EDA Design Page 171

::::::English Description:::::: Major Benefits Cuts layout time in half while sustaining important aspects of handcrafted layout density Total system allows user to create layout from floor planning, device creation, placement, wire connection, to layout verification and correction without the need for data translation Supports latest process design rules to meet the physical implementation requirements of Ultra-Deep-Submicron (UDSM) and Design-For-Manufacturing (DFM) Fully customizable bind keys to increase individual productivity and reduce the learning curve for new users Device-level manipulation reduces tedious/error-prone layout creation and editing. Shape and Grid Based routers for both full custom and cell-based design applications Download foundry-certified Laker technology files to instantly use the plug-and-play Laker solution Schematic-Driven Layout Flow works efficiently with legacy and new designs Major...

Silvaco TCAD Linux64套件被遍布全球的半导体厂家用于半导体器件和集成电路的研究和开发、测试和生产过程中。Virtual Wafer Fab是TCAD综合环境，Athena是专业的工艺仿真系统，Atla s器件仿真系统，Mercury是快速器件仿真系统。 Silvaco 提供了 TCAD Driven CAD Environment ，这一套完整的工具使得物理半导体工艺可以给所有阶段的 IC 设计方法提供强大的动力：制程模拟和器件工艺； SPICE Model 的生成和开发； interconnect parasitics 的极其精确的描述； physically-based 可靠性建模以及传统的 CAD 。所有这些功能整合在统一的框架，提供了工程师在完 整的设计中任何阶段中所做更改导致的性能、可靠性等效果直接的反馈。 Silvaco的TCAD 建模服务提供解决方案给那些有特别半导体器件建模需求而内部又没有时间和资源运行TCAD软件的客户。使用TCAD建模服务，可运用Silvaco在半导体物理和TCAD软件操作方面的专长，提供完全、快速和精确的即可使用的解决方案。 优点: 不需要为间歇的TCAD仿真配置全职的屋内工程师 可即时获取资深的半导体物理和TCAD软件操作的专家 消除寻找问题至问题解决之间的时间 不需职员培训 模型是基于器件物理的，即使是新颖器件也可被正确建模 使用Silvaco查看工具，允许用户创建定制的结果图形 律师会重视Silvaco软件的输出结果，协助解决在半导体专利纠纷 TCAD 工具: ATHENA 工艺仿真系统 ATLAS 器件仿真软件 Mercury 快速器件仿真系统 Virtual Wafer Fab 集成TCAD 环境 Mercury 快速器件仿真系统 TCAD 服务的应用 应用包括： 光学仿真包括VCSEL垂直空腔表面发射激光 光学射线跟踪用于太阳能电池和CCD 应力硅分析 建模效应包括自热、热梯度和多后台温度 解决工艺和器件专利纠纷 ::::::English Description:::::: Silvaco TCAD tools start with understanding the physics of the basic semiconductor, dielectric, and conducting materials. The Virtual Wafer Fab technology simulation environment enables the ATHENA process technology simulators and the ATLAS device technology simulators to prepare, run, optimize, and analyze semiconductor experiments to achieve optimal process recipes and device targets. Product:Silvaco TCAD 2007.04 Linux64 Lanaguage:English Platform:/Linux 64 Size:395MB

Current ActivitiesAs an extension of the worldwide VERA R&D team, the Synopsys India VERA group is responsible for the development of standalone VERA tools and enhancements to the VERA language. It is also involved in various VERA integration projects including those with third party tools. The team\’s mission is centered on making ongoing key R&D contributions to the VERA product. Job ResponsibilitiesThe VERA R&D team works on technologies and products in the area of functional verification. Specific projects include design and development in: compilers, data structures, algorithms in support of the VERA runtime library, interfaces between VERA and 3rd party simulation tools, and GUIs. Job RequirementsAn ideal candidate desirous of working in this area should have experience in developing and...

