The Keil™ products from ARM include C/C++ compilers, debuggers, integrated environments, RTOS, simulation models, and evaluation boards for ARM®, Cortex™-M, Cortex-R, 8051, C166, and 251 processor families. This web site provides information about the embedded development tools, product updates, downloads, application notes, example code, and technical support available from Keil.Product:Keil.products.from.ARM.2015.1 Lanaguage:english Platform:Win7/WIN8 Size:1DVD
Improvements In Design Verification GoldenGate in ADS Access to GoldenGate from an ADS schematic and expands ADS “schematic control block” use model to a complete RFIC cockpit. Capacity and performance benefits of the GoldenGate software in ADS, when using interoperable PDKs. ADS RFIC Cockpit: Import simulation states from ADE or set up simulations directly. Design and simulate on both Linux and Windows. GoldenGate in ADS can be used in DC, AC, SP, TR, HB, ET, SSNA, IP, LSSP, and GC Analyses. The IP, LSSP, and GC Analyses are in beta state for this release. For details, see GoldenGate and ADS Integration . Verification Test Bench (VTB): The VTB file format has changed. This change does NOT affect the existing VTBs....
Encounter RTL Compiler Global synthesis that enables concurrent optimization of timing, area, and power intentEncounter® RTL Compiler offers a unique set of patented global-focus algorithms that perform true top-down global RTL design synthesis to accelerate silicon realization. With concurrent multi-objective optimization (timing, area, and power intent) and support for advanced low-power design techniques, Encounter RTL Compiler reduces chip power consumption while meeting frequency goals. Encounter RTL Compiler performs multi-objective optimization that simultaneously considers timing, power, and area intent to create logic structures that converge on all these goals in a single pass. Features/Benefits A well-balanced logic structure isolates critical paths, reduces power, area, and congestion in off-critical logic, and enables faster timing closure and design convergence through placement and routing...
3D Process Simulator Victory Process is a general purpose layout driven 1D, 2D and 3D process simulator including Etching and deposition, Implantation, Diffusion and Oxidation simulation capabilities. Proprietary models, as well as public domain research models can be integrated into Victory Process using the open modeling interface.Key Features Fast 3D structure prototyping capability enables the in-depth physical analysis of specific processing issues Comprehensive set of diffusion models: Fermi, fullcpl, single-pair, and five-stream Physical oxidation simulation with stress analysis Extremely accurate and fast Monte Carlo implant simulation Efficient multi-threading of time critical operations of Monte Carlo implantation, diffusion, oxidation, and physical etching and deposition Sophisticated multi-particle flux models for physical deposition and etching with substrate material redeposition Open architecture allows easy...
Cadence Encounter Digital Implementation (EDI) Design planningTo create a design layout that fulfills the often-conflicting objectives of performance, power, and cost, engineers must perform comprehensive physical design space exploration and feasibility analysis up front. And with the complexity and size of today’s designs, engineers need a system with the capacity to handle 100M instances and more. Cadence GigaFlex technology adapts to growing capacity requirements while also retaining the relevant timing, placement, and congestion information to accurately evaluate and analyze complex giga-scale designs. Our giga-scale prototyping foundation flow allows you to implement a silicon virtual prototyping methodology to perform the planning and analysis that ensures a smooth handoff to the physical implementation flow. It also includes the latest low-power design and...
At nanometer nodes, design signoff is no longer just DRC and LVS. These basic components of physical verification are being augmented by an expansive set of yield analysis and critical feature identification capabilities, as well as layout enhancements, and printability and performance validation, all of which Mentor addresses with the DFM tools of the Calibre nm Platform. Building on our powerful, production-proven Hyperscaling architecture, we deliver the broadest, most accurate, and best performing DFM solutions in the industry. Because the Calibre platform is built on standard open database interfaces, it brings production-proven DFM capabilities to our customers independent of the design creation environment they use.product:Mentor Graphics Calibre 2014.4 Lanaguage:english Platform:Linux32/Linux64 Size:1DVD
he Olympus-SoC™ Netlist-to-GDSII system comprehensively addresses the performance, capacity, time-to-market, power, and variability challenges encountered at the leading-edge process nodes. It is a complete physical design implementation tool for the complex multi-patterning and FinFET requirements of advanced process technologies. Olympus-SoC provides the highest capacity in the industry, with a very compact and scalable database capable of handling designs with hundreds of millions of instances. Its low-power suite enables both leakage and dynamic power reduction throughout the flow, and power-aware clock tree synthesis.Features and Benefits Low Power UPF 2.0 (IEEE 1801) based multi voltage flowSupport for gas station methodology and always-on-bufferingPower-aware buffering and sizingPower state table (PST) based advanced bufferingSupport for level shifters, isolation cells, and retention registersDistributed and ring style...
New technologies in Allegro and OrCAD 16.5 include advanced miniaturization capabilities, integrated power delivery network analysis, DDR3 design-in kit, bolstered co-design featured and flexible team-design enablement to address global designer productivity. Cadence Design Systems, Inc., a leader in global electronic design innovation, launched the Cadence OrCAD 16.6 design solution with new features, enhanced customization capabilities, and 20 percent simulation performance improvements that provide customers a shorter, more predictable path to product creation. This latest release offers numerous improvements to tool usability and performance, but at the heart of 16.6 are three key benefits: enhanced miniaturization capabilities, timing-aware physical implementation and verification for faster timing closure, and the industry’s first electrical CAD team collaboration environment for PCB design using Microsoft SharePoint...
Altium Designer Printed Circuit Boards are the central nervous system for every electronic product. The backbone of every great PCB design is the tools and talent of the designer. That’s why we take PCB design so seriously. Altium Designer combines precision, usability, Native 3D, and collaboration to enable engineers and designers to get complex PCB designs done right, the first time. Low Stress, Native 3D PCB Design for ProfessionalsAltium Designer is productivity focused electronics design software for professionals, incorporating unified stress-free schematic and Printed Circuit Board CAD functions with design verification, validation and formal release and reuse capabilities. Altium Designer is used by PCB designers and engineers to create new electronic gadgets for entertainment, industry, defence, and the well-being of...
CST is pleased to announce the 2014 version of its flagship electromagnetic simulation software CST STUDIO SUITE®. The result of years of research and development, CST STUDIO SUITE 2014 includes improvements and innovations at every level, from the optimized solver technology to the new Ribbon-based GUI. These advances enhance the performance, usability and versatility of CST STUDIO SUITE without compromise and guide you through complex electromagnetic systems with ease.The electromagnetic simulation software CST STUDIO SUITE® is the culmination of many years of research and development into the most accurate and efficient computational solutions for electromagnetic designs. It comprises CST’s tools for the design and optimization of devices operating in a wide range of frequencies – static to optical. Analyses may...