CST Studio Suite 2015 SP2 Update | 234.9 MB
Computer Simulation Technology AG (CST) has released an update for 2015 version of its flagship electromagnetic simulation software CST STUDIO SUITE, a package of tools for designing, simulating and optimizing electromagnetic systems, and is used in leading technology and engineering companies around the world. The three pillars of CST's products are accuracy, speed and usability.
CST STUDIO SUITE is used by engineers and researchers working across the electromagnetic spectrum to model systems and optimize designs. Its tightly-integrated solvers cover a broad range of frequencies and geometrical scales, and are complemented by more specialized technology for applications such as PCBs, cables, thermal analysis, and charged particle devices.
As devices become more compact and more connected, the old distinctions between different fields of engineering break down. Increasingly, even a single design task can involve multiple simulation disciplines. With CST STUDIO SUITE 2015, the links between the different simulation domains have been tightened and new tools have been added to allow users to go beyond what can be done with electromagnetic field simulation alone.
Synthesis and design tools supplement simulation by making it possible to generate initial designs quickly and accurately. To help antenna engineers get the most out of simulation, CST has recently added Filter Designer 2D, and is introducing the new Phased Array Wizard. These new tools complement the antenna synthesis capability of Antenna Magus and speed up the whole EM design process
The solvers themselves are now also more powerful and more flexible. The frequency domain solver has had several performance improvements to boost its power and versatility, making it much easier to simulate extremely large and complex multiport models such as multi-pin connectors or densely populated antenna arrays. The introduction of nearfield sources to the frequency domain solver and the asymptotic solver mean that these solvers can now be linked more easily to simulations using other solver types.
Users working at the limits of current computing technology will also benefit from the new high-performance computing features in CST STUDIO SUITE 2015. The ability to access high-performance storage on computer clusters makes the simulation of very large models, which can generate many gigabytes of field data, much more efficient, and the new Intel Xeon Phi co-processor is supported, increasing the range of hardware acceleration options for users.
Changes in Service Pack 2015.02:
General / Environment
Fixed an issue when exporting a 1D Signal to the library.
Fixed a CST License Wizard output in Flex ID (dongle) field.
Fixed a bug in adding and deleting of materials to material library.
Avoided issue for Particle Swarm Optimizer with swarm size equal to 1.
Fixed rare issue that ribbon groups vanish when using shortcuts.
Fixed detection of link local IPv4 addresses such that networks with 169.x.x.x are still valid.
Improved detection of an idle application for frontend license releasing, especially if screen is locked.
Support for AWR Version 11 with COM interface. New Feature!
Fixed bug in the selection of the parameter view cells which are lost when scrolling the view.
Adapted Mecadtron import to support reading of new name attributes.
Fixed issue that the NASTRAN import requires a 3D Import Token license key.
Fixed Anchorpoint creation via the ribbon menu if nothing was selected in the tree.
Improved deterministic behavior for Alignment rotate step if edges are picked.
Improved surface Description for hexahedral solver results.
Improved backward compatibility check for local mesh properties when opening older projects.
EDA Import / EDA Tools
Fixed a further problem with property reading of components in the Zuken import.
Improved reading of component property values for lumped elements during the Zuken import.
Fixed import inconsistency due to remaining temporary data.
Fixed ODB++ file parsing error for components entries without attributes.
Distributed Computing (DC)
Fixed irritating warning if CST DC Solver Server is running under a user account with GPU access.
Columns in Connected Solver Servers dialog box can be moved now. New Feature!
Hexahedral (Hex) Mesh
Corrected a special case where the Q factor gets inaccurate.
Fixed a domain access that can lead to an issue with enhanced FPBA.
Corrected a port homogeneity problem when gap detection is active.
Fixed backward compatibility issue that could lead to a changed number of mesh cells for models created with version 2014 build date greater than 20140429.
CST MICROWAVE STUDIO - General
Fixed issue when deleting postprocessing result templates quickly.
Fixed phase center calculation for rotated coordinate systems.
Fixed detection of dummy farfield sources.
Improved checking of user defined results names.
Fixed farfield main lobe alignment.
Fixed backward compatibility issue for dispersive tand material fitting.
Fixed inconsistent MPI start initiated from CST DS.
Fixed calculation of accepted power in case of MPI.
Fixed issue of TD solver during PML setup.
NFS data (.xml format) without coordinates is now read in the correct order.
Fixed path issue for fieldsource decimation macro under Linux.
Superimpose planewave option is now correctly handled when running co-simulation.
Improved thread pinning.
Repaired calculation of Ludwig2AE farfield probe components.
Fixed visualization of farfield probe components.
Fixed empty field cross section under certain circumstances.
Disabled Field at Cursor probing for Isoline and Carpet Description.
Added inverted color map.
