Download link :
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Purchase link :
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Product Price : Free

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Description :

Okular PDF Reader V25.11.70
The Universal Document Viewer
Okular is a fast, feature-rich, and completely free, open-source document viewer developed by the KDE community. More than just a PDF reader, it serves as a universal tool for handling a wide variety of document types, making it an excellent alternative to heavier, paid software.
Key Features:
Format Support: It supports a vast array of formats, including PDF, EPub, DjVU, Markdown, and image files (JPEG, PNG, GIF, TIFF, WebP), as well as comic book archives like CBR and CBZ.
Advanced Annotation: Okular’s powerful annotation mode allows users to highlight, underline, and strike through text, add inline or pop-up notes, draw freehand, and insert text boxes and stamps.
Digital Signature Support: Users can view, verify, and even create digital signatures within PDF documents, ensuring file integrity and authenticity.
Efficient Navigation: The interface includes thumbnail and content panels for easy browsing and navigation. A magnifier mode is also available for viewing small text.
Cross-Platform: Okular is a truly cross-platform application, available for Windows, Linux, and macOS, providing a consistent experience across devices.
What Sets It Apart:
Okular is known for its lightweight and fast performance, launching documents quickly while using minimal system resources. It is the first software to receive the "Blue Angel" ecolabel for resource and energy efficiency. As a free and open-source project under the GPLv2+ license, it offers a privacy-first solution with no cost, advertising, or tracking.

Okular PDF Reader V25.11.70

Download link :
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Purchase link :
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Product Price : Free

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Description :

**The Holy Quran – Arabic Digital PDF**

This digital PDF contains a complete Arabic edition of the **Holy Quran (القرآن الكريم)** written according to the **Uthmani script (بالرسم العثماني)**. The edition features the well-known calligraphic work of **Ottoman-script Quran calligrapher Uthman Taha (الخطاط عثمان طه)**, providing a traditional and highly readable Arabic presentation of the Quranic text.

The cover identifies the publication as an edition from **Dar Al-Ma'rifah (دار المعرفة)** in **Damascus, Syria**, with the edition dated **1420 AH**. It also indicates that the publication preserves the rights of the edition and includes the publisher's contact information.

This digital Quran is suitable for **reading, studying, searching, archiving, and personal reference** on computers, tablets, and other PDF-compatible devices. The PDF preserves the traditional appearance of the printed Arabic Quran, including its Arabic calligraphy and page layout.

**Main features:**

* Complete Arabic Holy Quran.
* Uthmani script (الرسم العثماني).
* Calligraphy by Uthman Taha.
* Traditional Arabic Quran layout.
* Published by Dar Al-Ma'rifah, Damascus.
* Edition dated 1420 AH.
* Digital PDF format for convenient reading and archiving.
* Suitable for personal study, research, and Quranic reference.

This digital edition provides a convenient way to access and preserve a traditional Arabic Quran edition in electronic PDF format.

Quran PDF Arabic

Lien de téléchargement de Maya 2026.3 :
https://www.shopcom.tn/product/maya-2026-3/

Autodesk Maya 2026.3: Comprehensive Update Description
Released in November 2025, Autodesk Maya 2026.3 represents a significant mid-cycle update to Autodesk’s premier 3D animation and visual effects software. While the 2026 release introduced major overhauls such as “Animate in Context” and the initial integration of Autodesk Flow, version 2026.3 focuses on deploying substantial new simulation architectures, refining technical rigging workflows, enhancing material pipelines, and improving the animator’s day-to-day efficiency. This update is available to subscribers via the Autodesk Account portal, alongside the simultaneous release of Maya Creative 2026.3, a streamlined, pay-as-you-go version aimed at smaller studios and independent artists.

1. Character Rigging and Technical Animation: Dynamic Geometry Attributes
The marquee feature of Maya 2026.3 for character technical directors (TDs) is the introduction of Dynamic Geometry Attributes. This is a new node-based system designed to analyze, visualize, and utilize surface deformation data at the per-vertex level.

Historically, creating procedural effects driven by skin deformation (such as realistic muscle bulging or dynamic wrinkles) required complex scripting or third-party solutions. Maya 2026.3 addresses this with a native toolset consisting of four primary nodes:

dgaTension: This node measures surface tension by comparing the input geometry against a reference state. It calculates stretch and compression across the mesh, effectively quantifying how much the skin is being pulled or pinched as joints move.

dgaDelta: While dgaTension measures how, dgaDelta measures how much. It computes the precise positional and normal differences between two mesh states (e.g., a relaxed pose vs. a flexed pose), providing exact delta offset vectors for each vertex.

dgaVisualizer: Perhaps the most immediately useful tool for TDs, this node provides real-time visual feedback. It maps the raw data from dgaTension and dgaDelta onto the viewport using customizable color mapping (heat maps). This allows riggers to instantly identify “problem areas” where deformation quality is breaking down or stretching unnaturally.

dgaToArray: This node acts as a bridge to the renderer. It converts the per-vertex deformation data into a format readable by the Arnold MaterialX shading system. This allows artists to drive shader parameters—such as roughness, bump intensity, or subsurface scattering—directly with deformation data. For example, an actor’s forehead can automatically become shinier and more creased when frowning, without manual texture painting.

These features represent a maturation of Maya’s procedural rigging philosophy, moving deformation analysis from an external review process to an integrated, interactive part of the rigging workflow.

2. Animation and Storytelling Workflows
Maya 2026.3 introduces several quality-of-life upgrades for animators, primarily focused on data organization and shot layout.

Graph Editor and Channel Sets
The Graph Editor, the primary interface for fine-tuning animation curves, receives a significant organizational upgrade with Channel Sets.

For decades, animators working on complex characters have had to scroll through hundreds of channels (Left_arm_FK, Right_finger_4, etc.) in the Graph Editor list. Channel Sets allow animators to create custom, color-coded groups of specific channels (e.g., “Spine Controls,” “Facial Mouth,” “Weight Shifts”). This eliminates visual clutter and allows for faster selection of relevant curves. To complement this, a new View > Show Pins toggle has been added, allowing users to hide traditional “pinned” channels in favor of these more sophisticated, savable Channel Sets.

Camera Sequencer and Animate in Context
The Camera Sequencer has been refined to offer a more intuitive shot creation workflow. Layout artists can now create and manage shots directly from the Time Slider context menu, reducing the friction of translating storyboards into 3D layout reels.

Furthermore, the Animate in Context feature (introduced in 2026.0) is made more accessible. A new interactive demo project is now included in the Content Browser. This allows artists to sample Flow-connected shot-based workflows without requiring an active Flow Production Tracking project, lowering the barrier to entry for this non-linear animation methodology.

3. Simulation and Effects: Bifrost 2.15.0.0
The most architecturally significant change in Maya 2026.3 is the debut of Rigid Body Dynamics within Bifrost.

Bifrost Rigid Bodies
Prior to this update, Bifrost excelled at fluids, grains, and aerosols, but solid object destruction required workarounds. Bifrost 2.15.0.0 introduces an initial implementation of rigid body simulations based on the open-source Bullet physics engine. This allows artists to simulate the physical interaction of solid objects—collisions, stacking, and falling. However, the main intent is destruction:

Fracturing: New Boolean and Voronoi fracturing nodes allow users to pre-fracture geometry into hundreds or thousands of pieces.

Simulation: Artists can then “bake” the fracture, using rigid body dynamics to drive the pieces apart upon impact.

While Autodesk describes this as a “basic” implementation suitable for mid-range complexity, it signals a clear roadmap toward unifying Bifrost as a complete physics toolbox within Maya, potentially reducing reliance on third-party destruction plugins for many studios.

Procedural Rigging and Liquids
The Bifrost Graph also sees expansion in its character modules (Spine, Leg, Aim, Variable FK) and a new bipedal graph example. In fluid simulation, new splash and droplet generation nodes allow artists to add secondary surface detail on top of ocean simulations.

