EDA Design Page 199

::::::English Description:::::: The Agility Compiler provides behavioral design and synthesis for SystemC. It is a single solution for FPGA design and ASIC/SoC prototyping. Early TLM models can be quickly realized in working silicon yielding accurate design metrics and RTL for Physical design. Better designs, faster Specify, design and model in SystemC Synthesize high-level models directly to FPGA for verification or RTL for ASIC flows using the industry’s most mature C-synthesis technology System models in silicon earlier Connect the Electronic System Level with Physical design flows using the Agility Compiler Implement Transaction Level Models (TLM) described in SystemC in working silicon much earlier in the design flow. This capability is not restricted to small, single block or single clock domain designs....

The GRASP9 software is the most versatile tool available for analysing general reflector antennas and antenna farms. The package is a general tool to handle single, dual and multi-reflector configurations (beam waveguides). GRASP9 can calculate the electromagnetic radiation from systems consisting of multiple reflectors with several feeds and feed arrays. It is even possible to analyse the interaction between various antenna systems, a requirement which is often encountered in satellite systems where several antennas may be mounted in the vicinity of each other. The scattering from a feed or from a reflector of one system in a reflector of another system can thus easily be calculated. A vast amount of different surfaces, including user-defined shapes, can be analysed, just as...

::::::English Description:::::: Silvaco TCAD Linux  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 2006.03 Linux Lanaguage:english Platform:Winxp/Win7 Size:323MB

lvaco 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 Win Lanaguage:english Platform:Winxp/Win7 Size:271MB

:::::English Description:::::: Innovator is a powerful, fully integrated tool environment for developing, running and debugging virtual platforms. It comes with full SystemC™ (IEEE 1666) support. Its main components are: Schematic system editor, to instantiate, configure and connect IP model components to rapidly build Virtual Platforms Language Editor, to interactively describe behavior of hardware component using a combination of graphical system constructs and ANSI C and SystemC Design Browsers, to quickly reconfigure IP components, to edit run-time scripts and to explore the system connectivity Library Manager, to manage and explore re-usable model libraries Code Generation, to generate optimized C++ code for the graphical language front-end and to seamlessly invoke host compilers to compile the Virtual Platform Hardware debugger, to take run-time...

Simucad is a provider of circuit simulation and CAD software tools used in the design of analog, mixed-signal, and RF integrated circuits. The company was incorporated in Delaware in June 2004 as a spin-off from Silvaco Data Systems.[1] Simucad acquired ownership all of Silvaco\’s simulation and CAD products and intellectual property, most notably the SmartSpice circuit simulator[2]Simucad\’s headquarters are in Santa Clara, California. There are three other direct sales offices in North Chelmsford, MA, Austin, TX, Phoenix, AZ. International sales and distribution is handled through Silvaco\’s existing network of offices in Japan, Korea, Taiwan, China, Singapore and the UK.Product:Silvaco SIMUCAD AMS 2007.04 Win Lanaguage:english Platform:Winxp/Win7 Size:158MB

::::::English Description:::::: With graphical system design, you can rapidly design, prototype, and deploy embedded systems using intuitive graphical programming software with tightly integrated, off-the-shelf hardware. Take advantage of the National Instruments LabVIEW graphical development environment to interface with common third-party tools to model and simulate your design. Then improve the design by seamlessly prototyping with real-time computing, FPGA processing, and modular I/O. Finally, deploy the design to either off-the-shelf or custom hardware for shorter design cycles. Whether designing autonomous vehicles, medical devices, industrial machines, semiconductor machines, consumer electronics, or other custom devices, you can take advantage of the NI embedded platform to reduce the cost of your embedded design. Product:NI LabView with Embedded Support 8.5 Lanaguage:english Platform:Winxp/Win7 Size:1.10G

improvements enable higher performance processing systems, leveraging new processor core, bus architecture, IP, memory interfaces, feature and ease-of-use tool enhancements. The v9.2 release of the Xilinx Embedded Development Kit (EDK) introduces new MicroBlaze™ processor v7 (with Memory Management Unit – MMU) support, and new Spartan device support as well as a variety of Platform Studio embedded tool suite enhancements and improvements to ease processing design. New Device Support Spartan™-3A DSP Spartan-3AN Spartan-3A General Enhancements Higher performance processing systems enabled by: New optimized processor bus infrastructure based on CoreConnect PLB v4.6 Integration of MultiPort Memory Controller (MPMC3), complete with XPS configuration wizard, to easily configure high performance memory interfaces MicroBlaze processor version 7, introducing: Support for a Memory Management Unit (MMU)...

::::::English Description:::::: Super Finsim is the best choice for large Verilog simulation capacity. It offers an excellent price/performance ratio and robust integration with third party software. Features: Best choice for large farms for Verilog simulation Supports the entire Verilog language, user defined primitives, specify blocks, system tasks and functions, PLI 1.0, VCD and SDF. Supports compiled, interpreted, and any mixture of compiled and interpreted simulation First mixed event and cycle driven simulator for Verilog Smart partitioner analyzes the design and decides which areas can be simulated by the Enhanced Cycle Simulation (ECS) kernel Able to handle modules with path delays as well as some RTL-level modules, and fully supports Xs and Zs as well as the entire range of Verilog...

::::::English Description::::::Super Finsim is the best choice for large Verilog simulation capacity. It offers an excellent price/performance ratio and robust integration with third party software. Features: Best choice for large farms for Verilog simulation Supports the entire Verilog language, user defined primitives, specify blocks, system tasks and functions, PLI 1.0, VCD and SDF. Supports compiled, interpreted, and any mixture of compiled and interpreted simulation First mixed event and cycle driven simulator for Verilog Smart partitioner analyzes the design and decides which areas can be simulated by the Enhanced Cycle Simulation (ECS) kernel Able to handle modules with path delays as well as some RTL-level modules, and fully supports Xs and Zs as well as the entire range of Verilog strengths....