Zuken-CR5000-System-Designer V10

Designing an electronics product right-first-time and meeting tight delivery deadlines requires a seamlessly integrated design environment supporting electronics system design and analysis, PCB layout and verification, and production preparation. CR-5000, first and foremost, provides a complete solution for design creation, definition, and re-use: a schematic design editor, a constraints management system, a wide range of analog, digital, mixed-signal, and multi-technology simulators, concurrent FPGA and PCB design tools, a parts library manager, and a documentation system.

Design Re-use
CR-5000 also supports design re-use, allowing engineers to utilize proven and tested logical circuits and layouts from previous projects again and again.


Schematic Design

CR-5000 System Designer significantly increases design productivity when creating today’s complex PCB designs by building in the information required in the PCB design process from the very start, for right-first-time design, every time. CR-5000 System Designer is at the core of the constraints-driven design process.

Constraints Management

The CR-5000 Constraint Manager provides a fully integrated, constraints-driven design methodology to meet high-speed performance or explosion protection requirements, reducing design costs and time-to-market by eliminating unnecessary prototypes and re-engineering cycles. It provides an easy-to-use spread-sheet-like GUI with cross-probing to schematics and layout.

Parallel System Design & Analysis

CR-5000 Lightning enables circuit timing and signal integrity simulation from the System Designer schematic. Additionally, a wide range of analog, digital, mixed-signal, and multi-technology simulators interface directly with System Designer, for example HSpice, PSpice, ADS, Active-HDL, ModelSim or Saber, supporting the co-simulation of analog and digital functional blocks and programmable devices.

Concurrent FPGA & PCB Design

CR-5000 provides a fast and efficient solution for I/O synchronization between FPGA devices and the PCB board, enabling top-down concurrent design of FPGAs and the PCB, reducing the design cycle time and optimizing system performance. CR-5000 interfaces directly with state-of-the-art FPGA design tools from Altera, Xilinx, or Lattice.

Moldflow Plastics Advisers v8.0 (MPA)

Optimizing Designs for Manufacturability


Moldflow Plastics Advisers® (MPA®) is easy to use plastics simulation software that allows part and mold designers to optimize their designs during the earliest stages of new product development.



Moldflow Part Adviser
Quickly check the manufacturability of every part design.

Analysis Capabilities

Plastic Filling Analysis
Sink Marks Analysis
Cooling Quality Analysis
Gate Location Analysis
Molding Window Analysis
Key Benefits

Evaluate the manufacturing feasibility of every design iteration
Identify the most suitable plastics material candidate
Optimize the part wall thickness to achieve uniform filling, minimum cycle time, and lowest part cost
Identify and eliminate cosmetic defects such as sink marks, weld lines, and air traps
Visualize the orientation of plastic to maximize part strength, especially in the vicinity of weld lines
Obtain practical, results-specific advice on improving the part design
Determine the best gate locations for a given part design
Estimate the impact of changes to the part design or material selection on the overall part cost
Communicate key design analysis aspects to the mold designer through automated, web-based, HTML project reports

Moldflow Mold Adviser
Optimize runner system designs and mold cavity layouts before cutting steel

Analysis Capabilities


Runner Balance Analysis
Runner Adviser Analysis
Key Benefits

Design and analyze all types of hot and cold runner systems
Automatically size runners to balance flow in multi-cavity and family molds
Determine the best gate locations and the optimum number of gates
Predict estimated cycle time, clamp tonnage, and shot volume
Assess the manufacturing feasibility of the mold design layout
Perform a detailed part cost estimation
Communicate valuable information to plastics part designers, mold builders, and manufacturing engineers using automated reporting tools

Moldlfow.Plastics.Iinsight (MPI) v6.2

In-Depth Simulations for Design Validation and Optimization

The Moldflow Plastics Insight suite of software is the world's leading product for the in-depth simulations to validate part and mold design. Companies around the world have chosen Moldflow's solutions because they offer:

Unique, Patented Fusion Technology
MPI/Fusion, which is based on Moldflow's patented Dual Domain™ technology, allows you to analyze CAD solid models of thin-walled parts directly, resulting in a significant decrease in model preparation time. The time-savings allow you to analyze more design iterations as well as perform more in-depth analyses.

Powerful Workflow and Productivity Tools
The user-friendly environments in MPI employ visualization and project management tools that allow you to undertake extensive design analysis and optimization. After your analyses are complete, you can produce detailed, Web-ready design reports quickly and easily.

Proven Solutions for all Types of Applications
Moldflow's analysis products can simulate plastics flow and packing, mold cooling, and part shrinkage and warpage for thermoplastic injection molding, gas-assisted injection molding, co-injection molding and injection-compression molding processes. Additional modules simulate reactive molding processes including thermoset and rubber injection molding, reaction injection molding (RIM), structural reaction injection molding (SRIM), resin transfer molding, microchip encapsulation and Underfill (flip-chip) encapsulation.

The World's Best 3D Solution
Using a proven solution technique based on a solid tetrahedral finite element volume mesh, MPI/3D allows you to perform true 3-dimensional flow simulations on parts that tend to be very thick and solid in nature as well as those that have extreme changes from thin to thick.

The Widest Range of Supported Geometry Types
Moldflow's MPI technology can be used on all CAD model geometry types, including traditional midplane models, wire frame and surface models, thin-walled solids and thick or difficult-to-midplane solids. Regardless of your design geometry, you can accomplish simulation tasks in an easy-to-use, consistent, integrated environment that works with your model.

Unsurpassed Network Computing Options
Moldflow Plastics Insight (MPI) has been developed with network computing environments in mind. For example, users can run MPI/Synergy, the pre- and post-processor, on user-friendly Windows PC while running the analysis solvers on powerful UNIX workstations. Users can also take advantage of a distributed computing environment from within MPI and assign analyses to run on whatever network computers are available at any given time

Mastercam.X2.Mr2. SP1

Mastercam is the most commonly used CAM software worldwide* and
remains the program of choice among CNC programmers. Mastercam X2 is
the next generation of our popular program, delivering the most
comprehensive milling package with a simplified, customizable
interface, more power, and even faster, robust toolpath calculations
With the release of Mastercam X (10), the application became a true Windows based application as opposed to one ported over from DOS. It also represented a fundamental shift in the way the application was configured. Mastercam X2 provided many enhancements over the previous version and adopted a true Windows application feel. Mastercam supports many types of machines, each with a choice of levels of functionality, as well as offers optional add-ins for solid modeling, 4-axis machining, and 5-axis machining. The following list describes the Mastercam product levels:

Design—3D wireframe geometry creation, dimensioning, importing and exporting of non-Mastercam CAD files (such as AutoCAD, SolidWorks, Inventor, Parasolid, etc.).
Mill Entry—Includes Design, plus various toolpaths (top construction and tool planes only), posting, backplot, verify.
Mill, Level 1—Includes Mill Entry, plus surface creation, many additional toolpaths (for all construction and tool planes), highfeed machining, toolpath editor, toolpath transforms, stock definition.
Mill, Level 2—Includes Mill, Level 1, plus additional toolpaths, toolpath projection, surface rough and finish machining, surface pocketing, containment boundaries, check surfaces.
Mill, Level 3—Includes Mill, Level 2, plus 5-axis wireframe toolpaths, more powerful surface rough and finish machining, multiaxis toolpaths.
5-Axis add-on—5-Axis roughing, finishing, flowline multisurface, contour, depth cuts, drilling, advanced gouge checking.
Lathe Entry—3D wireframe geometry creation, dimensioning, importing and exporting of non-Mastercam CAD files (such as AutoCAD, SolidWorks, Inventor, Parasolid, etc.), various toolpaths, backplot, posting.
Lathe, Level 1—Includes Lathe Entry, plus surface creation, C-axis toolpaths, stock definition, stock view utility.
Router Entry—3D wireframe geometry creation, dimensioning, importing and exporting of non-Mastercam CAD files (such as AutoCAD, SolidWorks, Inventor, Parasolid, etc.), various toolpaths (top construction and tool planes only), toolpath transformation in top plane, backplot, verify, posting.
Router—Includes Router Entry, plus surface creation, rectangular geometry nesting, additional toolpaths (for all construction and tool planes), highfeed machining, toolpath editor, full toolpath transformations, stock definition.
Router Plus—Includes Router, plus additional toolpaths, toolpath projection, surface rough and finish machining, surface pocketing, containment boundaries, check surfaces.
Router Pro—Includes Router Plus, plus True Shape geometry nesting, 5-axis toolpath functionality, multiple surface rough and finish machining, multiaxis toolpaths, toolpath nesting.
Wire—2D and 3D geometry creation, dimensioning, various 2-axis and 4-axis wirepaths, customizable power libraries, tabs.
Art—Quick 3D design, 2D outlines into 3D shapes, shape blending, conversion of 2D artwork into machinable geometry, plus exclusive fast toolpaths, rough and finish strategies, on-screen part cutting.
The Router products are targeted to the woodworking industries but are virtually identical to the Mill line

ADINA -V8.5

The ADINA System offers a one-system program for comprehensive finite element analyses of structures, fluids, and fluid flows with structural interactions.
Click on the link to view or download the overview of the capabilities in the ADINA System in PDF format.