CST MICROWAVE STUDIO - Transient Solver
Fixed slow multipin mode calculation for loss-less, homogeneous ports when the generalized port mode solver is used.
Resolved wrong phase of hex-based fieldsources which are imported in tetrahedral based solvers.
CST MICROWAVE STUDIO - Transient Solver (TLM Mesh)
Fixed missing power and efficiency 1D results on distributed port DC run.
Fixed the transfer impedance slot model for GPU.
CST MICROWAVE STUDIO - Frequency Domain Solver (Tetrahedral Mesh)
Improved initial mesh refinement for lossy metal sheets.
Improved performance of direct solver for many core machines.
Fixed problem with PML in Frequency Domain Solver with fast reduced order model sweep in case of disabled mesh adaptation and in case of dispersive materials.
Activated unit cell scan angle parameter sweep farfield symmetries, with automatic detection of magnetic or electric farfield symmetry planes. New Feature!
Improved formula for partially magnetized ferrites.
CST MICROWAVE STUDIO - Eigenmode Solver (Tetrahedral Mesh)
Discrete ports are now ignored in eigenmode computations, a warning is issued (was an error and abort before).
Eigenmode solver can now handle edge/face lumped elements with zero resistance (shunt circuit). New Feature!
CST MICROWAVE STUDIO - Integral Equation Solver
Fixed issue in post processing when port deembedding is combined with renormalization.
Enabled Quad Mesh View for Surface and Multilayer Mesh. New Feature!
Prevent selection of MLFMM for M-solver.
Fixed problem of error in nearfield source setup. Nearfield source was not located in single material block.
CST EM STUDIO - M-Static Solver
Fixed the reload of the previous stage in case of failure of the mesh adaptation process for the 2D solver.
CST PARTICLE STUDIO Solvers
Added support of predefined field imports from HF-FD-MOR solver. New Feature!
Fixed problem with the charge distribution emitted from area sources.
Corrected secondary electron emitted power within the PIC solver on GPU.
CST CABLE STUDIO
Cable import no longer creates Cu_1 material names without need for it.
Connector editing now considers empty plug-in.
Fixed issue with changing of units on changing of problem type.
Fixed issue with history update for voltage monitors.
AWG-single wire cables are part of the build-in cable library. New Feature!
Fixed error when exporting to Saber concerning wrong name for cross section models.
Switched off check for 'blue' cable nodes that the current sum must be zero. Reason for switching the check off is that FIT and TLM 3D solvers do not use the current sum for loaded segments.
Fixed issue of 2DTL (kernel static2d) with many touching screens.
Load legacy harness for older CST CS projects even if history rebuild fails.
Appended documentation for VBA, add TLModel, integrate latest renamed commands and straightening of the layout.
Improved cable & segment bundle handling, multiselection and Apply button behavior fixed.
Cross section display is no longer disappearing. Fixed stranded wire cross section display.
Fixed history error caused by _ (underscore) special character as element name, handle history name of multiple deletes.
Rename signal Apply button no longer leaves button active.
Simplify and straighten the Connector pin terminal Add button handling.
Speed up the sometimes slow screen update during history update.
The VBA command for connector pin removal no longer causes null pointer exception resulting in incomplete command.
Repaired issue in dialog box when changing twist settings.
Provide view unit switch handling in twist settings for Cable Group.
Improved behavior of "Cable Library" tree.
Legacy keywords with "route" replaced with "cable_bundle".
Fixed issue with visualization of possible traces during adding a segment to cable bundle.
Fixed unexpected error when double click on "OK" button of "Boundary Conditions" dialog box.
CST PCB STUDIO
SITD: Eye diagram of differential probes at die now available.
Fixed port mapping for CST MWS simulation projects originating from CST PCBS projects containing terminals.
In SI workflow with SAM for CST MWS. Fixed that Spice Circuits were not inserted.
Fixed instability of CST MWS during conversion problems from CST PCBS.
PI selected pins no longer disappear without message if the power/ground net is changed to e.g. signal.
Fixed issue with updating of popup menu in 2D (TL) Modeling dialog box.
Fixed problems with LF reduction to a Matrix.
Fixed behavior of table editors in the Stackup table.
PEEC meshing: avoid endless loop in ANDNOT.
SI-TD: New button to switch to 'dispersive modelling'. New Feature!
Fixed missing online help link for Component Translation Table.
Hided Die stack tree node if none are available to show.
Provide saving of comma-separated-values file for IRDrop. New Feature!
Using of Touchstone/Spice Files in IRDrop now possible.
Corrected postprocessing for [email protected]
Fixed visualization problems in mesh and result viewer.
Fixed issue with creation of decoupling capacitors.
Fixed issue with editing of component.
Corrected percentage output for PEEC meshing.
Improved messaging/progress bar routine.
Avoided unnecessary saving of untitled project.
Enabled duplication of selected nodes in "Edit trace" dialog box.