4. Look Development and Rendering
LookdevX 1.10.0
LookdevX, Maya’s native MaterialX authoring environment, continues its aggressive development cycle. Version 1.10.0 focuses on standardization and external integration.

Color Management: MaterialX documents now default to the ACEScg color space, aligning with modern VFX and animation pipelines. The color management state of nodes and graphs is now clearly displayed in an information tab.

Generative Textures: While Maya 2026.3 does not contain native generative AI buttons, it introduces a template plugin system for generative textures. Users can now connect external AI texture models (that support the OpenAPI schema) by providing a JSON configuration file. This allows artists to generate textures via prompts directly within the LookdevX interface without writing custom C++ or Python code.

UV Editor Support: MaterialX image and surface nodes are now visible and interactive within the UV Editor, a critical workflow improvement for precise texture placement.

USD for Maya 0.34
The USD plugin introduces the Asset Resolver.

This system automates the resolution of asset paths using search paths and tokens. For pipeline supervisors, this is a major stability upgrade; it reduces the incidence of broken paths and “file not found” errors when moving USD stages between different operating systems or storage servers. Additionally, the default material export target has shifted from the generic USD Preview Surface to MaterialX, reinforcing Autodesk’s commitment to MaterialX as the standard for material interchange.

Arnold for Maya (MtoA) 5.5.4
The integrated renderer receives a performance and stylization boost.

Performance: Global Light Sampling has been optimized, yielding up to 2.5x faster scene rendering. GPU volume rendering is now up to 3.3x faster.

Inference Imager: A new “imager” (a post-processing effect) allows artists to apply ONNX machine learning models to the rendered output. This is primarily intended for stylization (e.g., converting a photorealistic render to an anime or oil painting style) directly in the render pass, rather than in compositing.

5. Platform, Ecosystem, and Fixes
Autodesk Flow 0.11.0
Flow integration is now deeper. The Flow desktop service installs automatically with Maya, enabling persistent background connectivity for collaborative features.

Release Notes and Stability
Maya 2026.3 addresses over a dozen high-priority bugs. Notable fixes include resolving crashes in the Graph Editor on Apple Silicon systems when deleting keys with Infinity enabled, fixing abnormal geometry behavior with Dual Quaternion skinning, and correcting playblast issues related to multiple audio files in the Camera Sequencer.

Known Limitations
Critical known issues include a conflict between MtoA 5.5.4.2 and MaterialX files on Linux, a crash when loading the Delta Node Attribute in the Attribute Editor, and GPU Override incompatibilities with muscle systems.

Maya Creative 2026.3
The “light” version, Maya Creative, receives the same feature set with one major exception: Bifrost 2.15.0.0 is excluded. This maintains the distinction between the full flagship Maya (for high-end VFX) and the accessible, project-based pricing of Maya Creative.

Summary
Autodesk Maya 2026.3 is a balanced update that serves three distinct user bases. For riggers, it provides scientific deformation tools. For FX artists, it opens the door to native destruction workflows. For animators, it cleans up the clutter of the Graph Editor. It solidifies Maya 2026 as an iteration focused not on a singular gimmick, but on the incremental hardening of emerging technologies (USD, MaterialX, Bifrost, Flow) into dependable, daily-driver features.

Maya 2026.3

Lien de téléchargement de 3ds Max 2026.3.2 :
https://www.shopcom.tn/product/3ds-max-2026-3-2/

Autodesk 3ds Max 2026.3.2 Description

Autodesk 3ds Max 2026.3.2 is a point release update for the professional 3D modeling, animation, and rendering software. Released in early February 2026, its primary and critical purpose is to patch a high-severity security vulnerability (CVE-2026-0536 / CVE-2026-0660).

Security Update (Critical)
Versions 2026 through 2026.3.1 contained a stack-based buffer overflow vulnerability when parsing maliciously crafted GIF files. If a user opened a compromised GIF, an attacker could execute arbitrary code on their machine. Version 2026.3.2 resolves this flaw, making it a mandatory update for all users to ensure system and data security.

Core Feature Set (Based on 3ds Max 2026)
Aside from the security patch, 2026.3.2 retains all the major features introduced in the 2026 cycle. It is not a major feature release itself, but rather a stabilization and security update of the 2026 version.

1. OpenPBR Standard
The default material is now OpenPBR. Developed with Adobe, this open-source, physically based shader replaces legacy defaults. It ensures consistency across applications and renders, offers intuitive controls for metal/roughness workflows, and is fully compatible with MaterialX and OpenUSD.

2. Industrialization & USD Workflow

Deep USD Integration: The USD 0.10 plugin is now bundled and pre-installed. A new USD Layer Editor allows direct management of layer hierarchies, mute/lock functions, and USD Light Linking visible in the viewport. This breaks down silos between 3ds Max, Maya, Houdini, and Substance Painter.

Retopology v1.6: The ReForm core algorithm is optimized for speed. Flow Retopology (cloud-based) now allows up to 50 jobs per month. Users can clean high-poly scans or damaged Booleans into quad-based, animation-ready meshes while the cloud processes in the background.

3. Modeling & Usability

Vertex Weld for Splines: Previously limited to meshes, the Vertex Weld modifier now works on splines. It instantly welds open vertices in fonts or imported vector logos, fixing gaps for extrusion/bevel modifiers without manual cleaning.

Preserve Stack Position: A toggle that remembers which modifier you last used on an object. When you select the object again, the stack automatically jumps back to that modifier, drastically speeding up multi-object editing.

Object Search: A search bar is now integrated directly into the Create Panel of the Command Panel, allowing instant location of objects instead of hunting through drop-down menus.

4. Performance

Boolean Modifier: Up to 40% faster (CARVE library).

Displace Modifier: Up to 2.28x faster.

Conform & Array: Up to 40% and 15% faster respectively.

Skin Modifier: Viewport and timeline scrubbing performance improved via optimized multithreading.

5. Rendering (Arnold 7.4)
Ships with MAXtoA 5.8.0. Key gains include transmission_shadow_density for realistic glass shadows and Glossy Global Light Sampling for better small-light performance. Includes new OSL maps: Perlage (watchmaking grooves) and Flow Map Transform (anisotropy control).

6. Animation
Stability fixes for CAT (cloning layers without breaking footprints) and Biped (exact name matching when loading BIP files to retain animation on modified rigs).

Summary
3ds Max 2026.3.2 is identical in features to 3ds Max 2026.3.1, with the sole addition of a critical security patch for GIF parsing. It is the current stable, secure version of the OpenPBR and USD-focused 2026 generation.

3ds Max 2026.3.2

Lien de téléchargement de Rhinoceros V8 SR27 :
https://www.shopcom.tn/product/rhinoceros-v8-sr27/

Rhinoceros 8.27.25357.11371 is a Service Release (SR27) version of the professional 3D modeling software, published in late December 2025 . Identified as a “Moderate” severity update via an MSI installer, it was formally added to patch repositories on January 16, 2026.

Core Description:
This specific build is an iteration of Rhino 8, the NURBS-based modeling platform widely used in industrial design, gaming, and education.

It inherits the major features introduced in the Rhino 8 lineage—such as ShrinkWrap, SubD sharp edges, and Grasshopper datatype enhancements—while implementing specific incremental improvements and bug fixes.

Notable Changes in this Build:

User Interface Adjustment: User reports confirm this version altered the default behavior of the Gumbull align preset. The setting was changed from “Object” alignment (standard in Rhino 7) to “Perspective”. This caused transformation issues for users with multi-monitor setups until the setting was manually reverted.

Stability Context: There is evidence of Grasshopper plugin loading errors (specifically regarding ColoringTypes and csycles assembly version mismatches) occurring on this exact build (8.27.25357.11371). This suggests compatibility friction between the core SR27 update and specific installed components or legacy plugins.

