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This document describes how to install the HSPICE product.Note:The installation instructions in this document are the most up-to-dateavailable at the time of production. However, changes might have occurred.For the latest installation information, see the product release notes ordocumentation.This document provides instructions for UNIX, Linux and Windows platforms.This document includes the following sections:■Media Availability and Supported Platforms■Disk Space Requirements■Installing the Software on UNIX or Linux Platforms■Configuring HSPICE and AvanWaves for UNIX and Linux■Setting Up the User Environment on UNIX and Linux■Verifying the Installation■Installing the Software on Windows PlatformsHSPICE Integration to CadenceTM Virtuoso® Analog Design Environment Related Documentation and Customer SupportImportant:You must set the DISPLAY environment variable before you install thesoftware. Because the HSPICE postinstallation script is GUI based, the toolinstallation will...

Synplify PremierThe Synplify Premier solution is the industry\’s most productive FPGA implementation and debug environment. It includes all the features of Synplify Pro and additionally provides a comprehensive suite of tools and technologies for advanced FPGA designers as well as ASIC prototypers targeting single FPGA-based prototypes. The Synplify Premier software delivers fast turnaround time capabilities and feedback for users seeking to quickly implement the design on the board or to tune their design projects prior to final implementation. It addresses the most challenging aspects of FPGA design including timing closure and has the ability to perform graph-based physical synthesis for more accurate upfront timing prediction. It provides flows for fast logic verification and RT-Level debug. Under the hood, it contains...

Installing CustomExplorer and Custom WaveViewThis document describes how to install the CustomExplorer and CustomWaveView product.Note:The installation instructions in this document are the most up-to-dateavailable at the time of production. However, changes might have occurred.For the latest installation information, see the product release notes ordocumentation.This document provides instructions for the UNIX, Linux, and Windowsplatforms. The document includes the following sections:Preparing for InstallationInstalling CustomExplorer and Custom WaveView (UNIX and Windows)Invoking CustomExplorer and Custom WaveView on WindowsInstalling the CX-CDS Link PackageInstalling the CX-DAIC Link PackageInstalling the CX-VSDE Link PackageViewing and Printing CustomExplorer and Custom WaveViewDocumentation in Portable Document Format (PDF)Troubleshooting CustomExplorer and Custom WaveView Installation onSolaris PlatformsUninstalling CustomExplorer and Custom WaveViewCustomer SupportImportant:Do not install later versions of the CustomExplorer and Custom WaveViewtools over...

the design technology leader for complex IC design, announced the immediate availability of VERA(TM) CORE, a new high-level verification tool that enables intellectual property (IP) providers and their customers to share an IP verification environment. With VERA CORE, IP providers develop portable VERA testbenches, monitors and functional coverage reports for creating high quality IP. Their customers can easily reuse these elements to cut verification time of their system-on-a-chip(SoC) design embedding 1. (mathematics) embedding – One instance of some mathematical object contained with in another instance, e.g. a group which is a subgroup.2. (theory) embedding – (domain theory) A complete partial order F in [X -> Y] is an embedding if  the IP. \”VERA was instrumental in our ability to bring...

Today’s complex integrated circuit (IC) designs generate a vast amount of simulation data. CosmosScope™ turns that mountain of data into useful information. With powerful analysis and measurement capabilities, patented waveform-calculator technology, and scripting language based on the industry standard Tcl/Tk, CosmosScope offers unparalleled capability and flexibility to analyze design performance and ensure design quality. CosmosScope supports all Synopsys simulators: HSPICE®, NanoSim™, Saber® and SaberHDL. CosmosScope benefits * Supports all Synopsys simulation products with a single viewer including HSPICE, NanoSim Saber, and SaberHDL * Provides powerful Tcl/Tk-based scripting language for easy customization * Performs post-processing of analog and digital simulation results * Automatically annotates graphs with design information using true WYSIWYG graphics, including arrows, shapes and text * Annotates graphs with...

Synopsys System-Level Libraries provide product development teams with a comprehensive set of transaction-level models (TLMs) that serve as the building blocks of virtual prototypes. Virtual prototypes are fully functional software models of complete embedded systems, enabling architecture exploration, pre-silicon software development and software-driven verification. The ability to parallelize the hardware and software development effort through virtual prototypes significantly reduces the product design cycle and speeds time to market. Synopsys offers the broadest set of models, ranging from cycle-accurate and fast simulation models of processor subsystems all the way to performance optimized peripheral models representing the Synopsys DesignWare Interface IP.product:Synopsys DesignWare System-Level Library 2009.12 Lanaguage:english Platform:Winxp/Win7 Size:645MB

Synopsys Innovator 2009.12 SP1 New Release. The Growing Importance of SoftwareSoftware development has traditionally trailed the hardware development as part of a sequential design flow. However, today most chips simply will not reach volume production without the availability of the associated software. Therefore, it has become imperative that design teams start software development as early as possible in the design flow, ideally in parallel to hardware development. Synopsys SolutionSynopsys’ Innovator provides an integrated development environment for embedded system developers to efficiently develop, execute and debug virtual platforms. In addition to the ability to integrate transaction-level models from various sources, Innovator eases the authoring of SystemC TLM-2.0 compatible models. Once a virtual platform is assembled and verified with Innovator, it can...

::::::English Description:::::: Synopsys Tcad Taurus Medici 2010.03 Linux is a 2D device simulator that models the electrical, thermal, and optical characteristics of semiconductor devices. A wide variety of devices including MOSFETs, BJTs, HBTs, power devices, IGBTs, HEMTs, CCDs, and photodetectors can be modeled. Taurus Medici can be used to design and optimize devices to meet performance goals, thereby reducing the need for costly experiments. With the continued scaling of CMOS devices, device design and optimization become more difficult. Previously unimportant phenomena, such as direct tunneling, can now dominate device performance and design criteria. The vast array of advanced transport and quantum models available in Taurus Medici allow users to perform accurate simulations of deeply scaled devices. Benefits Analyze electrical, thermal,...

Taurus TSUPREM-4 is an advanced 1D and 2D process simulator for developing semiconductor process technologies and optimizing their performance. With a comprehensive set of advanced process models, Taurus TSUPREM-4 simulates the process steps used for fabricating semiconductor devices, reducing the need for costly experiments using silicon. In addition, Taurus TSUPREM-4 has extensive stress modeling capabilities, allowing optimization of stress to increase device performance.Benefits Develop cost effective, leading-edge CMOS, bipolar, and power device manufacturing processes Predict 1D and 2D device structure characteristics by accurately simulating ion implantation, diffusion, oxidation, silicidation, epitaxy, etching and deposition processing, reducing experimental runs and technology development time Analyze stress history in all layers as a result of thermal oxidation, silicidation, thermal mismatch, etching, deposition and stress...

HSPICE 2010.03 Linux is the industry s gold standard for accurate circuit simulation and offers foundry-certified MOS device models with state-of-the-art simulation and analysis algorithms. With over 25 years of successful design tapeouts, HSPICE is the industry s most trusted and comprehensive circuit simulator. Design ChallengesAs IC geometries continue to shrink, the need for an accurate circuit simulator is critical. Designers require a highly accurate circuit simulator to precisely predict the timing, power consumption, functionality, and yield of their designs. As board and package speeds increase, designers need to employ increasingly accurate signal integrity analysis. SolutionHSPICE <!– Key Benefits –> Accuracy Gold standard for accurate circuit simulation. Extensive model support of the most accurate and expansive set of industry-standard and...