With the ADINA System, there is no need to use one finite element program for linear static and dynamic structural analysis, another program for nonlinear structural analysis, and yet another finite volume based program for fluid flow analysis. Furthermore, the ADINA System is the leading program for fully coupled analysis of fluid flow with structural interactions (multiphysics).

The ADINA System consists of the following modules:

ADINA-AUI The ADINA User Interface program (AUI) provides complete pre- and post-processing capabilities for all the ADINA solution programs.
ADINA-M The ADINA Modeler (ADINA-M) is an add-on module to ADINA-AUI that provides solid modeling capabilities and direct integration with all other Parasolid-based CAD systems.
ADINA The premium finite element program for linear and highly nonlinear analyses of solids and structures.
ADINA-F CFD program for the analysis of compressible and incompressible flow with state-of-the-art capabilities for moving boundaries and automatic remeshing.
ADINA-T Module for the heat transfer analysis of solids and field problems.
ADINA-FSI The ADINA-FSI (fluid structure interaction) program is the leading code used by industries for fully coupled analysis of fluid flow with structural interaction problems. This module is available to users who license both the ADINA and ADINA-F modules.
ADINA-TMC This module provides capabilities for thermo-mechanical coupled (TMC) analysis, including analysis of contact with heat transfer. By licensing both the ADINA and ADINA-T modules, the user automatically has access to this module.
CAD Interfaces Through ADINA-M, users can directly import Parasolid-based (e.g., Unigraphics, SolidWorks, and SolidEdge) CAD geometry. We also provide interface programs to major systems such as
I-DEAS and MSC.Patran. Where a direct interface is currently not available (e.g., CATIA), the geometry can be imported via our IGES interface.

2008.06 0day softwares

ROMAX.SOFTWARE.SUITE.V12.3
LUSAS_FEA_V14.1_FIX
TESIS.DYNAWARE.R3.3.2
Teksoft.CAMWorks.2008.sp3.0
OriginLab.OriginPro.v8.0.SR2.MULTiLANGUAG
Simulia.Abaqus.v6.8.1.Windows&Linux
Transmagic.Expert.v7.0.SP2.WiNNT2K
LSTC.LS-DYNA.v9.71.R3.1
Siemens.UNIGRAPHICS.NX.V6.00
SOLIDWORKS.V2008.SP4.0.UPDATE
Bentley.Architecture.XM.v08.09.04.46
Bentley.Microstation.Triforma.XM.v08.09.04.92
Bentley.Building.Mechanical.Systems.XM.v08.09.04.72
Think3.ThinkDesign.v2008.1.MULTILANGUAGE
CIMCO.Software.Suite.v5.11.75
CRTech.Thermal.Desktop.For.AutoCAD.v5.1.4
MSC.MD.NASTRAN.R3 for Linux &win
OPOS_V4.9
Autoform v4.1.2 MSK
Bentley.ProSteel.3D.v18.0.Rev.8.10.0.9.MULTiLANGUAGE
CD.Adapco.Star.CD.v4.06.007 For win &Linux
PTC.PRO.ENGINEER.WILDFIRE.V4.M030 for win32 &win64
Autodesk.Architecture.v2009.DVD.GERMAN
IMOLD v8. SP2.1. v2008 for SolidWorks
BETTER.HOMES.AND.GARDENS.HOME.DESIGNER.SUITE.8
Dassault.Systemes.Catia.P3.V5R18.Dokumentation.GERMAN
Teksoft.CAMWorks.v2008-08.SP2.1.UPDATE.ONLY
Cimatron.E.v8.5.GERMAN
Cimatron.E.v8.5.Cataloge and Tutorial
Intel.Cluster.Toolkit.Compiler.Edition.v3.1.1
Nihon.Unisys.Dynavista.v8.0
From caxsoft site

SolidCAM 2008 r12 For solidwokrs2008

With more than 100 new features, SolidCAM2008 R12 will be the most powerful CAM software seamlessly integrated in the 3D CAD mainstream system SolidWorks2008.

The single-window user interface and the full associativity between the CAD model and NC tool path, guarantees a short learning curve and an efficient flow from the 3D design model to the machined part.

The new version provides a complete manufacturing solution with enhanced user friendliness, more integration and automation features, and additional CAM functions.

The user friendliness will be enhanced by a new user interface for Mill operations and the new capability to define user-specific Default templates for parameter settings for all operations.

Furthermore, the 3D connexion SpaceNavigator mouse is supported as new input device. The new version also contains a framework to integrate external application programs.

As first examples, the external tool library from Vardex (www.vardex.com) and the tool management system from TDM Systems (www.tdmsystems.com) are now linked to SolidCAM2008 R12.

SolidCAM´s automatic feature recognition and machining capability (AFRM) for multiple drills and complex holes has now been greatly enhanced in SolidCAM2008 R12 with a new capability for 2.5D pockets.

This capability provides automatic recognition and machining of multi-level closed and open pockets in a solid model, in addition to through pockets.

SolidCAM2008 R12 offers a new tool table for milling that supports a broader range of milling-tools.

For 2.5D milling, new operations for the milling of 3D profiles and T-Slots have been added. The Pocket operation has also been enhanced in the support of open pockets.

The powerful HSM module has been enhanced in SolidCAM2008 R12, including use of STL files as input for the generation of high-speed machining tool paths.

In simultaneous 5-axis milling, 12 dedicated operations are now available for specific tasks including swarf and port machining, electrode milling, impeller and turbine blade machining.

CoventorWare 2008

The only simulation tool available for quickly and accurately evaluating the behavior of a MEMS device in a surrounding system

Design engineers can efficiently simulate complex MEMS devices and MEMS-based products, including inertial sensors, RF switches, resonators and oscillators, and optical mirrors with the CoventorWare-ARCHITECT™ module. ARCHITECT goes way beyond the limitations of simple SPICE-based models and macro-models derived from FEA.
With ARCHITECT, you will:

create your designs faster, using the world’s most comprehensive MEMS component library
significantly reduce your product development time by means of extraordinarily fast simulation speeds
perform fast system-level simulations with finite-element accuracy
simulate very complex designs where finite-element analysis would be impractical
achieve more "first-time-right" designs
maximize your design creativity
not be constrained by software limitations, when using your legacy design tools and data
conveniently specify your process sequence and materials in one place for subsequent use in all CoventorWare modules
create 2D layouts of your MEMS design that include true (not segmented) arcs and curves – essential for efficient finite element analysis
import and export layouts in widely used formats such as GDSII and DXF
perform MEMS-specific design rule checks on your layouts
automatically generate 3D solid models from 2D layouts
quickly prepare solid models for meshing, and automatically generate efficient meshes for high-aspect ratio MEMS structures, view meshes, and do mesh quality checks
import and export solid models in widely used CAD formats
model the foundry process that will be used to fabricate your MEMS design
jump start your design by choosing from among the included Foundry Access Kits for more than 10 standard MEMS fabrication processes
investigate the impact of alternative foundries or changes in the processing sequence
quickly investigate packaging options by accessing a library of 3D models of standard MEMS packages
Foundry Access Kits include a process sequence, material properties, a layout template with all necessary layers, and design rule checks (DRCs). MEMS foundries can use DESIGNER to create their own access kits, or partner with Coventor to distribute their access kit to Coventor’s worldwide customer base.
With ANALYZER, you can:

simulate the physical behavior of your MEMS or microfluidics design using the most appropriate, best-of-breed 3D field solvers
perform multi-physics simulations that are critical to MEMS, such as coupled electro-mechanics and fluid-structure interaction
explore a variety of design concepts to find out which ones work
perform parametric studies to optimize your design
investigate manufacturing effects such as residual stress
understand the impact of changes in the fab process and material properties
incorporate packaging effects such as the effects of ambient temperature and pressure
predict or validate experimental measurements
validate simulation results from other tools
CoventorWare 2008

imold 2008 for solidworks 2008 sp2.1

The IMOLD V8 is SolidWorks 2008 ready which is yet another solid demonstration of Manusoft’s intent to ensure that it is ahead of the competition. Beyond the label and specifications, IMOLD V8 is engineered to attract the attention and imagination of the mold designers worldwide with its significant improvement in all round performance ensuring users of maximum returns to their investments.

IMOLD V8’s new user interface provides users with a fresh and enhanced intuitive experience that will certainly set to spark designers’ imaginations to greater heights. The enhancements to the interface does not just include changes in icons, they also include additions of useful productive tools and toolbars. The IMOLD interface is now improved to decrease mouse travel and events. A new toolbar layout, embedded right mouse menus, and customizable shortcuts increase efficiency and workflow. Getting to commonly used commands and customizing the layout is easier than ever and will benefit new and existing users alike.

Additional Core & Cavity toolbar on part level is one such major introduction to the interface. This new dedicated toolbar for part level is an extraction of commonly used functions pulled out from the main IMOLD toolbar CCB menu. This well placed dedicated tool helps eliminate extra time in searching for required tools from the main menu and certainly contributes tremendously in enhancing user friendliness of IMOLD.