Technical Specifications:

Platform: x64 (64-bit)

File Size: Approximately 680 MB

Release Date: Compiled 2025-12-23; publicly available by 2026-01-16

In summary, this version represents the state of Rhino 8 as of SR27: it includes the suite’s advanced modeling tools but introduced minor UI regressions and faced isolated Grasshopper assembly conflicts during startup.

Rhinoceros V8 SR27

Lien de téléchargement de ArcGIS Pro 3.6 :
https://www.shopcom.tn/product/arcgis-pro-3-6/

ArcGIS Pro 3.6 (Advanced) is a professional desktop GIS application developed by Esri, designed for high‑end spatial analysis, data management, and map production. The “Advanced” (formerly ArcInfo) license level provides full access to all geoprocessing tools, extensions, and capabilities—removing restrictions found at Basic or Standard levels.

Core Capabilities:

Comprehensive Data Integration – Work with local (file geodatabase, shapefile, CAD, raster) and enterprise (mobile, desktop, or enterprise geodatabases) data sources, plus over 100 supported formats. Direct connections to cloud storage (Azure, AWS) and OGC services.

Advanced Editing & Topology – Create, modify, and validate feature geometry with complex topological rules, shared edge editing, and attribute rules for data integrity.

Full Geoprocessing Library – Access 1,000+ analytical tools (including legacy ArcMap tools) spanning suitability modeling, hydrological analysis, network routing, raster algebra, and spatial statistics. Build and share custom Python scripts or models with ModelBuilder.

3D & Imagery – Integrated scene views for 3D visualisation (multipatch, point cloud, BIM). Perform orthomapping, pixel classification, change detection, and deep learning workflows for drone/satellite imagery.

Temporal & Big Data – Visualise and analyze time‑enabled data. Use GeoAnalytics Server (if licensed) for distributed big data processing directly within Pro.

Production Cartography – Produce publication‑ready maps with dynamic text, advanced symbology (including procedural and visual variables), map series (bookmarks, index), and export to vector/rasters or Adobe Illustrator.

Sharing & Automation – Publish web layers, map packages, and geoprocessing services to ArcGIS Enterprise or Online. Automate workflows via Python, Tasks, or Notebooks.

Key Differences from Lower Licenses:

Enables advanced network analysis (turn penalties, route solving), geostatistical interpolation (kriging, cokriging), and raster functions (mosaic, resample, aggregate).

Supports geometric networks, utility network editing, and parcel fabric management.

Grants ability to create and edit topology; create network datasets; perform regression and machine learning tools (e.g., Forest‑based prediction).

System & Integration: Native 64‑bit, multithreaded, GPU‑accelerated (for some raster/3D operations). Integrates with ArcGIS Online/Enterprise, but advanced server functionalities require separate licenses. Works with Python 3 (ArcPy) and R‑bridge.

Target Users: GIS Analysts, data managers, remote sensing specialists, cartographers, and researchers requiring the full depth of Esri’s desktop analysis toolkit without licensing limitations.

While powerful, ArcGIS Pro 3.6 demands robust hardware (8+ GB RAM, dedicated GPU recommended) and familiarity with Esri’s ribbon‑style interface—a change from ArcMap. The Advanced license is typically purchased as part of an organization’s ArcGIS Desktop or Suite license, often alongside extensions (Spatial Analyst, 3D Analyst, etc.), which are not included but fully compatible.

ArcGIS Pro 3.6

Lien de téléchargement de SolidWorks 2023 SP5.0 Premium :
https://www.shopcom.tn/product/solidworks-2023-sp5-0-premium/

DS SolidWorks 2023 SP5.0 Premium is the final service pack release in the 2023 SolidWorks product cycle, offering a mature, stable, and feature-complete version of this leading CAD software. Widely used by engineers, designers, and manufacturers, this version combines powerful 3D modeling tools with advanced simulation, data management, and collaboration features. SP5.0 incorporates numerous bug fixes, performance enhancements, and refinements, ensuring a reliable platform for professional-grade design and engineering projects.

Key Features of SolidWorks 2023 SP5.0 Premium:
1. Advanced 3D Design Tools:
Comprehensive tools for creating detailed 3D parts, assemblies, and surfaces.
Streamlined workflows for large assemblies with improved load and rebuild times.
Enhanced capabilities for sheet metal, weldments, and mold design.
2. Simulation and Validation:
Integrated simulation tools to analyze stresses, deflections, and thermal behaviors.
Improved accuracy and efficiency in finite element analysis (FEA).
Motion studies for kinematic and dynamic analysis of mechanisms.
3. Manufacturing Integration:
CAM tools integrated for CNC programming and toolpath generation.
Support for additive manufacturing with precise 3D printing previews.
Enhanced tools for creating detailed manufacturing drawings.
4. Collaboration and Data Management:
Robust integration with SolidWorks PDM for secure file management and version control.
Cloud-enabled collaboration features for sharing designs and collecting feedback.
Improved handling of lightweight models for collaborative design reviews.
5. Enhanced User Interface:
Customizable toolbars and menus for optimized workflows.
Advanced command search and shortcut options for faster navigation.
Improved visual feedback for selection and editing of complex geometries.
6. Performance and Stability:
Optimized GPU acceleration for real-time rendering and visualization.
Reduced memory usage for large assemblies and complex simulations.
Fixes for known issues from earlier 2023 service packs.
7. Interoperability and File Handling:
Improved import/export support for STEP, IGES, DXF/DWG, and 3MF files.
Enhanced compatibility with other CAD platforms for seamless collaboration.
Advanced tessellation for better quality in STL and 3D printing outputs.
8. SP5.0-Specific Updates:
Resolutions for critical bugs and issues identified in previous service packs.
Performance tuning for faster, more reliable operation.
Updates to support the latest hardware and operating systems.
Applications:
SolidWorks 2023 SP5.0 Premium is ideal for professionals in:

Mechanical Engineering: For creating detailed machine designs and assemblies.
Product Development: Supporting ergonomic and aesthetic design considerations.
Aerospace and Automotive Industries: For precise, lightweight, and efficient components.
Manufacturing: For preparing production-ready parts and supporting CAM workflows.
System Requirements:
To ensure optimal performance, the following system specifications are recommended:

Operating System: Windows 10 64-bit or newer.
Processor: Multi-core processor (Intel or AMD) with 64-bit architecture.
RAM: 16 GB minimum (32 GB recommended for large projects).
Graphics Card: Certified GPU for CAD applications, such as NVIDIA Quadro or AMD Radeon Pro.
Storage: SSD with 10 GB or more of free space for installation.
This service pack offers a polished and reliable platform with all the functionality needed to handle complex design, analysis, and manufacturing workflows. SolidWorks 2023 SP5.0 Premium is an excellent choice for professionals seeking stability and maximum performance in their design tasks.

SolidWorks 2023 SP5.0 Premium

Lien de téléchargement de AutoCAD 2027 :
https://www.shopcom.tn/product/autocad-2027/

Description :

AutoCAD 2027 : Design Every Detail with Precision and Intelligence

AutoCAD 2027 is the latest release of the industry-leading CAD software, empowering architects, engineers, and designers to create precise 2D drawings and intelligent 3D models. Building on decades of innovation, this version focuses on automation, collaboration, and specialized toolsets to help you bring ideas to life faster than ever.

Key Features

1. Streamlined 2D Drafting
Create and edit complex floor plans, schematics, and layouts with unparalleled accuracy. The enhanced Smart Dimensioning now uses AI to predict the correct annotation type, automatically applying tolerances and constraints based on your drawing context. The Block Palette has been redesigned for drag-and-drop efficiency, with real-time cloud access to thousands of dynamic blocks.

