive verification capabilities Silvaco is committed to delivering full custom design and verification solutions to our customers and this acquisition reinforces our intent to aggressively deliver best in class solutions We are very pleased to build on our relationship with TSMC as we deliver new verification solutions at advanced process technologies About Silvaco Inc Silvaco Inc is a leading provider of TCAD circuit

    Original URL path: http://www.silvaco.fr/news/pressreleases/2015_03_19_01.html (2016-05-03)
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  • SILVACO - Latest Simulation Standard
    back light illumination and high efficiency light bulbs More Unified Victory Conformal Export for 2D Process Mode Victory Process can operate in either 1 2 or 3 dimensions and can produce one of two different geometric representations cell mode and process mode Cell mode structures are generally composed of large flat geometric parts but process mode structures may be moothly varying and only very locally flat More Hints Tips and

    Original URL path: http://www.silvaco.fr/tech_lib_TCAD/simulationstandard/latest.html (2016-05-03)
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  • SILVACO - Corporate - University Program
    their research and teaching curriculums This program is strictly for use in academic research and teaching only Immediate permanent termination of academic licenses and other liabilities will result from any trace of commercial activity The academic institution is responsible for administering and monitoring this program carefully Entry Requirements All applicants to the program must be accredited degree granting academic institutions Available Software Licenses Silvaco recommends standard software bundles for Universities For TCAD users a TCAD OMNI License is recommended which enables affordable access to any of the Silvaco TCAD tools except for the VICTORY suite TCAD OMNI Licenses are sold in multiples of 10 for a fixed annual fee You may combine TCAD OMNI License bundles with term based licensing of individual tools for an optimal product mix For EDA users an EDA Academic Suite provides all the licenses necessary to learn all the essential EDA design functions typically found in a commercial design flow Software updates are included Universities do not receive technical software support from Silvaco Contact information North and South America SILVACO Inc 4701 Patrick Henry Dr Bldg 2 Santa Clara CA 95054 F 408 496 6080 fax E academicsales silvaco com Other regions Contact your nearest

    Original URL path: http://www.silvaco.fr/company/university_program.html (2016-05-03)
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