Another new tool developed in IMOLD V8 is Parameter Manager which is a complete set of functions designers can use to better manage references, associations, mates and other parameters. The Parameter Manager is one of the new innovations in IMOLD V8 that is designed also to enhance processing speed when using IMOLD. It allows users to lock or unlock references. Once the references are locked, the system performance is enhanced and the memory usage is reduced. The result: a significant increase in the processing speed of the software, which now allows designers to work with large mold assemblies faster than ever and they are now provided with new tools for large mold assembly management. Mr Chiang said, “We have received numerous feedbacks from our users of their need to be able to work on a mold design software that does not slow down as they progressively create and save more parts and files, particularly when working in large assemblies. The IMOLD V8 is designed with this requirement as one of its development cornerstones.”

Other significant enhancements in IMOLD V8 include in such areas as Drawings, Smart Points, Preparing the Product, Tooling Split Tagging, Information, User Defined Cooling, and others. For full details on the new features and enhancements, please refer to What s New in IMOLD V8.

Mold design professionals will certainly look forward to a significantly noticeable difference in the user interface of IMOLD. The great reduction in the overall design lead time made possible with the tremendous innovations and enhancements in the new IMOLD V8 is expected to be most welcomed by the industry

Autofrom v4.1.2 MSK

This section is only relevant if you have used a previous version of AutoForm.
The main advantages for Windows users are:
Support of Windows XP x64 (64 bit).
The incremental solver runs in parallel mode.
Zero footprint installation
(no interference with other software installations).
Reduced dependency on the third party software due to easier installation. The AutoForm software can now be installed without Services for UNIX (SFU) and without the necessary environmental adjustments.

Data compatibility
AutoForm 4.1.2 ensures backward compatibility of its .sim-files. That means all sime files can be used without any conversion between the versions 4.1.0, 4.1.1 and 4.1.2. In addition the user-interface of version 4.1.2 (xaf_4.1.2.exe) can open sim-files created with older versions. It will automatically convert them to the current sim-file format. Such sim-files can then be used by the 4.1.X solvers. It is not possible that the 4.1.X solvers work directly with sim-files from earlier versions, including version 4.0, nor is it possible that the 4.1.X solvers are started from other user-interface versions than
4.1.X. Due to the parametric formulation of AutoForm-DieDesigner and due to modified algorithms in version 4.1.X, the converted geometry may be slightly different from that originally created with older major versions (4.0X and older).

Concurrent use of AutoForm 4.1.2 and previous versions AutoForm 4.1.2 is a patch release based on AutoForm 4.1.0/4.1.1. It can be installed
together with AutoForm 4.1.0 and replaces AutoForm 4.0X and earlier versions. There
should be no need to use 4.0 and 4.1 concurrently. If they are used concurrently, anyhow, certain restrictions will apply. If you intend to use version 4.1 together with an older major release, such as version 4.0X, please review the following remarks carefully:
o AutoForm 4.1.2 must be installed in a separate directory (AF_4.1.2) and cannot be merged with older release versions (for example with version 4.1.0). This will allow the usage of different releases concurrently with own configuration files for each release.
o If you changed the default settings for version 4.0X or 4.1.X in one of the configuration files (for example in AutoForm.cfg) and intend to continue using these settings with version 4.1.2, you have to redo the changes in the configuration files of version 4.1.2. Please do not simply overwrite a new configuration file with an old one, since the new files contain new default settings that were not present in the older version.
System Requirements RAM:

Minimum 1 GB, recommended 2 GB (XP32); 4 GB (XP64) or more

Disk space: 500 MB including third party software

Supported Windows versions:
o Windows XP Professional SP2
o Windows XP Professional x64 SP2

AutoForm 4.1.2 is NOT supported on:
o Windows ME
o Windows NT
o Windows 2000
o Windows XP Home Edition
o Windows Vista

Supported Windows platforms for FLEXnet 10.8 (only for Floating licenses):
o Windows Server 2003
o Windows XP Professional SP2
o Windows XP Professional x64 SP2

Additional hints:
o AutoForm requires a screen resolution of 1280 x 1024 or higher.
o AutoForm must be installed on an NTFS file system. To check whether your file
system is NTFS, check the properties of the drive where AutoForm should be installed (usually C:\).
o AutoForm must be installed on a machine with a network adapter even though
the machine does not need to be connected to a network.
o AutoForm requires the following third party software:
Hummingbird Exceed 2007 (12.0.2.132 or higher on XP32, 12.0.8.146 or
higher on XP64) Hummingbird Exceed 3D (12.0.2.132 or higher on XP32, 12.0.8.146 or higher on XP64) These software packages are included in the installation media and will be installed if “Typical Installation” is chosen in the Master Setup.

NOTE:
The Hummingbird packages contain only the data required to run AutoForm 4.1.2. These are not full copies of the distributions shipped by the original suppliers.

Petrel 2007

Petrel 2007.1—What's New

New in Petrel – Visualize and analyze fractured reservoirs. Model discrete fracture networks and perform dual porosity and dual permeability simulations in ECLIPSE with Petrel 2007.1.

Seismic interpretation in Petrel 2007. From regional to reservoir and from 2d lines to 3d surveys, the capabilities of the new Petrel broaden into exploration.

Geophysics
Seismic scalability solved
Today, many seismic datasets commonly exceed tens or even hundreds of gigabytes of disk space. By handling data in a bricked seismic data format and using smart disk roaming technology, Petrel 2007.1 software can now easily handle datasets up to 60 GB without any degradation of data or performance.

For 3D datasets greater than 60 GB, Petrel software provides an optional Linux® seismic back-end cluster. Accessing data on the server is as simple as copying and pasting links to data that users wish to see in their local Petrel project. Operations (autotracking, attribute generation) run on data that resides on the server and will be processed on the server, not your local Petrel workstation. For attribute generation, the seismic server runs these computations in parallel-with considerable time savings and with the added benefit of allowing all members of an asset team to quickly review the results.

Composite lines
Interpreters can quickly create composite lines across multiple surveys, both 3D and 2D, as needed. Using the composite line display on the interpretation window, it is possible to visualize and easily interpret seismic horizons across multiple surveys.
Geology and modeling
Discrete fracture networks
Modeling flow in fractured reservoirs is challenging, requiring a software solution that supports tight integration between the static and dynamic reservoir modeling disciplines and which provides a way to visualize and analyze many data types that may be direct or indirect indicators of fractures.

The Petrel 2007.1 software release includes integrated technology from Golder Associates, a leader in fracture modeling, that enables the creation of an integrated workflow for fractured reservoir characterization. In addition, Petrel 2007.1 now supports ECLIPSE* dual-porosity models, making it even easier to simulate naturally fractured reservoirs.

Reservoir engineering
Multisegmented well model
Conventional reservoir simulator well models treat the entire wellbore as a single entity, with constant or averaged fluid properties throughout the well. These models neglect pressure drops resulting from friction, interphase slip, and acceleration. This is a perfectly reasonable approximation for vertical wells producing from only one zone. However, with horizontal wells, friction becomes extremely important. The multisegmented well model in Petrel and ECLIPSE divides the entire wellbore into segments, much as a reservoir is divided into cells when making the grid. Petrel 2007.1 gives each well segment the physical properties of the casing or tubing that contains it, allowing ECLIPSE software to accurately model the fluid physics throughout the wellbore.

Field development strategies
The field development strategy option makes it easy to set up and manage complex well controls without becoming overwhelmed by detail. Wells can now be organized into time-varying group hierarchies, allowing controls to be applied at the level that makes sense to you. Wells can also be organized into many folders, allowing you to easily apply the same controls to hundreds or even thousands of wells.
Drilling
Real-Time Data Link
The Real-Time Data Link component accepts streaming real-time data such as logs, events, and trajectories from InterACT and other third-party WITSML file servers. Data is immediately incorporated into Petrel for real-time monitoring and modeling. The data link facilitates rapid assessment of the impact of the new geological knowledge on the well being drilled, enhancing understanding and improving collaboration.
Usability
Usability starts with a belief in designing a product that meets user needs and a focus on creating an excellent user experience. In Petrel 2007.1 the graphical user interface has been updated to Microsoft® WinForms, making it even more efficient and usable.

Each explorer pane (Input, Model, Process diagram, and so forth) can now be manipulated independently with standard controls such as dock/pin/float/hide. This new system provides a stable and predictable toolbar appearance and behavior, while at the same time improving efficiency.

Conclusion
Petrel 2007.1 is the strongest release ever, broadening into exploration geophysics, strengthening core modeling and geology workflows, refining the reservoir simulation user experience, and supporting real-time drilling workflows.

