Tag:Linux64

Proteus ProGen models are empirical compact models reflecting the performance of a lithography process. Model parameters are determined by fitting experimental data. The Proteus Modeling Platform (PMP) provides a single environment for calibrating those parameters with a high degree of automation and tuning them for optimum performance in downstream applications. Synopsys ProGen 2023.12 Linux64 Tested Picture ProGen, Proteus’ highly customizable solution calibrates a single model that is utilized by both the space- and frequency-domain engines.

Synopsys Proteus™ full-chip mask synthesis smart manufacturing solutions enabling technologies down to 3nm and below. With the Synopsys Proteus family you can achieve exceptional precision, efficiency and speed in proximity correction, model building for correction, and analyzing proximity effects on corrected and uncorrected IC layout patterns, revolutionizing your chip fabrication process. The Synopsys Proteus full-chip mask synthesis family are the products of choice for leading edge IDMs and foundries and have been production proven for two decades with support for the latest EUV lithography processes. Synopsys Proteus 2023.12 Linux64 Tested Picture Key Benefits Largest Lithography Entitlement Industries first and most deployed inverse lithography solution with native curvilinear design and mask support. Fast Turn Around Time AI driven solutions with advanced...

Proteus WorkBench (PWB) is a powerful cockpit tool for the development and optimization of Proteus-based mask synthesis solutions. It is based on a powerful hierarchical GDSII/OASIS layout visualization and editing engine, providing a comprehensive environment for lithography simulation, compact model building, optical proximity correction (OPC) recipe tuning, litho rule checks, and mask synthesis flow development. Synopsys Proteus WorkBench 2023.12 Linux64 Tested Picture PWB offers an easy to use platform with access to a wide-ranging set of tools, enabling fast calibration of accurate models, supporting the optimization of highly efficient Proteus recipes for deployment in OPC and verification. As state-of-the-art lithography exposure tools are operated at their physical resolution limit, new mask and process technologies are being deployed to further shrink...

After 2023 release, HyperWorks CFD was renamed to HyperMesh CFD and also integrates all functionality of Virtual Wind Tunnel. HyperMesh CFD is an solution centric streamlined user interface which provides end-to-end workflows for aerodynamics, aeroacoustics, internal flow, multiphase flow, thermal and moving mesh simulations. Modern UI layout with intuitive workflows providing fast and robust tools for geometric modeling, case setup, post processing and design exploration enabling users to carry out large complex simulations efficiently. HyperMesh CFD 2024 introduces the following new features: Solution: Redefined solutions to show only relevant tools. Now supports server mode installation for HyperMesh CFD. Geometric modeling: Capability to create assemblies and sub-assemblies. Mechanism browser for kinematics. Tool to measure distance between entities. Case setup (External Aerodynamics):...

Altair EDEM 2024 includes many important updates and improvements. Central to this release, we have made great progress by delivering key updates to the leading ‘Tavares UFRJ model’ for particle breakage applications. In addition, we have made important improvements to the new model for particle-based paste material (‘Hydrodynamic Lubrication model’) and EDEMpy, which now also supports Continuum Analysis Data. Altair EDEM 2024.0.1 Linux64 Tested Picture Here are some more details of the key highlights from this latest release! More Accurate and Intuitive Breakage Model Professor Tavares’ research group at the Universidade Federal do Rio de Janeiro (UFRJ) has been successfully using EDEM for 15 years to simulate comminution and materials degradation operations. We continue to collaborate with his group to...

Design Compiler® RTL synthesis solution enables users to meet today’s design challenges with concurrent optimization of timing, area, power and test. Design Compiler includes innovative topographical technology that enables a predictable flow resulting in faster time to results. Topographical technology provides timing and area prediction within 10% of the results seen post-layout enabling designers to reduce costly iterations between synthesis and physical implementation. Design Compiler also includes a scalable infrastructure that delivers 2X faster runtime on quad-core platforms. Design Compiler is the core of Synopsys’ comprehensive RTL synthesis solution, including Power Compiler™, DesignWare®, PrimeTime®, and DFTMAX™. Design Compiler NXT is also available and includes includes best-in-class quality-of-results, congestion prediction and alleviation capabilities, physical viewer, and floorplan exploration. Additionally Design Compiler NXT...

Synopsys 3DIC Compiler, a unified exploration-to-signoff platform, delivers the highest levels of design efficiency for capacity and performance. It leverages a common data-model to integrate design, die-to-die routing, native system analysis, verification, and signoff in a single environment. Synopsys 3DSO.ai, industry’s first autonomous AI optimization solution for 2.5D and 3D heterogeneous design and integration, seamlessly integrates with 3DIC Compiler to maximize system performance and quality of results at a rapid pace for thermal integrity, signal integrity, and power network design. Ensuring system technology co-optimization (STCO), Synopsys 3DIC Compiler is certified by all foundries and leveraged successfully by customers in dozens of designs. Key Benefits Unmatched Scalability System-of-chips integration over hundreds of billions of transistors High Productivity Fast exploration and design...

The Tweaker solution is the first and only complete ECO Platform with flexible flow control and integrated GUI, which handles all challenging capacity and complexity issues within ECO framework in a single machine. Everything is incremental As an ECO tool, Tweaker optimizes a design incrementally and locally, with minimal impact to the existing performance. In all of the ECO fixing operations, Tweaker only focuses on only critical portions of a design, known as the “ECO Domain”. For this reason, Tweaker can handle large designs in a very short turn-around time. Tweaker ECO covers all sign-off scenarios Timing/power optimization tools require MMMC (Multi-Mode, Multi-Corner) support as a basic ECO feature. Tweaker’s ECO-specific architecture takes the MMMC feature further by focusing only on the “ECO...

Synopsys RTL Architect product represents the industry’s first physically-aware RTL analysis, exploration, and optimization system with signoff technology integration. Synopsys RTL Architect uses a fast, multi-dimensional implementation prediction engine that enables RTL designers to predict the power, performance, area, and congestion impact of their RTL changes. Built on a unified data model, Synopsys RTL Architect directly leverages Synopsys world-class implementation and golden signoff solutions, including Synopsys PrimePower RTL, to deliver results that are accurate early in the design cycle. Synopsys RTL Architect enables designers to significantly reduce RTL development time and to achieve “Simply Better RTL.” Key Benefits Increase Productivity Reduce project schedule with faster runtimes and fewer frontend – backend iterations Predict PPA Fast, implementation prediction engine ensures the...

GeoThrust has been designed with a workflow architecture to obtain an accurate earth model and earth image in time and in depth from data recorded with irregular geometry in areas with rough topography, complex near-surface, and complex subsurface, with uncompromisingly high technical specifications for data analysis and quality control, but easy to learn and easy to use. DISTINCTIVELY UNIQUE FEATURES The near-surface model is estimated by nonlinear tomography applied to first-arrival times that accounts for topography and resolves lateral and vertical velocity variations. Aside from statics corrections, the corrections for the near-surface are performed by wavefield datuming — an essential requirement for imaging from irregular topography. GeoThrust performs subsurface velocity estimation, modeling and imaging from topography, not from a flat...