Tags :Synopsys Page 7

::::::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,...

::::::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...

Formality® is an equivalence-checking (EC) solution that uses formal, static techniques to determine if two versions of a design are functionally equivalent. The size and complexity of today’s designs, coupled with the challenges of meeting timing, area, power and schedule, requires that the newest, most advanced synthesis optimizations be fully verifiable. Formality supports all of the out-ofthe- box DC Ultra optimizations and so provides the highest quality of results that are fully verifiable. Formality supports verification of power-up and power-down states, multi-voltage, multi-supply and clock gated designs. Formality’s easy-to-use, flow-based graphical user interface and auto-setup mode helps even new users successfully complete verification in the shortest possible time. PDFDownload Datasheet Key benefits * Perfect companion to DC Ultra – supports...

The 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 optimization...

Synopsys introduced Design Compiler® 2010, the latest RTL synthesis innovation within the Galaxy™ Implementation platform, which delivers a twofold speedup in the synthesis and physical implementation flow. To meet aggressive schedules for increasingly complex designs, engineers need an RTL synthesis solution that enables them to minimize iterations to speed up physical implementation. To address these challenges, topographical technology in Design Compiler 2010 is being extended to produce \”physical guidance\” to Synopsys\’ flagship place-and-route solution, IC Compiler, tightening timing and area correlation to 5 percent while speeding up IC Compiler\’s placement phase by 1.5 times (1.5X). A new capability allows RTL designers to perform floorplan exploration within the synthesis environment to efficiently achieve an optimal floorplan. Additionally, Design Compiler\’s new scalable...

::::::English Description::::::The Galaxy™ Design Platform is an open, integrated design implementation platform with best-in-class tools, enabling advanced IC design. Anchored by Synopsys?industry-leading IC implementation tools and the open Milkyway?database, the Galaxy Design Platform incorporates consistent timing, signal integrity (SI) analysis, common libraries, delay calculation, and constraints from RTL all the way to silicon. Key Benefits Includes best-in-class tools Is built on foundation of PrimeTime® and Milkyway Ensures convergent flow via consistent timing and common engines Addresses key challenges including timing, signal integrity, test and power management Proven for 90 nanometers Provides fastest path to the best results Design ChallengesChip design challenges increase every year. Each advance in silicon process technology brings additional demands just to create a functioning chip. Added...

Synopsys Synplify FPGA 2009.12 Linux As system complexities keep advancing, the complexity of programmable logic is following suit. High-density field programmable gate arrays (FPGAs) now contain millions of gates and operate at speeds in excess of 100 MHz. At this level of complexity, schedules, budgets and FPGA design tools all begin to feel the burden. Enter Synplify Pro® advanced FPGA synthesis solution. The Synplify Pro tool starts with all the features that made Synplify® software the industry\’s most popular and robust synthesis product, and moves beyond by providing additional capabilities. By using the Synplify Pro solution, you can push the performance of challenging and complex designs while remaining comfortably on or ahead of scheduleproduct:Synopsys Synplify FPGA 2009.12 Linux Lanaguage:english Platform:Winxp/Win7 Size:1.12G

::::::English Description:::::: Synopsys Hspice 2009.09 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. <!– Key Benefits –> Accuracy Gold standard for accurate circuit simulation. Extensive model support of the most accurate and expansive set of...