Ansoft-Designer-V4.0

General:
o Nexxim linear analysis is available from Ansoft Designer by chosing to
install Nexxim customization from the Designer installation and installing
Nexxim from the Nexxim CD. No Nexxim licenses are required: Nexxim
linear analysis is unlicensed. Advanced Nexxim simulation capabilities
can be accessed by configuring Nexxim licenses.
o User customizable hot keys
o Ability to enable/disable an analysis
o User can "check passivity" on all imported data types (Nport, HFSS?
o Additional script commands
o C++ model editing wizard for Nexxim
o Linear components are now automatically configured for the system tool
o Toolbar customization with user set-able buttons
o The user can translate legacy circuits using right mouse menu click in the
project tree
o User can define callback scripts that run when a component is placed
- Component handling:
o Users can re-map dynamic link component pin assignments
o Component pin matching constraints relaxed
o Encryption of aclb's, aslb's, scripted footprints etc
o Designer now manages "models" that can be re-used in components
o Nport and field solver components now have similar options
o Subcircuits can be exported as component; optionally with solution data
o Various dynamic link enhancements that improve usability
o Users can drag and drop components from the main project tree or from the
component search tab onto a schematic
o Users can drag and drop models from the main project tree onto components in
a schematic
- Layout:
o Cross hierarchy snapping
o Layer manager is now modal and user can choose which columns to display
o Ruler now supports multiple segments
o User can define relative (hierarchical) coordinate systems
- Schematic:
o Schematic annotation improvements (colors, boxes etc)
o ERC enhancements
o User can add floating pins etc from right mouse menu in schematic
o User can have symbols change based on solver on demand selection
o Wiring improvements
o User can put plots or "reports" on schematic
o Reports can be dragged & dropped from the project tree onto the
schematic
o Mouse wheel can be used to move up & down, or with zoom when used
with the shift key
- PlanarEM:
o 64 bit support
o Multiprocessor support
o Progress bar for mesher
o Support for frequency dependent materials
o Access to PlanarEM output variables
o Fast sweep error tolerance is now user adjustable
o Frequency selective surfaces now support fast frequency sweeps
o User can now "clean stop" fast frequency sweeps
o Maximum amount of simulation data is kept after a user changes to frequency
sweep setup
o Additional information about fast frequency sweep progress is listed in
the simulation profile.
o PlanarEM supports terminal excitations
o Distributed Solve Option (DSO) for PlanarEM
- Dynamic links to Ansoft products:
o Users can push excitations for swept frequency EMI problems to SIWave
o New dynamic link to the 2D Extractor tool in Q3D
o Additional advanced dynamic link options when generating simulation setups
automatically
- Design Verification:
o DRC zoom to selected error
- Optimetrics:
o New Genetic Algorithm optimizer
- Reporter and post processing:
o Completely new user interface for better usability
o Fully scriptable
o Copy and paste of data or plot definitions from one report to another
o Support for re-usable report templates
o Improved data filtering & interpolation for Nexxim
o Reporter FFT/IFFT functionality
o Ranged functions for better data reduction. Examples include maximum, minimum,
rise time, overshoot...
o Enhanced eye diagrams
o Stacked plots
o Plots update dynamically when used with dynamic probes


MAJOR ENHANCEMENTS Nexxim V4.0
--------------------------------
- Nexxim user interface:
o Ability to compute the reciprocal response of subcircuits, Nports and
FieldSolver elements
o Usability enhancements to the Spice and IBIS component import dialogs
o User now has control of convolution on individual models
o TRL tool support
o New interface for Nexxim-based statistical runs / Monte Carlo
o User can use planarEM simulation on hierarchial components
o Simulation setups can be dragged and dropped between designs
o Linear analysis is now unlicensed
o Improved solution file serializer handling of large datasets
- Language features:
o .measure - Nexxim and Designer now support most HSpice .measure statements,
which can calculate maximum, minimum, average, integral, derivative,
RMS, peak-to-peak, and curve intersections for transient, AC, and
DC sweep analyses.
o Parser support for Spectre checklimit statements
- Envelope analysis:
o Bug fix associated with Envelope Analysis results
- Oscillator analysis:
o Improved two-tone oscillator transient initial guess;
o Improved escape from non-convergent oscillator analysis;
o W-elements are evaluated in time domain under oscillator analysis.
- HB analysis:
o The method for calculating the initial HB guess has been improved.
o Bug fix associated with sweeping mutual inductor in HB analysis
- Transient analysis:
o Support for simulating transient noise.
o Bug fixes include improved handling of minimum step size and discontinuous
events.
- Sparse Matrix Solver:
o Includes new sparse matrix ordering package delivering better performance
via the option -auto_select_solver=yes.
o Features partial pivoting strategy as an option for robust matrix solutions
via the option -do_partial_pivot=yes.
- DC Analysis:
o Bug fixes for convergence issues.
o Features pseudo_arc_length continuation scheme.
- Small Signal Analysis:
o Bug fixes for AC, noise and linear network analyses.
o The ability to do parameter sweep in addition to frequency sweep has been
added.
- Eye analysis:
o Support for eye analysis via statistical eye analysis of transient solutions
has been added. This methodology maintains accuracy while offering major
reductions in run time compared to conventional methods of eye analysis.
- System Engine:
o The newly added capability for system level mixed simulation seamlessly
integrates the system-level time domain behavioral simulation with
transistor-level transient simulation. Designers can include system
behavioral models and physical models (like transistor, S-parameter
data block, etc.) in the same design project and perform a transient
simulation on the design. Such hybrid integration enables designers in a
reasonable time period to simulate a complete system consisting of various
levels of abstraction, which complexity otherwise would demand a much longer
simulation time of a simulator operating on the transistor level only.
- New device models:
o Advanced Curtice 2
o Amorphous TF
o BSIM level 13
o Quadratic Curtice
o Cubic Curtice
o ISPDT
o MOSFET level 38
o VSPDT
o Juncap2
o LDMOS20
o LDMOS30
o LDMOS40
o CMC MOSvaractor
o CMC R2
o CMC R3
o TOM2
o Dynamic probes
- Improved models:
o BSIM4
o HICUM Level 2 2.22
o Random Bit Source
o HiSIM updated to latest version: HiSIM2.4.0
o S-elements
o Verilog-A support
o IBIS

Nexxim Model features, new and improved:
----------------------------------------

- IBIS:
o IBIS driver schedule support
- Causal low-pass filter:
o Developed causal low pass filter with only known real part
- Microwave models:
o Introduced power combiner to the list of ideal microwave models
- Chain-based ABCD:
o Added an instance parameter "delayhandle" to the model so that the user can
choose to do state-space based rational function fitting during time domain
and/or transient simulation versus default: convolution.
- CPW-based distributed library:
o Added different many co-planar waveguide models.
- Distributed models:
o Added several ideal distributed models to the ideal distributed library to
be used with Smith Chart tool in Nexxim.
- Edged TEE model:
o Enhanced.
- GCPW-based distributed library:
o Added different many grounded co-planar waveguide models.
- HCOM ideal_tuner:
o Enhanced the existing passive tuner to an ideal tuner that includes as well
as matches all of the HCOM ideal tuner features.
- Field solver model:
o Enhancements have been made to the field solver model. When ground
conductors are used as reference planes we need to make sure the minimum and
maximum length of the dielectric layers extend to cover the ground
conductors.
- Frequency-based R L C devices:
o Transient Analysis can use frequency-based capacitor, inductor, and
resistor. Previously, the frequency-based capacitor, inductor, and resistor
were supported only in frequency-domain analyses.
o A new parameter, tran_eval_freq, has been added to the net-list format for
these three elements to allow them to be used with transient analysis.
When tran_eval_freq is present in the net-list entry, Nexxim can run a
transient analysis on circuit containing the frequency-dependent capacitor;
inductor, or resistor.
- Inductor Q:
o Analytically added causality correction for the special cases of exponent
selection, i.e. exp=1/2 and 0.Fixed DC resistance calculations for the
inductor with Q model.
- Modulation sources:
o Added several IQ-based modulation sources to the modulation sources library.
In particular, the quadrature amplitude modulation (QAM), phase shift keying
(PSK) and the continuous phase modulation (CPM) schemes are included.
- Negative impedance converter:
o Added DC path to ground to all the nodes needed for the model to run with
the HFSS dynamic link.
- S-elements:
o Implemented new "passive" flag from Hspice; checks passivity of input data
if passive=1. If passive=2, checks passivity of state-space fit.
o Supporting Hspice's DELAYHANDLE=ON (synonym for convolution=3).
o Added s_element.errorif option. By default, 1. Rejects state-space model
if error is larger than 10%.
o Convolution now uses interpolation and extrapolation flags.
o Added test_sss option, default =1; set to zero to bypass the testing of the
cached state-space systems.
o Reports fitting error for convolution=1.
o Added option s_element.rational_fitting_iteration_limit, default=2, to allow
for fine tuning rational fitting.
o Added trace message for differing port impedances.
o Added MOR singular perturbation option (s_element.mor_sp=1): preserves DC
fit while reducing the order of the model.
o Added limit to Q (quality factor) of poles in rational fitting.
Default is 1e4, can be changed with new option s_element.q_limit.
- TFT:
o Model improvements
- W-elements:
o Minimum number of frequencies for the W-table is now 100; fewer than that
will be interpolated.
o Added limit to Q (quality factor) of poles in rational fitting.
Default is 1e4; can be changed with new option s_element.q_limit.
- VSIQ:
o Fixed the polarity issue with the model.
- Verilog-A support:
o Events support added: Nexxim now supports initial_step, final_step, cross.
System tasks support have been extended.
o Nexxim now supports $display, $strobe, $write, $debug and $monitor.
"genvar" support added
o Asian characters supported inside comments
internal nets supported
o Various other Verilog-A enhancements

ShipConstructor v2008 R2 License crack

ShipConstructor is a world leader in CAD/CAM software for the shipbuilding and offshore industries. Designed from the start specifically for the unique requirements of ship and rig construction, it offers a comprehensive, flexible and reliable suite of capabilities designed to maximize efficiency and enable both design teams and shipyards to deliver on time and on budget.