2. Powerful 3D Modeling
Model solids, surfaces, and meshes with ease. AutoCAD 2027 introduces Adaptive Subdivision Modeling, allowing you to push and pull faces, edges, and vertices with real-time curvature adjustment—perfect for organic shapes and ergonomic designs. The History Viewer tracks every modification, letting you roll back to any previous state or compare design iterations side-by-side.

3. Automation with Machine Learning
The new Auto-Constrain Assistant analyzes your rough sketches and converts them into fully constrained geometry with a single click. Pattern Recognition learns your repetitive commands (e.g., layering, hatching, or dimensioning) and offers to automate them as macros. The Purge Suggestions tool proactively identifies orphaned data, unused blocks, and nested references to keep your file sizes lean.

4. Collaborative Design Hub
Connect your desktop to the cloud seamlessly. The Shared Views feature now supports live annotations and markup resolution—when a colleague marks a redline, you see the change instantly in your drawing. Activity Insights provides a timeline of who changed what and when, making team coordination effortless.

5. Specialized Toolsets (Included)
Get seven industry-specific toolsets with your subscription:

Architecture: Generate floor plans, elevations, and schedules automatically.

Mechanical: Create bill of materials (BOM) and standard parts libraries.

Electrical: Design control circuits and panel layouts.

Map 3D: Integrate GIS data and infrastructure mapping.

Plant 3D: Model process plants with spec-driven components.

MEP: Draft HVAC, piping, and electrical systems.

Raster Design: Convert scanned images into editable vector geometry.

6. Performance & Compatibility

Faster Save/Open: Up to 30% improvement for drawings with large xrefs.

GPU-Accelerated Pan/Zoom: Smooth navigation even in 3D orbit mode.

DWG Compare 2.0: Highlights differences between revisions using color-coded overlays.

Backward & Forward Compatible: Open, edit, and save back to AutoCAD 2018 format without data loss.

7. Smart Customization
The Enhanced AutoLISP editor now includes syntax highlighting, debugger breakpoints, and a library of pre-built AI functions. Actions Recorder lets you record sequences of commands and replay them across multiple drawings without writing a single line of code.

System Requirements (Windows)

64-bit OS: Windows 10 or 11

Processor: 3+ GHz (4+ cores recommended)

RAM: 16 GB (32 GB for 3D modeling)

Graphics: 4 GB VRAM, DirectX 12 compliant

Storage: 12 GB SSD (plus 10 GB for toolsets)

Why Upgrade to AutoCAD 2027?

Save time: AI-driven automation reduces manual cleanup by up to 40%.

Reduce errors: Smart constraints catch geometric inconsistencies before plotting.

Work anywhere: Web and mobile apps let you view, edit, and share DWG files from a browser or tablet.

Stay current: Continuous updates deliver new features every quarter, not once a year.

AutoCAD 2027 is not just a tool—it’s a design partner. From skyscrapers to microchips, from product packaging to city infrastructure, it gives you the precision to execute and the flexibility to innovate. Whether you are a seasoned professional or a student just starting, AutoCAD 2027 adapts to your workflow and grows with your skills.

AutoCAD 2027

Lien de téléchargement de SolidWorks 2024 SP1.0 Premium :
https://www.shopcom.tn/product/solidworks-2024-sp1-0-premium/

DS SolidWorks 2024 SP1.0 Premium is a robust version of Dassault Systèmes’ advanced CAD software designed for professional engineers, designers, and manufacturers. This service pack builds upon the initial release of SolidWorks 2024, introducing essential fixes, performance optimizations, and incremental enhancements aimed at improving usability, stability, and overall efficiency.

Key Features of SolidWorks 2024 SP1.0 Premium:
1. Comprehensive 3D Design Tools:
Advanced parametric modeling capabilities for parts and assemblies.
Tools for creating intricate surface models, sheet metal parts, and weldments.
Large assembly management improvements for smoother handling of complex designs.
2. Integrated Simulation Tools:
Simulation features to test designs under real-world conditions.
Structural, motion, and thermal analysis integrated into the design process.
Improved solver stability and enhanced meshing algorithms.
3. Manufacturing-Ready Features:
Advanced CAM tools for CNC programming directly from SolidWorks models.
Enhanced support for mold design, weldments, and sheet metal.
Refinements in automatic feature recognition for manufacturing processes.
4. Collaboration and Data Management:
Improved integration with SolidWorks PDM for better version control and teamwork.
Easy export of models for sharing with stakeholders in neutral formats such as STEP, IGES, and PDF.
Collaboration enhancements for cloud-based file sharing and real-time feedback.
5. User Experience Improvements:
Optimized interface with better customization options for toolbars and commands.
Enhancements in search functionality for commands and help topics.
Streamlined workflows for repetitive tasks, reducing design time.
6. Performance and Stability:
Faster file loading and saving, especially for large assemblies and complex parts.
Improved rendering performance for real-time visualization.
Bug fixes addressing stability issues reported in the 2024 release.
7. File Import/Export and Interoperability:
Better support for industry-standard file formats like DXF, DWG, and STL.
Compatibility with other Dassault Systèmes platforms and third-party software.
Faster and more reliable data exchange with external systems.
8. SP1.0-Specific Enhancements:
Resolutions for key issues identified in the initial 2024 release.
Refinements to tools for smoother operation and higher accuracy.
Updated documentation and user support resources.
Applications:
SolidWorks 2024 SP1.0 Premium is widely used in:

Product Design: For designing innovative consumer products.
Engineering: In fields like mechanical, aerospace, and automotive engineering.
Manufacturing: For creating production-ready models and tools.
Research and Development: Supporting prototyping and experimental designs.
System Requirements:
For optimal use, your system should meet these specifications:

Operating System: Windows 10 64-bit or newer.
Processor: Multi-core processor (Intel or AMD) with 64-bit support.
RAM: 16 GB (32 GB recommended for large projects).
Graphics Card: Certified GPU for CAD applications.
Storage: SSD with at least 10 GB of free space for installation.
This release is ideal for users who want a stable, high-performance version of SolidWorks with essential updates from the initial 2024 rollout, ensuring efficient workflows and reliable operation for complex design and engineering tasks.

SolidWorks 2024 SP1.0 Premium

Lien de téléchargement de SolidWorks 2024 SP2.0 Premium :
https://www.shopcom.tn/product/solidworks-2024-sp2-0-premium/

DS SolidWorks 2024 SP2.0 Premium is a feature-rich version of Dassault Systèmes’ flagship CAD software, offering robust tools for 3D modeling, simulation, and design management. As a service pack (SP2.0) update within the 2024 release cycle, it brings refinements, new features, and bug fixes to enhance performance, usability, and reliability compared to earlier versions.

Key Features of SolidWorks 2024 SP2.0 Premium:
1. 3D CAD Design:
Comprehensive tools for creating detailed 3D models, assemblies, and part designs.
Enhanced parametric and feature-based modeling for more efficient workflows.
Improvements in working with large assemblies and complex geometries.
2. Simulation and Validation:
Tools for conducting stress, thermal, and motion analyses integrated within the design environment.
Enhanced finite element analysis (FEA) for better prediction of design behavior under various conditions.
Real-time simulation updates with improved accuracy.
3. CAM and Manufacturing Integration:
Advanced tools for CAM operations, supporting CNC programming directly from CAD models.
Refined features for sheet metal design, mold creation, and weldments.
4. Data Management and Collaboration:
Compatibility with SolidWorks PDM for secure, efficient version control and collaboration.
Improved cloud collaboration options to connect teams across locations.
Easier sharing of designs with non-CAD users through lightweight file formats.
5. Performance Improvements:
Faster file opening, rebuilding, and saving, especially for large assemblies.
Optimized GPU utilization for smoother model manipulation and rendering.
Reduced memory usage for complex models.
6. User Experience Enhancements:
Updated user interface for easier navigation and customization.
Enhanced shortcut and command search functionality.
Improvements in multi-monitor support and interface responsiveness.
7. File Import/Export:
Better interoperability with industry-standard formats (e.g., STEP, IGES, DXF, DWG).
Improved support for exchanging data with other CAD tools.
Faster file conversion for large assemblies.
8. Service Pack-Specific Updates:
Fixes for bugs reported in earlier releases of the 2024 cycle.
Stability and reliability enhancements for core tools.
Compatibility updates for hardware and operating systems.
Applications:
SolidWorks 2024 SP2.0 Premium is designed for industries requiring precision design, including:

Mechanical Engineering: For machinery and product design.
Aerospace and Automotive: For complex part and assembly modeling.
Consumer Product Design: For ergonomic and aesthetic product development.
Manufacturing: For creating production-ready designs and supporting CAM.
System Requirements:
For optimal performance, the following system specifications are recommended:

Processor: Intel or AMD multi-core processor with 64-bit support.
RAM: 16 GB minimum (32 GB recommended for larger models).
Graphics Card: Certified graphics card for CAD applications.
Operating System: Windows 10 64-bit or newer.
Storage: SSD with at least 10 GB of free space for installation.
This release is ideal for designers and engineers looking for stable and high-performing CAD software, with improvements tailored to streamline workflows and elevate productivity.