Fixed issue with deleting of unselected objects.
Fixed issue with importing of component parts.
DDR4 technology rule set is available. New Feature!
Fixed net choice parameter.
CST DESIGN STUDIO
Prevented wrong error message on simulation project creation if a simulation project with linked geometry is used as reference.
Included missing local units in background height calculation for microstrip reference blocks when creating SPs via "Quick create".
Improved phased antenna array geometry creation for full array simulation projects.
Double click on blocks does not open the property dialog anymore, since the parameters exclusively use a dock window now.
Fixed issues with import of HSPICE data.
Fixed case of incorrect parameter transfer to CS for parameterized CS blocks in DS parameter sweep.
Repaired occasional, incorrect scaling of current spectra by a factor of -1.
Use correct port numbers for automatic probes in in HSPICE export.
Incorrect VBA-Interface for combine results corrected.
Corrected solver setting for DS-CS transient-co-simulation in case of TLM-solver.
Job Control Center now shows "Failed" if the DS simulation had errors.
Prevented instability / unwanted Description view activation when a SP-task tree is expanded and the SP is saved.
Consider connection labels for simulation project creation.
Fixed abnormal termination of fallback algorithm for S-Parameter task for the case that the schematic has internal IBIS probes.
Apply more appropriate time sampling in HSPICE export of transient tasks with automatic sampling.
Fixed wrong error message of block task which was run after combining results.
Fixed changing block pin layout of CS blocks with "Differential Ports" set, but without any existing MWS ports.
Only set routing optimal pin layout for schematic blocks of 3D simulation projects if they are derived from more than one block with pins of the master.
A connection is now established after moving a connector end point onto another one.
Fixed HSPICE export of POLY sources and of ideal coupled transmission line block.
Fixed HSPICE export of dispersive 1-port blocks.
Repaired failing HSPICE export if node names agree with reserved keywords in HSPICE.
Eliminated inductor/voltage source loops in HSPICE export, leading to error in HSPICE simulation.
Resolved problems in HSPICE export with encrypted include files.
Allow for case-sensitive probe names in DS and check for case-insensitive, duplicate probe names in HSPICE export.
Eliminate O(n^2) loop in dispersive model of PCBS/CS blocks leading to excessive computation times for large PEEC models with dielectric losses.
Fixed rare bug in the calculation of probed currents, leading to wrong results in a Combine Results task.
Improved antenna magus distribution file import.
Finished progress is now correctly removed from the progress window.
Creating a simulation project where the reference block has a local parameter which exists also a global parameter produces an error instead of an inconsistent project now.
Tasks can now be copied and pasted to and from the clipboard via context menu entries. New Feature!
HSPICE export can be enabled and queried via VBA also for DC, AC and S-Parameter tasks, not only transient tasks.
The sector angle of radial stubs is no longer restricted (except geometrical constraints) for the layout view.
Allow use of maximum frequency range for PEEC/2DTL models.
Added possibility to create optimizer goals in the master project for template based postprocessing definitions in a 3D simulation project. New Feature!
Result Templates / VBA / Macros / External Data Access
Added VBA command to switch to backward compatibility topology mode for matrix coefficient calculation.
Made Solid.CalculateExactBoundingBox more robust against history rebuilds.
Added progress bar for fieldsource data compression macro.
New Mix-3D Result Template, allowing equations similar as Mix 1D. New Feature!
New macro to define material priority for overlapping shapes: Macros > Solver > Mesh > TET and Surface Meshing-Define Material Priority. New Feature!
Founded in 1992, CST offers the market's widest range of 3D electromagnetic field simulation tools through a global network of sales and support staff and representatives. CST develops CST STUDIO SUITE, a package of high-performance software for the simulation of electromagnetic fields in all frequency bands, and also sells and supports complementary third-party products. Its success is based on combination of leading edge technology, a user-friendly interface and knowledgeable support staff. CST's customers are market leaders in industries as diverse as telecommunications, defense, automotive, electronics and healthcare. Today, the company enjoys a leading position in the high-frequency 3D EM simulation market and employs 240 sales, development, and support personnel around the world.
CST STUDIO SUITE is the culmination of many years of research and development into the most accurate and efficient computational solutions for electromagnetic designs. From static to optical, and from the nanoscale to the electrically large, CST STUDIO SUITE includes tools for the design, simulation and optimization of a wide range of devices. Analysis is not limited to pure EM, but can also include thermal and mechanical effects and circuit simulation. CST STUDIO SUITE can offer considerable product to market advantages such as shorter development cycles, virtual prototyping before physical trials, and optimization instead of experimentation.
Name: CST Studio
Version: Suite 2015 SP2 Update
OS: ShiChuang XP / Vista / 7even / 8
System Requirements: CST Studio Suite 2015
Size: 234.9 mb