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- 2024-11-02
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ANSYS Lumerical 2024| 1.3 Gb The Lumerical development team announces enhancements to its latest release of of Ansys Lumerical 2024 R1. This comprehensive software suite provides a comprehensive set of tools for the design and analysis of integrated photonic components and systems, similar to the traditional electronic design automation (EDA) environment. ANSYS Lumerical 2023 New Features Shared Features Ansys licensing integrationAnsys-Lumerical tools have been integrated with the Ansys license server. Users can now connect to the Ansys License Manager when using an Enterprise license or continue to use their existing Business licenses on the Lumerical license server. New Versioning SchemeFrom the 2020 R2 release, Ansys-Lumerical products have adopted the versioning scheme used by all Ansys tools. Since this is the second major release for the 2020 calendar year, it has been labeled as 2020 R2. Safe mode in scriptsThe new “safe mode” provides users with enhanced security against malicious scripts. The safe mode is turned on by default in all Ansys-Lumerical products and prevents attackers from accessing or modifying system files. Options for MPI and firewall exceptionsThe Windows installer of the 2020 R2 release allows users to choose which MPI package they want to install and what firewall exceptions to apply. The default will install the MS-MPI package and apply no firewall exceptions. Performance improvements in meshing and gradient calculator for PIDFinite difference meshing with 2020 R2 makes more efficient use of your CPU, with better thread support and performance improvements. Users can expect modest speedup when using conformal meshing in the CAD, or in engines with multiple threads, especially for projects with complicated geometries. Users of photonic inverse design that choose to calculate the gradient with the precise volume average meshing technique will see substantial speedup and improved accuracy. DEVICE Suite FDTD engine can calculate port modesStarting from the 2020 R2 release, mode calculations at ports, sources, and monitors can be done in the FDTD engine. Mode re-calculations needed due to a change in geometry or simulation settings are no longer performed immediately. When a simulation is run any mode information for the simulation that needs to be updated will be re-calculated by the engine. This change allows the user to create, save and update their projects more quickly, and to offload larger mode calculations to remote engines. Note that the user still has the option to calculate mode information from within the CAD and scripts that examine mode information in the CAD will function the same. Documentation improvements for Photonic Inverse DesignThe documentation for the Python API and lumopt has been significantly revamped with a landing page that directs you to relevant resources, such as: Photonic Inverse Design Overview 9 and Getting Started with lumopt 3. In addition, the application example for designing a grating coupler with Photonic Inverse Design 1 has been significantly updated with a more complete and detailed workflow. Lumped thermal resistance in fixed temperature boundry conditionsThe fixed temperature boundary condition objects in CHARGE and HEAT solvers now have the capability of adding a lumped thermal resistance at the boundry. This enables the user to simulate practical devices where the heat sink is located away from the simulated structure by modeling the system outside the simulation region (connecting it to the heat sink) by a lumped thermal resistance. Check out this new feature in action in this App Gallery example 4. Changes to stackdipole and stackpurcell script commandsAs part of this release, there are some conceptual changes to the STACK dipole commands (Stackdipole and stackpurcell) to accept and return physical quantities only. Previously, the user would specify the dipole orientation as unpolarized, vertically polarized, or S/P horizontal. As a 1D solver (which implies cylindrical symmetry), the notions of S or P polarization do not make sense; these horizontal polarizations were only meant to be used as intermediate. Therefore, accepted orientation arguments are now “vertical”( “vert”), horizontal (“horz”) and “random” (or “rand”), which is a superposition of the previous two. Support for background material in FDTDThe FDTD solver object now allows users to choose a background material from the material database. This will enable the users to easily use dispersive materials as background material in their FDTD simulations. Calculation of group-delay in FDTD portsFDTD ports can now calculate group delays. When the user enables the group delay calculation, the solver adds two extra frequency points around the center of the simulation band to calculate the group delay accurately. The spacing of these additional points can be controlled by the user from the Advanced tab of the FDTD solver property editor for added accuracy. SYSTEM Suite Single-config netlisting for Virtuoso co-simulationVirtuoso co-simulation now allows user to set up a single HED netlist config for the hierarchy expansion of schematic circuit designs. This will provide a consistent hierarchy expansion for both electrical netlister and optical netlister, and dramatically simplify the simulation setup of electro-optical co-simulation. Simplified Virtuoso interop environment setupThe environment setup for Virtuoso interop has been dramatically simplified and will requires fewer files and settings in users’ Virtuoso working directory. Spatial correlation enabled compact model libraries and Monte-Carlo sweepsCML Compiler can now accept information about spatial correlation and include it in the published compact model libraries. The Monte-Carlo sweep object in Interconnect can then run Monte-Carlo sweeps that include the effects of spatial correlation for circuits built with these compact model libraries. Bug Fixes Shared Features Fixed issues with high resolution displaysSome user-reported difficulty with property editors and the visualizer when using high resolutions displays have been fixed.Ansys has acquired Lumerical, the leader in high-performance silicon photonic simulation. The acquisition of Lumerical will enable Ansys customers to predict light's behavior within complex photonic structures and systems. Ansys provides a comprehensive solution for semiconductors and high-performance electronics, and with the acquisition of Lumerical, we are extending Ansys’ capabilities to address the challenges of the photonic industry. Silicon photonics is an expanding market and Lumerical provides a comprehensive set of tools for the design and analysis of integrated photonic components and systems, similar to the traditional electronic design automation (EDA) environment. Lumerical complements Ansys SPEOS by serving as a de facto light source for predicting the illumination and optical performance of systems such as interior automobile lighting. Founded in 1970, ANSYS employs nearly 3,000 professionals, many of whom are expert M.S. and Ph.D.-level engineers in finite element analysis, computational fluid dynamics, electronics, semiconductors, embedded software and design optimization. Our exceptional staff is passionate about pushing the limits of world-class simulation technology so our customers can turn their design concepts into successful, innovative products faster and at lower cost. As a measure of our success in attaining these goals, ANSYS has been recognized as one of the world's most innovative companies by prestigious publications such as Bloomberg Businessweek and FORTUNE magazines. Owner: ANSYSProduct Name: LumericalVersion: 2024 R1 *Supported Architectures: x64Website Home Page : www.lumerical.com / www.ansys.comLanguages Supported: englishSystem Requirements: Windows **Size: 2.0 Gb * included: Lumerical CHARGE
Lumerical DGTD
Lumerical FDTD
Lumerical FEEM
Lumerical HEAT
Lumerical INTERCONNECT
Lumerical qINTERCONNECT
Lumerical MQW
Lumerical STACK
Lumerical RCWA
Lumerical FDE
Lumerical EME
Lumerical varFDTD
Lumerical CLM Compiler本部分内容设定了隐藏，需要回复后才能看到 lumerical v2023 r2.3 linux版本，支持gpu 需要linux联系 3766906032@qq.com 
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