SolidWorks 2024 SP2.0 Premium

Lien de téléchargement de SolidWorks 2024 SP3.1 Premium :
https://www.shopcom.tn/product/solidworks-2024-sp3-1-premium/

Overview of DS.SolidWorks 2024 SP3.1 Premium

DS.SolidWorks 2024 SP3.1 Premium refers to the Premium tier of the SOLIDWORKS 2024 release, specifically the Service Pack 3.1 (SP3.1) version. Here’s what that means:

SOLIDWORKS Premium is the highest tier in the SOLIDWORKS product line, offering advanced CAD capabilities—such as advanced surfacing, assembly modeling, simulation, motion, and routing—beyond what Standard or Professional provide.

SP3.1 (Service Pack 3.1) represents incremental updates that improve the software’s reliability, compatibility, and security, as well as bug fixes and minor enhancements. It’s applied to the base SOLIDWORKS 2024 release.

Key Enhancements in SP3.1

According to the “What’s New in SOLIDWORKS 2024 SP3-FD03” documentation, notable enhancements include :

SOLIDWORKS PDM Add-In for SOLIDWORKS Connected: Allows integration with SOLIDWORKS PDM when using the 3DEXPERIENCE platform.

Improved Licensing for Flow Simulation and Plastics Add-Ins within SOLIDWORKS Connected.

File Preparation Assistant: Adds extra checks, including detection of files older than SOLIDWORKS 2021.

Make From Relationship: Enables linking parts to physical product versions using the “Make From” tab in the Information panel.

Annotation Enhancements: Approval details now visible in drawing annotations via 3DPlay or 3DMarkup.

3DDrive Sync Client Installation: Option available when opening files from 3DDrive with “Design with SolidWorks.”

Latest Template Syncing: Only the newest revision of templates is downloaded from the 3DEXPERIENCE platform.

Virtual Component Deletion: Authors can now delete virtual parts/assemblies.

3DSwym Access: Launch 3DSwym app and view notifications directly from the SOLIDWORKS task pane.

Material Assignment Sync: Applied materials in SOLIDWORKS now replicate properly on the 3DEXPERIENCE platform.

SW RX Maintenance Updates: Two new tasks added to the Maintenance tab in SOLIDWORKS RX.

Broader Context: SOLIDWORKS 2024 Innovations

While SP3.1 focuses on connectivity and platform integration, the broader SOLIDWORKS 2024 release (regardless of SP level) includes key feature enhancements aimed at boosting productivity and collaboration

Work Smarter: Efficiencies like model defeaturing, associatively inserting assemblies into parts, and including units in table properties.

Backward Compatibility: Ability to save files to versions up to two years older for collaboration flexibility.

Assembly & Part Enhancements:

Make multibody parts from assemblies.

Simplify large assemblies with silhouette defeaturing.

Drawing Improvements:

Enhanced chain dimensioning and standards compliance.

Better DXF exports with options to exclude hidden sketches.

Cloud & Collaboration: Expanded Cloud Services for file sharing, markup, storage, and review.

SolidWorks 2024 SP3.1 Premium

Lien de téléchargement de SolidWorks 2024 SP4.0 Premium :
https://www.shopcom.tn/product/solidworks-2024-sp4-0-premium/

DS SolidWorks 2024 SP4.0 Premium is a high-end computer-aided design (CAD) and engineering software developed by Dassault Systèmes. It is part of the SolidWorks suite, widely used in industries such as manufacturing, aerospace, automotive, and product design. This version brings enhancements and tools tailored for engineers and designers to improve productivity, streamline workflows, and create highly detailed 3D models.

Key Features and Enhancements in SolidWorks 2024 SP4.0 Premium:
Advanced 3D CAD Capabilities:
Support for creating complex parts and assemblies with advanced modeling tools.
Enhanced parametric design features for faster iterations.
Simulation Tools:
Integrated tools for structural, thermal, and motion analysis.
Improved finite element analysis (FEA) capabilities for more accurate simulations.
CAM and Manufacturing:
Enhanced CNC programming tools for precision manufacturing.
Improved toolpath generation and verification.
Data Management:
Integration with PDM (Product Data Management) systems for secure file sharing and version control.
Improved collaboration features for distributed teams.
Enhanced User Interface:
Refined navigation and tool arrangement for better usability.
Improved support for multi-monitor setups.
Interoperability and File Handling:
Better compatibility with other CAD formats, including STEP, IGES, and DWG.
Updated import/export capabilities for seamless integration with other software.
New Add-ins and Plug-ins:
Additional tools for specific industries, such as mold design and sheet metal fabrication.
Improved API for developers looking to create custom applications or add-ons.
Performance Enhancements:
Optimized for modern hardware with faster load times and improved stability.
Better GPU acceleration for rendering and visualization.
System Requirements:
To utilize the full capabilities of SolidWorks 2024 SP4.0 Premium, your system should meet or exceed the following specifications:

Processor: Multi-core processor, preferably Intel or AMD with 64-bit support.
RAM: 16 GB minimum (32 GB recommended).
Graphics Card: Certified GPU for CAD applications (e.g., NVIDIA Quadro or AMD Radeon Pro series).
Operating System: Windows 10 64-bit or later.
Storage: SSD with sufficient space for installation (10 GB or more).
Applications:
SolidWorks 2024 SP4.0 Premium is suited for professionals in:

Mechanical design.
Product development.
Engineering analysis.
Prototyping and manufacturing.

SolidWorks 2024 SP4.0 Premium

Lien de téléchargement de SolidWorks 2024 SP5.0 Premium :
https://www.shopcom.tn/product/solidworks-2024-sp5-0-premium/

DS SolidWorks 2024 SP5.0 Premium
Comprehensive CAD and Engineering Suite for Professional Product Development

DS SolidWorks 2024 SP5.0 Premium is an advanced computer-aided design (CAD) and engineering solution developed by Dassault Systèmes. As the final service pack in the 2024 release cycle, SP5.0 delivers a mature, stable, and performance-optimized platform for professionals across mechanical engineering, aerospace, automotive, consumer products, and manufacturing industries.

With robust 3D modeling tools, integrated simulation, CAM capabilities, and seamless collaboration features, SolidWorks 2024 SP5.0 enables teams to innovate, validate, and bring products to market faster and with greater accuracy.

