Synopsys Design Compiler

Synopsys Design Compiler Training' title='Synopsys Design Compiler Training' />Design And Reuse, The System On Chip Design Resource. EETimes 2. 01. 7 Design And Reuse. All Rights Reserved. No portion of this site may be copied, retransmitted, reposted, duplicated or otherwise used without the express written permission of Design And Reuse. Diamond Overview Lattice Semiconductor. Jump To. Exploring Design Alternatives Made Easy. LDC Editor Constraint editor for LSE Users of the Lattice Synthesis Engine LSE tool can now create and edit Synopsys Design Compiler SDC synthesis constraints. Find SoC bugs earlier and faster, bringup software earlier, validate the entire system, verification. Synopsys Design Compiler CommandsFinding the best solutions for smaller FPGAs often requires evaluating multiple alternatives. Lattice Diamond allows easy exploration of alternate solutions without resorting to workarounds like multiple projects or different revisions. Diamond provides several unique features that make exploring design alternatives easy Supports VHDL, Verilog, EDIF, schematics and multiple implementations. One Lattice Diamond project does the work that normally requires multiple projects in other tools. Strategies contain all the tool settings used within an implementation. These are the recipes needed to complete your design, and they can be saved and shared easily. Add, change, or remove entire sets of constraints, power voltages, or debug access easily with a mouse click. Utilize Synopsys Synplify Pro or Lattice Synthesis Engine LSE to explore additional implementation options for achieving the best results. Driverscanner 2013 Full. Run Manager lets you execute implementations in parallel on your multi core machines to find the best solution faster. Easy to Use in Many Ways. Adapting to a new tool is hard. No matter how you like to work, Lattice Diamond can adapt to your style. And Lattice Diamond provides tools that make common tasks easier. Synopsys Design Compiler Wiki' title='Synopsys Design Compiler Wiki' />You can detach tool views to allow you to concentrate on a single tool at time for small monitors or have multiple tool views open if you have multiple monitors. Specific tools have been designed to make common tasks easier. ECO Editor, Programmer, and Reveal are just some examples of tools tailored for making individual tasks easier. Design Flow Tailored for Lattice Devices. Applications that use low density and ultra low density FPGAs require flexibility, verification, and the ability to iterate quickly. Synopsys Design Compiler User Guide' title='Synopsys Design Compiler User Guide' />Lattice Diamond does this and more. Timing Analysis view saves time by allowing interactive changes to constraints and viewing results without disturbing your design. Simulation Wizard provides easy integration with simulation, even if you arent a simulation expert. Et5S75bp8/UwZM8-jtbsI/AAAAAAAAAMM/i7TICRYttRc/s1600/image+final1.PNG' alt='Synopsys Design Compiler' title='Synopsys Design Compiler' />Lattice Diamond has an easy to use GUI, but sometimes a script is the fastest way to do a task. Full Tcl scripting support is provided with interactive help features. Complete Design Environment. Lattice Diamond contains a complete set of tools for implementing your design. It includes tools for the following areas and third party tools. Acid Pro 7 Keygen Digital Insanity. Design Entry. Synthesis. Implementation. Analysis. On chip Debug Hardware Analysis. Simulation. Programming. Deployment. Synopsys Synplify Pro for Lattice Synthesis. Aldec Active HDL Simulation. Lattice Diamond design software offers leading edge design and implementation tools optimized for cost sensitive, low power Lattice FPGA architectures. Lattice Diamond is the next generation replacement for isp. LEVER featuring design exploration, ease of use, improved design flow, and numerous additional enhancements. The combination of new and enhanced features allows users to complete designs faster, easier, and with better results than ever before. Lattice Diamond software is a robust and complete software environment from entering the design to programming your Lattice device. It uses proven implementation engine technology developed for six generations of tools. Below is a list of all the major tool areas provided in the Lattice Diamond software Project Management. Lattice Diamond Environment. The Lattice Diamond software environment provides a set of functions including the following tools. Jpeg To Pdf Converter For Windows 7. File List view for project management. Process view for controlling implementation of designs. Start page which offers quick links to opening projects, recent projects, software updates, on line help, and Lattice website. Report view which offers a centralized location for viewing all design reports and displays reports from multiple implementations. Centralized location for all outputs, warnings, errors, and scripting control. Menus, icons, and controls for all integrated tool views. Robust Project Capabilities. Design projects in Lattice Diamond offer an order of magnitude increased functionality by allowing more robust projects and capabilities that allow design exploration. Key improvements to Lattice Diamond projects include the following. Allow the mixing of Verilog, VHDL, EDIF, and schematic sources. Through Implementations, allow multiple versions of a design within a single project for easy design exploration. Strategies allow implementation recipes to be applied to any implementation within a project or shared between projects. Manage and choose files for constraints, timing analysis, power calculation, and hardware debug. Use Run Manager view to allow parallel processing of multiple implementations in order to explore design alternatives for the best results. Run Manager allows you to selectively choose implementations in your project and compare the results. Resource usage is also included in the table. And, you can also set how many cores to use for multi core processors to manage the load on your system. Design Entry. HDL Entry Text EditorLattice Diamond includes an intuitive HDL text editor that includes keyword highlight support for VHDL, Verilog HDL, EDIF, and the Lattice Preference Language. You also set your favorite editor as the default. Schematic Editor. Schematic Editor view helps you visualize programmable logic designs in a graphical format using block diagrams of HDL blocks or gate level schematics for all device families. IPexpress. IPexpress view is the interface to the Lattice catalog of functional modules, reference designs, and intellectual propertyIP, all optimized for Lattice programmable products. IPexpress helps accelerate the design process by helping you smoothly configure and integrate these functions into your custom design. Lattice IP cores include some of the most popular industry standard functions such as PCI bus controllers, DDR memory controllers, Ethernet MACs, DSP functions and many more. To learn more about these IP cores, click here. HDL Analysis. Save time by analyzing your design prior to synthesis with the new integrated HDL code checking capability. The Hierarchy view is automatically opened when the project is opened along with the File list and Process view. Post synthesis, the Hierarchy tab is annotated with the resource utilization to give an idea about the elements used per each level of hierarchy. It is also updated post map with physical slices elements. LDC Editor Constraint editor for LSEUsers of the Lattice Synthesis Engine LSE tool can now create and edit Synopsys Design Compiler SDC synthesis constraints in the new Lattice Design Constraints graphical editor. This editor automatically populates design clock, port and net names and provides real time syntax and semantic checks. It generates an SDC file that can be used with LSE. Platform Designer. Platform Designer is a new tool that enables you to create and control a complete hardware system using the Platform Manager 2 device or Mach. XO2 with external analog sense and control ASC. Platform Designers integrated design environment allows you to configure the device, implement the hardware management algorithm, generate the HDL, simulate, assign pins, and finally generate the JEDEC files required to program and configure the device on the circuit board.