With over 300 customers on six continents, ShipConstructor has been specifically designed to be tailored to unique, local requirements. Its AutoCAD platform, with seamless compatibility to complementary industry-standard software, is easy to integrate into any work environment.

Whether you are from a huge shipyard building super tankers and semi-sub rigs, or an up-and-coming yard building world class workboats, or a highly-specialized design firm serving a the luxury yacht market, ShipConstructor is the ideal tool to optimize your shipbuilding software solution.
Use the Pipe module to route pipe within the 3D structural model and create 3D spool and arrangement drawings. Based on the pipe catalog with specs and connections, a 3D pipe model can be quickly generated, referencing any number of 3D structure drawings to ensure collision free routing. Interference checking against structure and outfitting allows for worry-free production.

--------------------------------------------------------------------------------

HVAC (Heating, Ventilation, Air Conditioning) is fully integrated with other modules to ensure that all systems work together smoothly. As a result, time-to-production and rework is drastically reduced. HVAC items can be created on-the-fly or selected from a spec-driven catalog. All HVAC items are logically connected and can be dynamically altered. HVAC is fully supported by ShipConstructor's Interference Checking System, making costly rework a thing of the past.

--------------------------------------------------------------------------------

The Penetrations module lets users easily implement spec-driven penetrations which are controlled by an approval mechanism starting with the proposal of placing a penetration, through sign-off by a specialist, to the final implementation. The Penetrations module comes with predefined Penetration Packages, which are groupings of items such as plates, sleeves, collars and accessories.

--------------------------------------------------------------------------------

ManualNest is tightly integrated into the central database, providing features to nest by assembly, stock, material, surface treatment, port/starboard, like/mirror cut, and full remnant control. Parts changes after nesting can be easily located and re-nested any time, ensuring error-free production.

AutomaticNest allows you to automatically nest all plate parts; then use ManualNest to further optimize the results.


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ProfileNest performs linear nesting of profiles onto available stock to optimize utilization and streamline production, including available and used stock control, heat number tracking, and full production reports. Nests can be marked as issued and cut. Any item on such nests are now locked in the product model.


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NC-Pyros reliably creates NC-Code for any type of NC-cutting machine, oxy-fuel, plasma, laser, water-jet, or router. The integration with the product model automatically feeds back important information, such as estimated cutting time, processing date, and operator name, completing report data and simplifying any recalls.

NC-Pyros-Bevel allows for adding variable angle cut and multi-torch weld preparation to NC-Pyros.


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FlyThrough brings instant virtual reality to ShipConstructor - no file conversions required or other programs to tackle. At the click of a button, the current ShipConstructor drawing is loaded into the FlyThrough module, providing you with the perfect tool to ensure that the models created by the hull, structure, piping, HVAC, and other departments fit together.

Dynavista-v8.0-Nihon-Unisys

High performance and robust fillet creation for complex support shape

-High robustness guaranteed by specifically developed own geometric engine
-Variety of functions such as variable radius, chord length specification, variable radius/independent end
-High flexibility realized by separated or combined running of fillet creation and merger

Interactive DIE FACE DESIGN support for automotive stamping die. Die face design cycle requires combination of easy to use and very quick die face specific shape creation and good performance design evaluation functions from press forming severity evaluation point of view. Dynavista DIE FACE DESIGN meets this requirement. It provides easy to use die face specific shape creation functions together with simplified press forming severity evaluation functions. It will enable users to complete good quality die face design with minimum design time in fully parametric environment.
Die face specific shape creation with simplified formability check
-Simplified forming severity evaluation functions realizes trial and error in design process.
-Easy to estimate flange expansion and spring back
-Die face specific shape creation such as extrapolated surface, addendum shape and bead
Fast mold die design applicable from small & medium to large scale
-Ease of use realized by maximum introduction of 2D like operation and functions
-Flexible size/position change is available
-Automatic transformation of design attributes to machining attributes which realizes strong association with CAM process (Dynavista Die CAM modules)
Benefits :
Simplified formability check functionality
Flange expansion estimation
Die face specific shape creation
Formability related surface/curve deformation functions
Direct linkage to Dynavista 3D AXIS DIE CAM
FOR CATIA V5R7-CATIA V5R18

2008.05 0day softwares

2008-05-31 CIMCO.Software.Suite.v5.11.71
2008-05-29 Aptech.GAUSS.v9.0.0.1108
2008-05-28 MSC.MD.Nastran.R2.1.LINUX &Linux64
2008-05-27 Functionbay.RecurDyn.v7.R1
2008-05-26 Dassault.Systemes.CATIA.P2.v5R18.SP5.MULTiLANGUAGE.for 32bit&64bit
2008-05-25 CMG.SUITE.V2004.11
2008-05-24 GEOMATIC_STUDIO_V10_SR1
2008-05-23 MSC EASY5 2008 R1
2008-05-22 MAGICAD.V2007.11.SR1
2008-05-21 Sesam.March.2007
2008-05-20 CHEMSTATIONS.CHEMCAD.V6.0.1
2008-05-20 CADMAX.Solid.Master.v10.00
2008-05-19 Tecplot.360.2008.v11.2.0.563
2008-05-19 IVS.3D.Fledermaus.Pro.v6.7.0g.371
2008-05-17 Altair.Hyperworks. v9.0
2008-05-17 Flow 3D 9.2
2008-05-16 OSLO_PREMIUM_V6.41
2008-05-16 ESI Visual-Environment v4.0
2008-05-15 LUSAS.FEA.V14.1
2008-05-14 WORKNC G3 V19.13 (C) SESCO
2008-05-13 ASPENTECH_ASPEN_HX-NET_V2006
2008-05-11 ASPENTECH_ASPEN_FLARENET_V2006
2008-05-11 ASPENTECH_ASPEN_BATCH_PLUS_V2006
2008-05-11 ASPENTECH_ASPEN_CASE_ANALYSIS_TOOLS_V2006
2008-05-10 CSCS_MASTERSERIES_V2007.16
2008-05-09 Hampson.Russell.CE.v8.R2.1
2008-05-08 Dassault.Systemes.Catia.P3.V5R17 With SP8
2008-05-07 Delcam PowerMill8009 SP8 Update with crack
2008-05-07 GibbsCAM.2007.v8.7.15
2008-05-07 AutoForm Master 4.1.1 for Linux &Win
2008-05-03 PTC.Mathcad.v14.0.M020.ISO
2008-05-02 AUTODESK.AUTOCAD.PID.V2009.32BIT&64BIT
from caxsoft

IAR-Embedded-Workbench-for-AVR 5.11

IAR Systems creates development tools for embedded systems since 1983. The governing principle has always remained the same: to provide premium tools that are well integrated, generate efficient code, and last but not least are pleasant to work with.

IAR Systems cooperates with the most renowned companies in the industry—semiconductor vendors and manufacturers of emulators, RTOSes and other products—to provide embedded developers with a choice of flexible and powerful development tools.

RTOS, TCP/IP and USB stacks
IAR PowerPac is an integrated middleware family that combines a small memory footprint RTOS and a versatile file system. It is suitable for all types of embedded applications in different industries; for example, test and metering equipment, industrial equipment, telecom,munication medical devices and consumer electronics.

IAR PowerPac is available at an innovative and low-risk per-seat license model, without royalty fees. IAR PowerPac is an add-on product to IAR Embedded Workbench and is currently available for ARM processors and ColdFire.

IAR Systems is also a world-wide distributor of products from Micrium, available for a wide selection of microcontroller architectures.
Development kits
Each development kit contains all the hardware and software you need to get going quickly:


IAR KickStart Kit is a complete evaluation environment for embedded system applications available for a vast selection of targets
IAR Advanced Development Kit is a complete development environment for embedded system applications based on ARM processors

CoWare Signal Processing Designer (SPD) V2007

CoWare Signal Processing Designer
Implementing Algorithms for Platform-Driven ESL Design
Highlights

Industry's fastest, production proven signal processing simulator
Fully supported on Windows and Linux
4000+ models with source code
Unique standards reference libraries
Fully integrated with MATLAB® and Catalytic MCS tools
Fully integrated into CoWare platform-driven ESL design solution
RTL cosimulation support for Cadence Incisive® and Mentor Modelsim®
RTL code generation for Synopsys DesignCompiler® and Cadence Encounter®
Analog-Mixed Signal (AMS) cosimulation with Cadence Incisive®
One-click analysis
Powerful polymodeling capability
State-of-the-art GUI for maximum productivity
Scalable XML database
Automated model migration from SPW designs
Overview
CoWare® Signal Processing Designer (SPD) accelerates the design of complex, digital signal processing (DSP) systems. It is a C-based modeling and simulation environment that facilitates structured modeling and model reuse across design teams. Its efficient creation of complex DSP system models and extremely fast simulation makes Signal Processing Designer the premier choice for today's complex, multi-standard designs in the wireless and multimedia markets. It is tightly integrated with the CoWare Platform Architect and CoWare Processor Designer products.