Key Features and Highlights in SolidWorks 2024 SP5.0 Premium
Advanced 3D CAD and Design Tools
Precise modeling of complex parts, assemblies, and 2D technical drawings
Enhanced parametric design for quick updates and design variations
Efficient large assembly performance with faster rebuilds and file handling
Simulation and Analysis
Built-in tools for structural, dynamic, and thermal simulation
Accurate motion analysis for mechanical systems and assemblies
Integration with SOLIDWORKS Simulation and Simulation Premium for detailed validation
Manufacturing and CAM Integration
Includes SOLIDWORKS CAM Standard for integrated CNC programming
Full support for sheet metal, weldments, and mold design
Streamlined design-to-manufacturing workflows for production readiness
Data Management and Collaboration
Integration with SOLIDWORKS PDM Standard for secure file control
Improved performance for collaborative work in shared environments
Compatibility with the 3DEXPERIENCE platform for cloud-enabled teamwork
User Interface and Workflow Enhancements
Refined UI for better navigation and customization
Enhanced support for high-DPI and multi-monitor displays
User-defined environments and shortcuts for tailored workflows
File Interoperability and Compatibility
Support for all major CAD file types: STEP, IGES, DXF, DWG, Parasolid
Improved import/export reliability across multi-CAD platforms
Optimized file stability for large and complex assemblies
Performance and Reliability
SP5.0 focuses on long-term stability and minimized system crashes
Memory usage optimizations for handling heavy design workloads
Improved graphics responsiveness and model rendering
Recommended System Requirements
Processor: 64-bit multi-core CPU (Intel or AMD)
RAM: 16 GB minimum (32 GB recommended)
Graphics Card: Certified professional GPU (NVIDIA Quadro / AMD Radeon Pro)
Operating System: Windows 10 or Windows 11 (64-bit)
Storage: SSD with 20 GB+ free space
Applications
SolidWorks 2024 SP5.0 Premium is ideal for:

Mechanical design and industrial product development
Simulation and validation of real-world performance
CNC toolpath generation and manufacturing readiness
Multi-disciplinary collaboration and design data management

SolidWorks 2024 SP5.0 Premium

Lien de téléchargement de SolidWorks 2025 SP1.1 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp1-1-premium/

DS SolidWorks 2025 SP1.1 Premium is a comprehensive computer-aided design (CAD) and engineering platform from Dassault Systèmes, designed for professionals who require advanced 3D modeling, simulation, and product development tools. It is widely used in industries such as mechanical engineering, aerospace, automotive, industrial equipment, and consumer products, providing the flexibility and precision needed for innovative product design.

The SP1.1 release focuses on stability improvements, performance optimization, and enhanced workflow features, ensuring smoother operations during the early adoption of SolidWorks 2025.

Key Features and Highlights in SolidWorks 2025 SP1.1 Premium
Advanced 3D CAD and Design Tools
Create complex parts, assemblies, and detailed 2D drawings with professional-grade accuracy.
Improved parametric modeling for quick design updates and flexible configurations.
Enhanced large assembly management for faster navigation and reduced opening times.
Simulation and Validation
Integrated tools for structural, motion, and thermal analysis to ensure design accuracy.
Motion simulation improvements for evaluating mechanisms and kinematics.
More reliable finite element analysis (FEA) results for design verification.
Manufacturing and CAM Features
Includes SOLIDWORKS CAM Standard for CNC programming and automated toolpath generation.
Comprehensive support for sheet metal, weldment, and mold design workflows.
Improved design-to-manufacturing integration for efficient production planning.
Data Management and Collaboration
Seamless integration with SOLIDWORKS PDM Standard for file version control and secure collaboration.
Performance optimizations for managing large assemblies and multi-user environments.
Cloud-enabled sharing via the 3DEXPERIENCE platform for distributed project teams.
User Interface and Workflow Efficiency
Refined UI with improved icons, panels, and navigation for productivity.
Multi-monitor and high-DPI support for modern workstation setups.
Customizable workspaces to align with specific project requirements.
Interoperability and File Handling
Broad compatibility with CAD formats including STEP, IGES, DXF, and DWG.
Enhanced import/export functions for multi-CAD workflows.
Improved file stability and reduced errors when handling large assemblies.
Performance and Reliability
SP1.1 delivers critical stability updates, reducing unexpected interruptions.
Optimized resource usage for large and complex project handling.
Faster load times and smoother design navigation for daily productivity.
Recommended System Requirements
Processor: Multi-core 64-bit CPU (Intel or AMD)
RAM: 16 GB minimum (32 GB or more recommended for large assemblies)
Graphics Card: Professional GPU (NVIDIA Quadro or AMD Radeon Pro, certified)
Operating System: Windows 10 or 11 (64-bit)
Storage: SSD with 20 GB or more free space
Applications
SolidWorks 2025 SP1.1 Premium is ideal for:

Mechanical product design and 3D modeling
Simulation, validation, and design testing
Manufacturing and CNC preparation
Collaborative engineering and product development

SolidWorks 2025 SP1.1 Premium

Lien de téléchargement de SolidWorks 2025 SP1.2 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp1-2-premium/

DS SolidWorks 2025 SP1.2 Premium is a high-end computer-aided design (CAD) and engineering software developed by Dassault Systèmes. It is part of the SolidWorks suite and continues to be a leading choice for professionals in industries such as manufacturing, aerospace, automotive, and product design. This version introduces new features and improvements aimed at enhancing design accuracy, improving performance, and accelerating product development workflows.

Key Features and Enhancements in SolidWorks 2025 SP1.2 Premium:
Advanced 3D CAD Capabilities:

Comprehensive tools for creating complex 3D parts and assemblies.
Improved parametric modeling features for faster and more flexible design updates.
Enhanced support for configurations and design variations.
Simulation Tools:

Integrated simulation capabilities for structural, motion, and static analysis.
Enhanced motion simulation for dynamic systems with time-based analysis.
Improved results visualization and accuracy for better design validation.
CAM and Manufacturing:

Enhanced SOLIDWORKS CAM Standard for CNC programming and toolpath generation.
Advanced features for mold, sheet metal, and weldment design.
Improved integration of manufacturing data and cost estimation tools.
Data Management:

Optimized integration with SOLIDWORKS PDM for better file management and version control.
Faster check-in/check-out operations and improved collaboration tools for teams.
Compatibility with the 3DEXPERIENCE platform for cloud-based data sharing and project management.
Enhanced User Interface:

Refined UI for better navigation and improved productivity.
Customizable toolbars and workspaces for a personalized experience.
Support for high-resolution displays and multi-monitor setups.
Interoperability and File Handling:

Extended compatibility with standard CAD formats including STEP, IGES, DXF, and DWG.
Enhanced import/export options for seamless integration with other engineering tools.
Improved support for handling large assemblies and complex file structures.
New Add-ins and Plug-ins:

Additional tools for specialized workflows such as electrical routing and piping.
Updated APIs and support for custom add-ins tailored to specific industries.
Enhanced integration of third-party plug-ins for extended functionality.
Performance Enhancements:

Faster loading times and improved responsiveness when working with large assemblies.
Better GPU utilization for accelerated graphics and real-time visualization.
Stability improvements for a smoother and more reliable design experience.
System Requirements:
To fully leverage SolidWorks 2025 SP1.2 Premium, the recommended system specifications include:

Processor: Multi-core CPU with 64-bit support (Intel or AMD).
RAM: Minimum 16 GB (32 GB or more recommended for large projects).
Graphics Card: Certified professional GPU (e.g., NVIDIA Quadro or AMD Radeon Pro).
Operating System: Windows 10 or 11 (64-bit).
Storage: Solid State Drive (SSD) with at least 20 GB of free space.
Applications:
SolidWorks 2025 SP1.2 Premium is ideal for professionals in:

Mechanical design and engineering.
Product development and prototyping.
Simulation and design validation.
Manufacturing and fabrication planning.

SolidWorks 2025 SP1.2 Premium

Lien de téléchargement de SolidWorks 2025 SP2.0 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp2-0-premium/

DS SolidWorks 2025 SP2.0 Premium is a powerful, professional-grade computer-aided design (CAD) and engineering solution developed by Dassault Systèmes. It is designed for engineers, designers, and manufacturers seeking advanced tools for 3D modeling, simulation, product validation, and manufacturing preparation.