Synplicity日前宣布，该公司已强化Synplify DSP Linux解决方案，能进一步加速将DSP Linux算法实现于芯片中。Synplify DSP Linux软件是Synplicity的ESL合成平台，可提供包括高阶模块化(modeling)和硬件抽象(hardware abstraction)、能转为RTL的条件限制(constraint-driven)演算合成，以及为性能、门数和多信道化等特性提供系统性最佳化功能。 Synplify DSP Linux软件的增加功能包括对M语言控制(M-Control)和向量链接库的支持，以及具有新增的功能区块，有助于无线通信、雷达和数字多媒体处理等先进应用的开发设计。除了这些加速演算设计的独特功能外，Synplify DSP Linux工具特有的合成算法，号称能让设计横跨不同的组件工艺，同时也能达成最佳化的效能，协助用户容易地将DSP Linux算法加入所选择的硬件平台当中。 Synplify DSP Linux软件的最新版本支持M-Control功能，能使用M语言来提供精简的控制与状态机功能描述。在使用M语言来描述复杂的分支(branching)与逻辑陈述功能的状况下，设计工程师现在可以选用精简的形式来表达他们的算法。 M-Control已整合到Synplify DSP Linux数据库和MathWorks的Simulink环境中，进而支持数据型式和取样速率继承(data type and sample rate inheritance)与传递(propagation)。为了支持断点(breakpoint)及转换成M程序代码，M-Control也提供了inline除错的功能。这些功能简化了一般被整合到DSP Linux算法中的控制功能与验证。 Synplify DSP Linux软件对其通信数据库做了许多更新，包括高阶DSP Linux合成数据库、广泛的滤波(filtering)功能、数学和通信数据库，以及向量数据库支持等。通过这些新功能，用户可以将复杂的无线算法(例如WiMAX、802.11a/b/g/n和DVB等标准)快速地描述、验证以及实现到硬件当中。 Synplicity指出，向量支持使得数学与通信算法更容易描述和模拟。此外，向量支持亦可降低多信道无线算法和多天线算法所需投入的心力，这些应用包括MIMO、视频、雷达和安全应用等等。 Synplify DSP Linux软件为Actel、Altera和赛灵思等多种FPGA技术提供延伸性的组件支持，其中包括赛灵思最新发表的Virtex-5 FPGA。可协助用户开发便携式和可延伸智财(IP)，并可容易地被应用到所选的FPGA架构中。 ::::::English Description:::::: Synplify DSP Linux offers DSP Linux hardware engineers and algorithm developers the most efficient way to get their algorithms into silicon for FPGAs and ASICs. Synplify DSP Linux uses a unique DSP Linux Synthesis technology that offers significant advantages over traditional design flows and competing DSP Linux design tools. With a DSP Linux modeling library that incorporates hardware abstraction and a powerful DSP Linux synthesis engine, you can focus on algorithm behavior, eliminate the burden of hand coding architectural optimizations, and explore system-wide RTL...

Synplicity日前宣布，该公司已强化Synplify DSP解决方案，能进一步加速将DSP算法实现于芯片中。Synplify DSP软件是Synplicity的ESL合成平台，可提供包括高阶模块化(modeling)和硬件抽象(hardware abstraction)、能转为RTL的条件限制(constraint-driven)演算合成，以及为性能、门数和多信道化等特性提供系统性最佳化功能。 Synplify DSP软件的增加功能包括对M语言控制(M-Control)和向量链接库的支持，以及具有新增的功能区块，有助于无线通信、雷达和数字多媒体处理等先进应用的开发设计。除了这些加速演算设计的独特功能外，Synplify DSP工具特有的合成算法，号称能让设计横跨不同的组件工艺，同时也能达成最佳化的效能，协助用户容易地将DSP算法加入所选择的硬件平台当中。 Synplify DSP软件的最新版本支持M-Control功能，能使用M语言来提供精简的控制与状态机功能描述。在使用M语言来描述复杂的分支(branching)与逻辑陈述功能的状况下，设计工程师现在可以选用精简的形式来表达他们的算法。 M-Control已整合到Synplify DSP数据库和MathWorks的Simulink环境中，进而支持数据型式和取样速率继承(data type and sample rate inheritance)与传递(propagation)。为了支持断点(breakpoint)及转换成M程序代码，M-Control也提供了inline除错的功能。这些功能简化了一般被整合到DSP算法中的控制功能与验证。 Synplify DSP软件对其通信数据库做了许多更新，包括高阶DSP合成数据库、广泛的滤波(filtering)功能、数学和通信数据库，以及向量数据库支持等。通过这些新功能，用户可以将复杂的无线算法(例如WiMAX、802.11a/b/g/n和DVB等标准)快速地描述、验证以及实现到硬件当中。 Synplicity指出，向量支持使得数学与通信算法更容易描述和模拟。此外，向量支持亦可降低多信道无线算法和多天线算法所需投入的心力，这些应用包括MIMO、视频、雷达和安全应用等等。 Synplify DSP软件为Actel、Altera和赛灵思等多种FPGA技术提供延伸性的组件支持，其中包括赛灵思最新发表的Virtex-5 FPGA。可协助用户开发便携式和可延伸智财(IP)，并可容易地被应用到所选的FPGA架构中。 ::::::English Description:::::: Synplify DSP offers DSP hardware engineers and algorithm developers the most efficient way to get their algorithms into silicon for FPGAs and ASICs. Synplify DSP uses a unique DSP Synthesis technology that offers significant advantages over traditional design flows and competing DSP design tools. With a DSP modeling library that incorporates hardware abstraction and a powerful DSP synthesis engine, you can focus on algorithm behavior, eliminate the burden of hand coding architectural optimizations, and explore system-wide RTL area/speed optimizations automatically from a single algorithm model. This results in significantly faster time-to-market and achieves superior timing, area,...