Petrel 2008.1

The 2008.1 release of Petrel* software brings to the
petrotechnical desktop not only improvements over
the traditional geophysics, geology, and engineering
tools but cutting-edge technology.
NEW ENHANCEMENTS
Innovation
■ Graphics processing unit
(GPU)-based multivolume
rendering and geobody
extraction
Workflow
■ Autotracking improvements
■ Synthetic trace import
■ New fault surface
triangulation algorithm
■ Inclusion of levees in channel
modeling
■ Equipment and hydraulic
fractures for completions
■ Gradual local gridding option
■ Sector modeling
Usability
■ Item selection from 3D/2D
windows
■ Annotation of horizons/faults
in interpretation window
■ Seismic data prefetched to
cache for improved performance
■ Well symbol control for
subfolders
■ Improved kriging performance
on large datasets
■ Volume calculation

The 2008.1 release of Petrel* software brings to the
petrotechnical desktop not only improvements over
the traditional geophysics, geology, and engineering
tools but cutting-edge technology.

Volume and geobody interpretation
3D seismic interpretation has traditionally been per-
formed by picking points on 2D displays of 3D seismic
cubes. The new Petrel Geobody interpretation
module employs state-of-the-art volume-blending
technology to quickly isolate, extract, and integrate
a body directly into a property model for true 3D
volume interpretation. This allows users to interac-
tively blend multiple seismic volumes, isolate areas
of interest, and then instantly extract those areas into
a 3D object called a geobody. This “what you see is
what you pick” approach to volume interpretation is

meters, allowing a clear picture of the depositional
environment. These geobodies can be created or
directly included in the 3D geological model, provid-
ing a complete seismic-to-modeling workflow.

Horizon interpretation
Interpretation is further improved by enhancements
to autotracking workflows, including independent
refinement of the dip angle of the tracked event in
both inlines and crosslines for improved accuracy
in 3D volume inter
possible with both an asymmetrical and a symmetrical wavelet.
Asymmetrical wavelet tracking allows the user to focus on the data
either above or below the event to guide tracking, greatly enhancing
results particularly in areas of low data quality.

GEOLOGY AND MODELING
Performance
The oil industry today is constantly exploring ways to build bigger and
more detailed reservoir models. However, larger models require longer
process run times and the need to work faster becomes critical. Petrel
2008.1 software improves performance by supporting multithreading for
depth conversion, establishing horizons, volume calculation, some geo-
metrical modeling methods, and property modeling (kriging)—freeing the
user’s time for other work or for running multiple realizations. In addition,
enhanced data-tree performance for projects with large numbers of tree
nodes has improved speed and performance when scrolling in the data
tree, copying and reparenting well logs, and applying saved searches
with large numbers of well tops displayed.

RESERVOIR ENGINEERING
Sector model
The ability to test models in a small portion of the field is essential
because the simulation of big models is so time-consuming. The new
Petrel 2008.1 release enables the creation of single-sector models,
allowing the user to perform quick simulations on small areas of the
full field model, which requires less memory and eliminates the need
to rewrite or reexport the dataset.

Hydraulic fractures
Hydraulic fractures are commonly used to improve the inflow perform-
ance of wells in low-permeability reservoirs. These fractures are usually
defined in simulation using nonstructural grids around the fracture plane,
increasing the computation time because of the complexity of the mesh.
However, fractures can also be defined by length, height, permeability,
and orientation in the simulation model and can be simulated by modify-
ing the well productivity index (PI) and transmissibility of surrounding
cells, achieving the same result as with complex grids. Petrel 2008.1
software allows users to model fractures in full field simulation models
in this way, which has a negligible impact on run time but captures the
effects of flow patterns at the global model scale.

Compositional fluids
Volatile oil and gas condensate reservoirs cannot be modeled accurately
with conventional black-oil models. The ability to model fluids at varying
levels of approximation is essential, because real hydrocarbon fluids
can be extremely complex mixtures. The Petrel 2008.1 release provides
the ability to import and use equations of state in simulation, define
sample compositions, and plot phase envelopes for a better under-
standing of the fluids in the reservoir.

Ansoft.Maxwell. v12.0

Maxwell is the leading electromagnetic field simulation software used for the design and analysis of 3D/2D structures, such as motors, actuators, transformers and other electric and electromechanical devices common to automotive, military/aerospace, and industrial systems. Based on the Finite Element Method (FEM), Maxwell accurately solves static, frequency-domain and time-varying electromagnetic and electric fields.

Maxwell v12 improves engineering productivity, reduces development time, and assures first-pass design success. New Distributed Analysis and multi-processing enhancements allow users to solve very complex, electromagnetically large geometry faster and to expand beyond what they ever thought possible with simulation technology. Additionally, Maxwell v12 includes new automation features, user-interface refinement, and data linking capability, making it easy to design, simulate, and validate complex, high-performance electromechanical and electromagnetic devices.

What s new in v12?

3D electric transient solver
Revised interface for Maxwell 2D:
Improved 2D modeling with editable geometry history
Extended undo/redo history
Complete scripting capability
Enhanced post-processing
RZ support for AC conduction
Animated field plots of parametric solutions
Multiple designs in a single project
Multiple projects in a single desktop
Advanced product coupling capability with Simplorer? HFSS?and ePhysics?
New report editor for better usability
New Genetic Algorithm in Optimetrics?
Microsoft Windows?Server 2003 x64 Edition suppo

Agilent.GENESYS.2008.01.SP1

Agilent Technologies Inc. (NYSE:A) announced that it has shipped GENESYS 2008, the next major release of its GENESYS electronic design automation (EDA) software. GENESYS 2008 features LiveReport, a new design capability that streamlines the user interface and automates the documentation process for easy communication and reuse for RF and microwave component and subsystem designers.


LiveReport helps designers overcome the complexities of working with large, multi-design projects. It captures living views of schematics, layouts, graphs and equations onto a single interactive document. Clicking on any image on a LiveReport page allows the designer to modify schematics, change markers and plots, and zoom layouts from a dashboard-like interface. When the design is complete, the LiveReport page can be printed at high resolution or cut and pasted into Microsoft Windows(tm) applications. A print preview function offers complete control over the appearance of the report — the answer to a much-requested enhancement to the GENESYS package.

"The GENESYS 2008 interface is a product of customer requests," said Daren McClearnon, product manager with Agilent's EEsof EDA division. "The result is a simpler working model that helps you get work done faster. While there is plenty of technical contribution to GENESYS 2007, longtime GENESYS users will see this as a milestone release. The long-term architectural investments are finally paying off, making GENESYS a streamlined, exciting platform."

GENESYS 2008 contains a number of simulator enhancements, including:

17 new nonlinear device models that enable RF power amplifier design, microwave downconverters, high-speed analog and wireline applications
Improved phase noise in the harmonic balance simulator and an enhancement to Spectrasys to predict the RF system noise effects of phase-locking many local oscillators to a common, coherent frequency reference; these enable high-performance receiver architectures with breakthrough sensitivity and throughput
New sources, measurements and defined "paths" in Spectrasys, which characterize large-signal distortion in complex architectures under sophisticated, multi-format signal conditions with interferers
Dozens of new toolbar buttons and right-click operations simplify complex tasks down to single button-clicks, saving time and making GENESYS 2007 faster than ever. Implemented suggestions from users include common tasks such as on-screen parameter editing, saving parts to a custom library, deactivating components, and turning off window visibility to maximize the working schematic area.

New features in GENESYS 2008 are available as free upgrades to supported customers. Supported GENESYS users are encouraged to visit the Agilent EEsof Knowledge Center to download their new release.

About GENESYS
Developed originally by Eagleware-Elanix and acquired by Agilent Technologies, GENESYS is an integrated EDA software package for RF and microwave design. Its configurations focus on RF circuit and system design at an unmatched price. From initial system architecture through final documentation, GENESYS provides state-of-the-art performance in a single, easy-to-use design environment that is fast, powerful and accurate.

Altair.Hyperworks.V9.0 For win32 &Win64&Linux

Newest version of Altair's simulation platform delivers on-demand access to ISV applications and offers multi-core licensing business model

TROY, Mich., May 20 /Xinhua-PRNewswire/ -- Altair Engineering, a global provider of technology and services empowering client innovation and decision making, today announced the release of Altair HyperWorks 9.0, the next generation of its popular integrated suite of computer-aided engineering (CAE) software applications.

HyperWorks is an enterprise simulation platform to support product lifecycle management (PLM) processes. It is the leading simulation-driven design solution for product development across the world's top corporations.

"Over the past decade, Altair HyperWorks has become the preferred simulation platform for the worldwide advanced manufacturing community," says James R. Scapa, president and CEO of Altair. "Through advancements in simulation technology, a value-driven business model and superior customer support, the adoption of HyperWorks continues to outpace the CAE market with a five-year compound annual growth rate (CAGR) of more than 25%."

Grid Enablement and New ISV Partner Program

The release of HyperWorks 9.0 is the first engineering simulation solution to deeply embed grid computing management tools with compute-intensive CAE software applications. HyperWorks 9.0 clients can now use unallocated HyperWorks units in their existing pool to immediately access Altair's popular PBS GridWorks on-demand grid-computing technology suite at no incremental cost. This common licensing model allows corporations to virtualize their global computing infrastructure -- maximizing the throughput of analysis jobs as well as the utilization of hardware and software resources.