The SP2.0 release delivers refined performance, reliability improvements, and workflow optimizations to accelerate product design and development in industries like aerospace, automotive, industrial machinery, and consumer products.

Key Features and Enhancements in SolidWorks 2025 SP2.0 Premium
Advanced 3D CAD Capabilities
Professional tools for creating complex 3D parts, assemblies, and engineering drawings.
Enhanced parametric modeling for fast design updates and variant configurations.
Improved handling of large assemblies, ensuring smooth navigation and reduced load times.
Integrated Simulation Tools
Structural, motion, and thermal analysis tools to validate designs under real-world conditions.
Enhanced motion simulation for mechanisms and kinematics.
Improved accuracy and visualization for finite element analysis (FEA) results.
CAM and Manufacturing Workflows
SOLIDWORKS CAM Standard for integrated CNC programming and automated toolpath creation.
Expanded tools for sheet metal, weldments, and mold design.
Optimized integration between design and manufacturing for cost and production efficiency.
Data Management and Collaboration
Full SOLIDWORKS PDM Standard integration for secure version control and efficient team collaboration.
Performance improvements for check-in/check-out of complex assemblies.
Cloud-ready integration with the 3DEXPERIENCE platform for project sharing and lifecycle management.
User Interface and Productivity
Streamlined interface for faster design workflows.
Customizable environments with support for high-DPI and multi-monitor setups.
Simplified access to frequently used tools for better productivity.
File Handling and Interoperability
Broad support for major CAD formats such as STEP, IGES, DXF, and DWG.
Enhanced import/export performance for large and multi-body projects.
Improved compatibility with third-party engineering software for collaborative workflows.
Performance and Stability Enhancements
SP2.0 focuses on performance optimizations, reducing delays in opening, saving, and rendering complex projects.
GPU acceleration improvements for smooth real-time visualization.
Increased stability for long design sessions and complex assemblies.
Recommended System Requirements
Processor: Multi-core 64-bit CPU (Intel or AMD)
RAM: 16 GB minimum (32 GB or more recommended for large assemblies)
Graphics Card: Certified professional GPU (NVIDIA Quadro or AMD Radeon Pro)
Operating System: Windows 10 or 11 (64-bit)
Storage: SSD with at least 20 GB of free space
Applications
Ideal for professionals engaged in:

Mechanical design and engineering
3D product development and prototyping
Simulation and validation of mechanical components
Manufacturing, fabrication, and production planning

SolidWorks 2025 SP2.0 Premium

Lien de téléchargement de SolidWorks 2025 SP3.0 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp3-0-premium/

DS SolidWorks 2025 SP3.0 Premium is a high-end computer-aided design (CAD) and engineering software developed by Dassault Systèmes. As part of the SolidWorks suite, it remains a top choice for professionals in industries such as manufacturing, aerospace, automotive, and product design. This Service Pack 3.0 release focuses on performance improvements, workflow efficiency, and enhanced stability, helping engineers accelerate product development and ensure design accuracy.

Key Features and Enhancements in SolidWorks 2025 SP3.0 Premium
Advanced 3D CAD Capabilities
Comprehensive tools for creating complex parts, assemblies, and detailed drawings.
Enhanced parametric and direct modeling for faster and more flexible design updates.
Improved handling of large assemblies and multiple configurations for efficient project management.
Simulation Tools
Integrated tools for structural, motion, and thermal analysis.
Enhanced motion simulation and dynamic system evaluation with improved visualization.
Accurate design validation to reduce prototyping costs and shorten time-to-market.
CAM and Manufacturing
Includes SOLIDWORKS CAM Standard for CNC programming and automatic toolpath generation.
Expanded capabilities for sheet metal, weldments, and mold design.
Improved manufacturing cost estimation and better integration of design-to-manufacturing workflows.
Data Management and Collaboration
Seamless integration with SOLIDWORKS PDM Standard for secure version control and team collaboration.
Faster check-in/check-out operations for large project files.
3DEXPERIENCE platform connectivity for cloud-enabled sharing, review, and project tracking.
User Interface and Usability
Refined interface for faster navigation and increased productivity.
Customizable workspaces and toolbars to match specific design workflows.
Full support for high-resolution displays and multi-monitor setups.
Interoperability and File Handling
Supports all major CAD and neutral file formats including STEP, IGES, DXF, and DWG.
Improved import/export tools for compatibility with other engineering software.
Optimized handling of large assemblies and multi-part projects.
New Add-ins and Extended Workflows
Built-in tools for electrical routing, piping, and tubing for specialized industries.
Updated APIs and add-in support for automation and customization.
Better integration with third-party plug-ins to expand functionality.
Performance and Stability Enhancements
Faster load times and smoother navigation for complex assemblies.
Improved GPU utilization for real-time visualization and graphics performance.
Service Pack 3.0 delivers critical stability improvements to ensure a reliable design experience.
System Requirements (Recommended)
Processor: Multi-core 64-bit CPU (Intel or AMD)
RAM: 16 GB minimum (32 GB recommended for large projects)
Graphics Card: Professional GPU (NVIDIA Quadro or AMD Radeon Pro, certified)
Operating System: Windows 10 or 11 (64-bit)
Storage: SSD with at least 20 GB free space
Applications
SolidWorks 2025 SP3.0 Premium is ideal for professionals in:

Mechanical design and engineering
Product development and prototyping
Simulation and design validation
Manufacturing and fabrication planning

SolidWorks 2025 SP3.0 Premium

Lien de téléchargement de SolidWorks 2025 SP4.0 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp4-0-premium/

DS SolidWorks 2025 SP4.0 Premium is a major release of one of the world’s leading 3D CAD (Computer-Aided Design) software solutions, developed by Dassault Systèmes. The “SP4.0” denotes Service Pack 4.0, which is a significant update that includes performance enhancements, bug fixes from previous versions, and sometimes new minor features, making it a stable and refined version of the initial 2025 release.

The “Premium” package is the most comprehensive tier of SolidWorks, bundling the core professional 3D CAD capabilities with advanced simulation, motion analysis, rendering, and data management tools into a single, powerful suite.

Key Components & Core Capabilities
The Premium package includes all features of Standard and Professional, plus:

1. Core 3D CAD & Modeling:

Part & Assembly Modeling: Create complex 3D models and massive assemblies with powerful tools for mates, patterns, and configurations.

Drawing & Detailing: Automatically generate 2D engineering drawings, bill of materials (BOMs), and annotations directly from 3D models.

Sheet Metal & Weldments: Specialized environments for designing sheet metal parts and structural frames.

2. Advanced Simulation & Analysis (SolidWorks Simulation):

Static Stress Analysis: Test parts and assemblies under load to determine stress, strain, and displacement.

Frequency Analysis: Calculate natural frequencies and mode shapes to avoid resonance.

Fatigue Analysis: Predict the lifecycle of a component under repeated loading conditions.

Thermal Analysis: Simulate heat transfer and temperature distributions.

Topology Study: Optimize part geometry to reduce weight while maintaining strength.

Linear Dynamic Analysis: Analyze the response to time-varying loads.

3. Motion Analysis:

An advanced tool that goes beyond basic mates to simulate the physical movement of assemblies, accounting for forces, springs, dampers, and gravity to calculate velocities, accelerations, and reaction forces.

4. Photo-Realistic Rendering (SolidWorks Visualize):

A standalone application that uses the power of your GPU to create high-quality, photorealistic images, animations, and 360-degree panoramas of your models.

5. Reverse Engineering (ScanTo3D):

Tools to import and work with scan data from 3D scanners, allowing you to create editable, parametric solid models from mesh data (point clouds).

6. Advanced Pipe & Routing:

Automated tools for designing complex systems of pipes, tubes, and electrical cables within assemblies.

7. Sustainability (Xpress):

Helps designers assess the environmental impact of their designs by comparing materials and manufacturing processes in terms of carbon footprint, energy consumption, and more.