::::::English Description:::::: The ARM® RealView® Compilation Tools are an integral part of the RealView Development Suite. One Tool Kit for all ARM DevicesARM is committed to producing tools with leading-edge performance and code size for all current and planned ARM processors. Because RealView Compilation Tools support the ARM processor architecture only, the compiler can perform optimizations early in the tool flow. This leads to more optimal code and shorter compilation time. The RealView Compilation Tools are the result of 20 years of research and development. They deliver the full set of software components required to build C and C++ applications targeting the 32-bit ARM and 16-bit Thumb® and Thumb-2 instruction sets. Leading-Edge DevelopmentThe RealView Compilation Tools are developed hand in hand with...

http://www.arm.com。 The ARM® RealView® Development Suite 3.1 Professional is a complete, end-to-end solution for software development supporting all ARM® processors and ARM CoreSight™ debug technology. This full-featured product enables developers to begin software development, optimization and test ahead of silicon availability, significantly reducing application time-to-market and ensuring the highest degree of software quality. RealView® Development Suite 3.1 Professional incorporates the best-in-class RealView Compilation tools and market-leading RealView Profiler enabling applications to easily achieve both high performance and optimal code size. The product includes support for the latest Cortex™-A8 processor and includes vectorizing compilation for the NEON™ media processing engine which can increase the performance of multimedia applications in standard C code by more than 200%. RealView Development Suite 3.1 Professional...

::::::English Description:::::: Code Composer Studio 3.3; (CCStudio) Development Tools are a key element of the eXpressDSP Software and Development Tools strategy from Texas Instruments. CCStudio delivers all of the host tools and runtime software support for your TMS320 DSP based real-time embedded application to market faster. Familiar tools and interfaces allow users to get started faster than ever before and add functionality to their application thanks to sophisticated productivity tools. CCStudio’s easy to use development environment allows DSP designers of all experience levels to move quickly through each phase of the application development process including design, code and build, debug, analyze and optimize. Kit Components The fully integrated development environment includes, real-time analysis capabilities, easy to use debugger, C/C++ Compiler,...

HI-TECH for dsPIC®/PIC24 v9.60PL2 Compiler for Microchips dsPIC Digital Signal Controller (DSC) range HI-TECH for dsPIC/PIC24 compiler offers the C programmer a powerful, yet easy-to-use environment for code development. HI-TECH for dsPIC/PIC24 Compiler Features: ANSI C, full featured and portable, supporting all standard data types (IEEE floating point, long data types, etc…) Reliable – based on mature, field-proven technology used in our PICC and PICC-18 compilers Unlimited number of source files Multiple optimization levels and types Comprehensive C library with all source code provided Mixed C and assembler programming Listings showing generated assembler Optimizing assembler Compatible – integrates into the MPLAB® IDE, MPLAB ICD2 and most 3rd-party development tools Runs on multiple platforms: Windows® (including 32-bit Vista), Linux®, UNIX® Integrated...

::::::English Description:::::: PICC-18 PRO v9.61 ANSI C COMPILER*, based on the reliable PICC-18 STD compiler, comes with: Omniscient Code Generation™ Extracts information from multiple source files simultaneously, allowing more intelligent state-of-the-art code generation that: Automatically handles memory banking without requiring special qualifiers; Optimizes the size of each pointer variable in your code based on its usage; Eliminates the need for many non-standard C qualifiers and compiler options; Produces more optimal interrupt context switching code; and Customizes the functionality of the included printf library function. This all means you can spend less time worrying about device memory requirements and compiler-specific semantics and more time focusing on your goals. * Can run on multiple platforms including Windows (does not include Vista), Linux...