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PICS3D, Photonic Integrated Circuit Simulator in 3D, is a state of the art 3D-simulator for surface and edge emission laser diodes, SOA, and other similar active waveguide devices. The 2D/3D semiconductor equations (drift-diffusion, Poisson, etc..) are coupled to the optical modes in both lateral and longitudinal directions. Optical properties such as quantum well/wire/dot optical gain and spontaneous emission rates are computed self-consistently. Crosslight PICS3D (LASTIP) 2024.02 Tested Picture Starting from the 2016 version, the functionality of our 2D laser solver (LASTIP) has also been folded into PICS3D: this allows for easy simulation of laser devices without significant longitudinal effects and more flexibility for customers working on a variety of laser device designs. Click here for details. Applications 2D and 3D...

APSYS, Advanced Physical Models of Semiconductor Devices, is based on 2D/3D finite element analysis of electrical, optical and thermal properties of compound semiconductor devices, with silicon as a special case. Emphasis has been placed on band structure engineering and quantum mechanical effects. Inclusion of various optical modules also makes this simulation package attractive for applications involving photosensitive or light emitting devices. Crosslight APSYS 2024.02 Tested Picture  Applications Diodes, transistors and various other types of silicon devices LEDs and OLEDs Solar cells Photodetectors (PD) High electron mobility transistors (HEMT) Heterojunction bipolar transistors (HBT) Resonant tunneling diodes (RTD) Quantum well infrared photodetectors (QWIP) Small MOS devices with strong quantum mechanical effects (Quantum-MOS) Power devices Features Restart from previous saved status Industry leading...

CSUPREM (Crosslight-SUPREM) is a process simulation software package based on the SUPREM.IV.GS code developed at the Integrated Circuits Laboratory of Stanford University. SUPREM.IV.GS (2D) has long been recognized as the industry standard in process simulation for integrated circuit (IC) design for over a decade. Crosslight greatly enhances the capability of the original code from Stanford and extends it from 2D to 3D. Please refer to our full and mini CSUPREM product brochures for more details… Crosslight CSuprem 2024 Tested Picture A brief introduction to Crosslight TCAD is also available in the following presentation and pamphlet. Features Reliable and flexible next-generation 2D/3D process simulator 2D, Quasi-3D, Hybrid-3D and Full 3D process simulation 2D and Full 3D device simulation when combined with APSYS GPU-accelerated solver Full 3D diffusion models Highly effiicient mesh...

PathWave Signal Generation is a signal creation for a wide range of general purpose or standards-based signals. Comprehensive PC-based software for flexible signal creation. Cellular, wireless connectivity, aerospace/defense, broadcasting and general purpose applications. Supports a wide variety of signal generation hardware. PathWave Signal Generation Desktop 2025 v7.0.0 Tested Picture Create Performance-Optimized Reference Signals Create calibrated signals, validated by Keysight, that conform to industry standards to help enhance the characterization and verification of your devices with or without impairments. Validate Component, Transmitter and Receiver Testing Easily create and playback customized waveforms for component testing with virtually distortion-free test signals. Generate fully channel-coded signals including real-time mode to evaluate the throughput of your receiver. Impairments can be also added to evaluate receiver...

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...

EasyPower 2024, with major new features including support for NFPA 70E 2024, Harmonics updates for IEEE 1547 and 2800, the ability to change names directly on the one-line, and a powerful new licensing service.  Other new features include improvements to data entry in the database browser, auto-calculated library information for more equipment, the ability to store and view arc flash calculations in the Database Browser, and support for Revit® 2024. EasyPower Advanced 2024 Tested Picture The following are the primary features included in the 2024 release. For additional features and release details, see EasyPower 2024 Release Details. EasyPower 2024 Update EasyPower 2024 (build 24.0.0.8071) fixes an issue that occurs when exporting a Revit project that includes demand factors. The issue causes the export...

Silvaco offers a full IC-CAD design flow including design capture, circuit simulation, layout design, physical verification, parasitic extraction and reduction, and post-layout analysis including statistical variation, and yield analysis. Silvaco SmartSpice Pro 2024 v5.9.2 Linux64 Tested Picture Schematic Editor Gateway is a highly productive environment with intuitive editing, capacity to support large and complex hierarchical or flat designs, ability to automatically generate symbols from existing legacy netlists and support for industry standard netlist and interface formats. It features tight integrations to Silvaco TCAD and analog custom design tools. Layout Editor Expert is a hierarchical IC layout editor featuring high capacity and flexible use across many silicon technologies in analog, mixed-signal, RF and digital circuits. As a key part of Silvaco’s custom IC...

TCAD software solutions are key to developing new semiconductor processes and devices, dramatically reducing costs and time to market.The package includes Victory TCAD,Legacy + Interconnect and Utmost IV. Silvaco DeckBuild 2024 v5.2.29 Linux64 Tested Picture Reduce Development Costs Reduce the time and manufacturing cycles spent to develop semiconductor technologies ITRS roadmaps indicates that TCAD simulation can reduce the costs during development cycles by ~30% Silvaco Tonyplot 2024 v3.10 Linux64 Tested Picture Visualize Internal Physical Processes Using simulation, you can see ‘inside” the device. Experimental measurements tell you what happens, but not why it happens. TCAD can tell you why. For example: Reverse voltage characterization on a power device tells you what happens at high reverse biases. The device experiences reverse breakdown at a specific voltage A TCAD...