In addition, HyperWorks 9.0 extends its patented business model to deliver on-demand, third-party software applications. Participating partners and the formal roll-out of Altair's partner solutions program will be announced on Wednesday May 21st, 2008.

Next-generation Solver Technology and New Multi-core Licensing Business Model

With the release of HyperWorks 9.0, Altair has integrated all of its linear and nonlinear finite-element solvers into a single solver application. RADIOSS 9.0 now delivers a robust solution for simulating linear statics and dynamics, nonlinear transient dynamics and fluid-structure interaction events. This consolidation and integration uniquely positions RADIOSS in the CAE solution market and further increases the value of HyperWorks. From a user perspective, RADIOSS 9.0 simplifies multi-disciplinary analysis studies and data exchange between analysis types. Business benefits include lower software licensing costs and simplified IT administration.

"The advent of cluster and multi-core computing environments requires new, more affordable software licensing models," says Jeffrey M. Brennan, vice president of Altair's HyperWorks division. "Our unit-based licensing model -- already a market differentiator -- has been further enhanced to allow companies to take full advantage of multi-core computing environments with our solvers through virtualization and an aggressive pricing model."

Extended Interoperability and Microsoft Office Integration

The open-systems design of the HyperWorks platform allows engineers to seamlessly work with any CAD solution, any solver, and any pre- and post-processing environment. The 9.0 release extends this interoperability even further to include Microsoft Office suite applications fostering enterprise collaboration and information sharing. This direct integration not only offers efficiencies to the reporting process but also will support design robustness investigations through a direct integration with Microsoft Excel and HyperStudy, Altair's design optimization study application. HyperGraph and HyperView post-processing applications now export directly to Office applications, as well.

New Capabilities and Functionality

"This release is significant on many different levels," says Dr. Uwe Schramm, Altair vice president of product technology. "Substantial investments were made to evolve the graphical user interface to quickly gain new user acceptance and shorten learning curves for enterprise deployments. Industry specific advancements, especially for our rapidly growing aerospace community, have been made across all of our core products including HyperMesh, HyperView and OptiStruct."

Modeling and visualization advancements include:

-- Enhanced "Windows-like" graphical user interfaces (GUI)
-- HyperCrash: A new automotive crash pre-processor
-- New rapid HEX solid meshing capabilities
-- Shrink-wrap meshing to accelerate the creation of large solid models


Optimization and data management advancements include:

-- Rapid multi-body dynamics optimization
-- Free-shape optimization with manufacturing constraints
-- Free-sizing optimization for composites
-- Model assembly, batch meshing and performance data management
automation

For more information on the HyperWorks 9.0 release, training schedules, regional roll-out events and to request a HyperWorks 9.0 demonstration, please visit www.altairhyperworks.com/hw9 .

Agilent.RFDE.V2008 FOR Linux (RF Design Environment )2008

RF Design Environment (RFDE) 2008 includes a number of important enhancements. Among them are the following:
RF/mixed-signal IC design in the Cadence environment.

RFDE makes available important frequency-domain and mixed-domain simulation technologies; optimization and statistical design tools; additional device, system, and behavioral models; and powerful data display and post-processing.

Improved DC, AC and Transient simulation speed
Improved Momentum simulation speed on multi-core platforms
Remote simulation with single bundled license
New substrate editor tool
RFDE 2008 is supported on both 32 and 64-bit versions of the following operating systems:

Linux RHE4
SUSE SLES 9
Solaris 10

AGILENT.IC-CAP.V2008

IC-CAP (Integrated Circuit Characterization and Analysis Program) is a device modeling program that provides powerful characterization and analysis capabilities for all of today's semiconductor modeling processes.

IC-CAP offers device engineers and circuit designers state-of-the-art modeling software that performs numerous modeling needs including instrument control, data acquisition, graphical analysis, simulation, optimization, and statistical analysis.

All of these processes are combined into a flexible and intuitive software environment for efficient and accurate extraction of active device and circuit model parameters. IC-CAP also provides the power to build model libraries for Agilent EEsof EDA and other simulators.

The Target Modeling Extraction Package
The new extraction package, for use with Agilent's Integrated Circuit Characterization and Analysis Program (IC-CAP) software allows engineers to extract CMOS models based on process target data and when available, traditional I-V curves.

Traditional CMOS modeling uses extensive I-V and C-V data for various device geometries. These are typically obtained from time consuming measurements when the process is stable and mature. To extract accurate CMOS models much earlier in the design cycle, Target Modeling uses process control monitor (PCM) data, typically fast single bias point measurements, which are commonly available in the early stages of process development.

The Target Modeling Package includes the following features:

A dedicated User Interface specifically designed for this application
Import of PCM data and related bias information form Excel spreadsheets
Import and display statistical information of PCM data (mean and spread values)
Direct support of BSIM3, BSIM4, PSP and BSIMSOI models
Support for major commercial simulators including Agilent's Advanced Design System (ADS), Cadence's Spectre and Synopsys' HSPICE.
Display, tune and optimize user defined scaling and I-V diagrams
Customizable automatic generation of HTML reports
Open architecture allows import and use of traditional I-V traces in conjunction with PCM data plots.
Package Overview
The Extraction Package includes a dedicated UI main window that manages the PCM data import and the creation of scaling and I-V diagrams. Device information and PCM data are imported directly from excel spreadsheet. Convenient wizards enable you to define subsets of devices and derive PCM data scaling diagrams (e.g. Ion vs. L, Ioff vs. W, etc.).
Figure 1: Target Modeling Tool Main Window and example of PCM scaling diagram (Ion vs. L).

A dedicated user interface enables you to combine diagrams into multiple plots (IC-CAP's Multiplots). The powerful IC-CAP Plot Optimizer tool enables you to conveniently select model parameters and tune and optimize scaling and I-V plots.

Figure 2: Diagram Configuration Page and an example of MULTIPLOT diagram including several scaling diagrams and one I-V curve.

Powerful simulator links to ADS enables real time tuning performance when simulating multiple devices. The extraction package benefits of an improved IC-CAP link to HSPICE made available with IC-CAP 2006B Add-on 3 and HSPICE 2007.03-SP1.

Availability
The IC-CAP Target Modeling Package (85199KL) is available now as part of the current IC-CAP 2008 release. IC-CAP parameter extraction software is available now; contact your local Agilent EEsof EDA sales engineer for pricing.

Worknc-G3 -v19.13 crack

WorkNC G3 stands for 'third generation' and signifies the arrival of the software's third completely new user interface along with expanded and enhanced functionality.

Famed for its easy and quick programming, WorkNC delivers considerable time savings compared to many other CAM systems.

The new graphic user interface features a single, optimized graphics environment and improved ergonomics allowing toolpaths to be programmed even faster than before.

1- The new, easy-to-use WorkNC user interface

The large customizable graphics area is bordered by a tree structure and contemporarily styled icons and toolbars. With the single interface, geometric elements, positions and toolpaths can all be ergonomically selected directly from the screen, allowing the user to gather information quickly and accurately for subsequent tasks and operations.


New graphic user interface : Features a single, optimized graphics environment and improved ergonomics allowing toolpaths to be programmed even faster than before ...
Optimized CAM ergonomy easy to deploy from within a new single graphic user interface ...
Optimized CAM functions : WorkNC G3 is the consolidation and optimization of CAD/CAM functions which have been tried and tested by thousands of WorkNC users worldwide...
An Integrated CAM/CAD environment which brings you the benefits of a new intuitive interface and unified graphic environment ...

2- WorkNC G3 - new & enhanced CAM functions...

G3.V19 includes new fluid cutterpath algorithms which will reduce machining times and improve surface finish. It also has several new toolpaths, including Z Level Finishing with intelligent lead-ins to avoid marking the part and automatic machining of flat areas in High Torque Re-Roughing.

Synplify-Premier-with-Design-Planner- v9.2 for Linux

Synplicity’s Synplify Premier software is the ultimate FPGA timing closure and debug solution. It builds upon Synplicity’s industry-leading synthesis technology by adding graph-based physical synthesis and real-time simulator-like visibility into operating FPGA devices. The Synplify Premier tool’s graph-based physical synthesis technology addresses timing closure by merging optimization, placement, routing and generates a fully placed and physically optimized design ready for final routing using the FPGA vendor routing tool. The highly accurate correlation between the Synplify Premier product’s timing estimates and final design timing enables more aggressive optimization resulting in improved device performance. In addition, the Synplify Premier product offers FPGA Designers and ASIC Prototypers the most efficient method of in-system verification of FPGAs. The Synplify Premier software dramatically accelerates the debug process and provides a rapid and incremental method for finding elusive design problems.

Graph-Based Physical Synthesis
Invented by Synplicity, graph-based physical synthesis improves timing closure by means of a single-pass physical synthesis flow for 90nm FPGAs. Unlike ASICs, proximity does not imply better timing in FPGAs. In graph-based physical synthesis, pre-existing wires, switches, and placement sites used for routing an FPGA can be represented as a detailed routing resource graph. The notion of distance then changes to a measure of delay and availability of wires. The Synplify Premier solution's graph-based physical synthesis technology merges optimization, placement, and routing to generate a fully placed and physically optimized netlist, providing rapid timing closure and a 5 - 20% timing improvement
Simulator-Like Visibility Into a Live FPGA
The Synplify Premier solution quickly finds functional errors in FPGA designs by providing simulator-like visibility into operating FPGA hardware. Based upon technology from the Identify® product, the Synplify Premier tool has integrated debugging software that allows designers to annotate signals and conditions they want to monitor directly in their RTL code. Once the FPGA has been programmed, the RTL debugger is run, allowing users to view actual signal values from a running FPGA directly in their RTL code and debug it, in-system, and at the target operating speed. Advanced triggering helps pinpoint design problems

With the addition of graph-based physical and source-level, in-circuit debugging to the world's best FPGA synthesis technology, the Synplify Premier product is the industry's most comprehensive and productive FPGA design solution.

ASIC Verification
For FPGA users that are prototyping an ASIC, Synplify Premier accepts inputs that are compatible with industry-leading ASIC synthesis tools, allowing you to quickly retarget your FPGA prototype design to an ASIC. Compatibility features includes support for basic Designware components, automatic gated clock conversion, and the use of SDC constraints.

Tanner.EDA. v13

What's New in V13.0
Give your designers a seamless, efficient path from design capture through verification. Tanner EDA tools for analog and mixed-signal IC design enable faster time to market, lower costs, fewer risks, and shorter design cycles. You can implement a complete, integrated design flow with Tanner EDA's HiPer Silicon.

HiPer Silicon is a complete IC design suite that encompasses schematic capture, circuit simulation, waveform probing, physical layout, foundry-compatible DRC, and verification. It can increase your productivity and speed your design from concept to silicon. HiPer Silicon includes S-Edit, T-Spice, L-Edit, and HiPer Verify. Each tool has been significantly enhanced in the past year.

S-Edit
S-Edit enables schematic capture for the most complex full custom IC design. This easy-to-use Windows®-based design environment for schematic capture integrates tightly with Tanner EDA's simulation, physical layout, and verification tools.

New features in S-Edit include:

Hierarchical Find
Search for nets, instances, and objects through the hierarchy with filtering and optionally replace or modify them.
Design Navigator
Efficiently traverse design hierarchy with top-down and bottom-up hierarchical view.
Drag and drop instances directly from the library browser to speed through your design.
Verilog Import
Structural Verilog can be imported into S-Edit as a netlist.
T-Spice
T-Spice lets engineers simulate key blocks during the design process. It puts you in control of simulation jobs with an easy-to-use graphical interface and a faster, more intuitive design environment. T-Spice delivers highly accurate results by supporting the latest foundry, transistor, and behavioral models, with its new multithreading capability for faster runtimes, you will speed your design from concept to silicon faster than ever.

T-Spice includes the following new features:

Verilog-A Support
The Verilog-A feature of T-Spice allows designers to describe and simulate analog circuits behaviorally. For analog designers, Verilog-A enables a top-down approach to circuit design, and allows co-simulation between behavioral blocks and device level analog SPICE netlists. For process developers especially TFT and MEMS process, Verilog-A provides an efficient language for describing device behavior, which is portable across simulators.
T-Spice is compliant with all Verilog-A specifications in the latest standard Verilog-AMS LRM (Language Reference Manual) version 2.2, passes the Compact Model Council test suite, and is fully compatible with Spectre®, H-Spice®, and SmartSpice®.
User Interface Improvements
Simulations now operate on the active Spice file. Filenames of output files are auto-generated from the input filename, and can be optionally placed in a new folder with a time stamped name each time the simulation is run. This allows input files or result files to be easily compared in W-Edit or a 3rd party differencing program.
L-Edit
L-Edit enables analog/mixed-signal designers to automate the layout of similar circuits for different ICs. It meets your needs by combining the fastest rendering available with powerful features. You can get started with minimal training, and draw and edit quickly with fewer keystrokes and mouse clicks than in other layout tools.

Enhanced XrefCells
X-Ref cells, or externally referenced cells, now point directly to the final target cell in a chain of references. This eliminates the need for multiple copies of X-Ref cells that can occur when libraries with multiple reference levels are used.
SDL Enhancements
Flylines are automatically updated when moving instances.
Pins in the SDL Navigator can be viewed by net or by instance.
Existing geometry and geometry that has been added manually can be marked as part of a specific net allowing selection and rip-up of geometry by net.
Structural Verilog can be imported into SDL as a netlist.
Enhanced CurveTools
Wires can have fillets added that retain equal width.
Fillets can be added to curved objects such as a torus and multiple edges are considered as a single edge when adding a fillet/chamfer for curved objects that have been converted to all-angle objects.
Extract Standard
Starting in v13.1, Extract Standard will be much faster but it will still only produce flat netlists. Also, the block (sub-circuit) extract feature of Extract Standard will be discontinued in v13.1 because HiPer Verify now has true hierarchical netlist extraction.
HiPer Verify
HiPer Verify runs Calibre® and Dracula® rule sets hierarchically and natively, and it tightly integrates into the L-Edit environment, allowing design rule violations to be identified and repaired early before they become a major problem.

All-angle hierarchical Calibre compatible netlist extraction
HiPer Verify can extract a hierarchical spice netlist from layout using a Calibre format command file, with performance significantly faster than Tanner Extract Standard. HiPer Verify provides default property computations for built-in devices or user code may be written to compute custom properties from a set of pin and auxiliary layers. User-defined devices (sub-circuits) may also be specified.
HiPer PX
HiPer PX is a 3D physics-based parasitic extraction tool that extracts devices and creates compact and accurate RC models for interconnects up to a user-defined signal frequency. HiPer PX uses a fast and comprehensive interpolation method or an efficient boundary-element method for capacitance extraction and an efficient finite-element method to accurately extract interconnect resistances.

HiPer PX
Extracts 2D interconnect resistance and capacitance for fast extraction times and 3D RC for more accurate parasitic extraction.
Output is a simulation-ready SPICE netlist of devices and RC parasitics.
Supports reduction of RC networks based on a user-specified time constant.

2008.04 0day software

2008-04-29 AUTODESK.AUTOCAD.CIVIL3D.LAND.DESKTOP.COMPANION.V2009
2008-04-28 AUTODESK.AUTOCAD.LAND.DESKTOP.V2009
2008-04-27 INUS.RAPIDFORM.XOR2
2008-04-26 PTC.PROGRESSIVE.DIE.EXTENSION.R5.0.F000
2008-04-25 SIMCON_CADMOULD_3D-F_V2.0
2008-04-24 PTC.PRO.ENGINEER.WILDFIRE.V4.0.M020.WIN32&win64
2008-04-23 DICAD_Strakon_S_v2008_SP1_MULTiLANGUAGE
2008-04-22 SPSS.v16.0.2.Update.Only
2008-04-22 PATHTRACE.EDGECAM.V12.5
2008-04-22 ESI Visual Environment v4.0 Windows
2008-04-20 SIEMENS.NX.I-DEAS.V5M2
2008-04-19 SOFTTECH_STRUDS_V2008
2008-04-19 SIEMENS_EPACTOOL_V3.24
2008-04-15 AUTODESK.AUTOCAD.RASTER.DESIGN.V2009
2008-04-13 AUTODESK.REVIT.ARCHITECTURE.V2009
2008-04-12 AUTODESK.REVIT.STRUCTURE.V2009
2008-04-11 ESI.ProCAST2008 For Windows
2008-04-11 DEFORM 2D V9 SP1
2008-04-10 STFC.DEFORM-3D.V6.1.SP1
2008-04-09 TRIPOS.SYBYL.V8.0.LINUX.IRIX
2008-04-09 DELCAM.ARTCAM.V2008.SP3
2008-04-08 Flowmaster.V7.R1.build.7.5.0
2008-04-08 Bosch.Rexroth.Indraworks.v7.04
2008-04-08 AUTODESK.AUTOCAD.CIVIL.3D.V2009
2008-04-06 EZCAM.EZ-Mill.Turn.v15.0.Cracked
2008-04-06 MoldWorks2008 SP0.1 for SolidWorks
2008-04-05 DELCAM_FEATURECAM_INCL_SOLID_PLUGIN_V14.3
2008-04-05 GibbsCAM.2007.v8.7.13
2008-04-05 ASPENTECH_ASPEN_PIMS_V2006
2008-04-50 ASPENTECH_ASPEN_ORION_V2006
2008-04-05 ASPENTECH_ASPEN_HYSYS_V2006
2008-04-05 ASPENTECH_ASPEN_REFSYS_V2006
2008-04-05 ASPENTECH_ASPEN_ICARUS_V2006
2008-04-05 ASPENTECH_ASPEN_REFSYS_V2006
2008-04-05 ProgeCad_2008_Professional_v8.0.14
2008-04-04 SprutCAM_v4.0.1.30_Expert_Edition
2008-04-03 ALGOR.Designcheck.v21.1.SP1
2008-04-03 Algor.PipePak.v10.2
2008-04-03 ASPENTECH.ASPEN.ENGINEERING.SUITE.V2006
2008-04-03 ASPENTECH.ASPEN.PIMS.FAMILY.V2006
2008-04-03 AUTODESK.QUANTITY.TAKEOFF.V2009
2008-04-02 COADE.CAESAR II V5.0
2008-04-02 Dynasim.Dymola.v7.0
2008-04-02 Sindag.Application.Suite.v2.6
From caxsoft site