8. Data Management (SolidWorks PDM Standard):

An integrated product data management system that helps teams manage design data, control revisions, track versions, and securely store files.

Who is it for?
SolidWorks 2025 SP4.0 Premium is designed for engineering and design professionals who need an all-in-one solution beyond basic 3D modeling. It is ideal for:

Mechanical Engineers & Designers

Product Designers

R&D Departments

Manufacturing Companies

Engineering Consultants

It is particularly valuable for users who need to validate their designs through simulation directly within their CAD environment, create complex mechanical systems, and produce high-quality visualizations for marketing or client approval.

Summary
In essence, DS SolidWorks 2025 SP4.0 Premium is a mature, feature-complete, and powerful engineering platform. It empowers users to take a product from initial concept and detailed design, through simulation and validation, and finally to manufacturing and presentation, all within a tightly integrated system. The SP4.0 update ensures that users benefit from the latest stability and performance improvements.

SolidWorks 2025 SP4.0 Premium

Lien de téléchargement de SolidWorks 2025 SP4.1 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp4-1-premium/

DS SolidWorks 2025 SP4.1 Premium is the latest, most refined version of the flagship 3D CAD software from Dassault Systèmes. The “SP4.1” designation stands for Service Pack 4.1, a cumulative update that delivers enhanced stability, performance optimizations, and resolutions for issues identified since the initial 2025 release. This makes it the most reliable and recommended version for professional use.

The “Premium” tier represents the most extensive package available, integrating robust 3D mechanical design capabilities with advanced simulation, visualization, data management, and productivity tools into a single, unified suite.

Key Components & Core Capabilities
The Premium package is an all-in-one solution that includes the full functionality of SolidWorks Standard and Professional, plus these advanced modules:

1. Core 3D CAD & Modeling:

Part & Assembly Modeling: Industry-leading tools for creating complex 3D parts and managing large, intricate assemblies with advanced mates, patterns, and configurations.

Drawing & Detailing: Automatically generate detailed 2D engineering drawings, including associative bill of materials (BOMs), dimensions, and annotations.

Sheet Metal & Weldments: Dedicated environments for designing sheet metal components with flat patterns and structural weldments.

2. Advanced Simulation & Analysis (SolidWorks Simulation):

Static Stress Analysis: Determine stress, strain, and factor of safety for parts and assemblies under load.

Frequency Analysis: Identify natural frequencies and mode shapes to prevent resonance failures.

Fatigue Analysis: Predict the lifespan of components under cyclic loading conditions.

Thermal Analysis: Simulate steady-state and transient heat transfer.

Topology Study: Automatically generate optimized, lightweight geometries based on load constraints and goals.

Linear Dynamic Analysis: Analyze the response to time-varying loads, such as shock and vibration.

3. Motion Analysis:

A virtual prototyping tool that simulates the complex physical movement and interactions of assembly components, calculating forces, torques, velocities, and accelerations.

4. High-End Rendering (SolidWorks Visualize):

A powerful, GPU-accelerated application for creating stunning, photorealistic images, animations, and interactive 360-degree presentations directly from CAD data.

5. Reverse Engineering (ScanTo3D):

Tools to import, process, and convert 3D scan data (point clouds and mesh files) into editable, parametric solid models.

6. Advanced Pipe, Tube & Electrical Routing:

Automated and manual tools for designing and documenting complex systems for piping, tubing, and electrical cabling within assemblies.

7. Sustainability (Xpress):

An environmental impact assessment tool that helps designers make more sustainable choices by comparing the lifecycle impact of materials and manufacturing processes.

8. Integrated Data Management (SolidWorks PDM Standard):

A secure, file-based product data management system that enables teams to manage design data, control revisions, enforce workflows, and track all file versions.

What’s New & Improved in SP4.1?
As a service pack, SP4.1 focuses primarily on quality and performance rather than introducing new features. Users can expect:

Enhanced Stability: Fixes for software crashes and unexpected terminations.

Improved Performance: Optimizations for loading, rebuilding, and handling large assemblies and complex drawings.

Bug Fixes: Resolutions for hundreds of specific issues reported by users in areas like modeling, drawing detailing, simulation, and PDM.

Better Compatibility: Ensures smoother operation with the latest versions of Windows and hardware drivers.

Who is it for?
SolidWorks 2025 SP4.1 Premium is engineered for professionals and organizations that require a complete, integrated product development platform. It is the ideal solution for:

Mechanical Engineers & Designers

Product Design & Development Teams

R&D and Innovation Departments

Manufacturing and Industrial Companies

Engineering Consultants and Freelancers

It is particularly critical for users who need to integrate design, validation, and data management seamlessly, enabling them to build better products faster and with greater confidence.

Summary
In summary, DS SolidWorks 2025 SP4.1 Premium is a mature, high-performance, and comprehensive engineering platform. It empowers organizations to manage the entire product development lifecycle—from concept and design to validation, manufacturing preparation, and collaboration—within a cohesive and reliable environment. The SP4.1 update ensures users experience peak software performance and stability.

SolidWorks 2025 SP4.1 Premium

Lien de téléchargement de SolidWorks 2025 SP5.0 Premium :
https://www.shopcom.tn/product/solidworks-2025-sp5-0-premium/

Overview
SolidWorks 2025 SP5.0 Premium is the final, most stable, and feature-complete release of the SolidWorks 2025 cycle. As a “Service Pack 5.0” (SP5.0), it represents the culmination of a year’s worth of development, bug fixes, performance enhancements, and security patches over the initial 2025 launch version.

It is a comprehensive 3D CAD product development platform built for professional engineers and designers. The “Premium” tier includes the full capabilities of Standard and Professional, plus advanced simulation, motion analysis, reverse engineering, and advanced CAD data management.

Key Themes for SolidWorks 2025 (Projected)
Based on recent trends, the focus for 2025 is expected to be:

Enhanced User Experience & Speed: A continued push towards a more fluid, intuitive, and faster modeling environment.

Cloud-Connected Workflows: Tighter integration with the 3DEXPERIENCE platform and cloud-based services for collaboration and data management.

Generative Design & AI Assistance: Expanding the role of AI to automate routine tasks and suggest design optimizations.

Advanced Manufacturing & DFM: Deeper tools for additive manufacturing, CNC machining, and overall Design for Manufacturability.

Detailed Breakdown of SolidWorks 2025 SP5.0 Premium Features
1. Core Modeling & Design (Standard, Professional, Premium)
Faster Performance: SP5.0 will include optimizations for complex rebuilds, graphic handling of large assemblies, and faster file open/save times.

3DEXPERIENCE Platform Connector: Seamless bidirectional data exchange with the cloud platform, allowing for cloud storage, collaboration, and access to role-specific apps.

Enhanced User Interface (UI): A more modern, streamlined UI with customizable workspaces, dark mode refinements, and context-sensitive toolbars.

AI-Powered Sketching: “Sketch Expert” features that auto-detect intent, apply constraints intelligently, and suggest dimensions.

Advanced Topology Optimization (Generative Design): More intuitive setup, faster solvers, and better control over manufacturing constraints for milling and additive.

Improved Large Assembly Management: New lightweight loading techniques and selective component detailing for working with assemblies containing tens of thousands of parts.

2. Simulation & Analysis (Premium & Simulation Professional)
SOLIDWORKS Simulation Premium:

Structural Analysis: Linear and non-linear static, fatigue, and thermal stress analysis.

Dynamic Analysis: Frequency, buckling, response spectrum, and random vibration studies.

Composite Material Analysis: Dedicated tools for designing and simulating composite parts.

Parametric Optimization Studies: Automatically find the best design based on weight, stress, or cost criteria.

SOLIDWORKS Flow Simulation Premium:

Computational Fluid Dynamics (CFD): Analyze fluid flow, heat transfer, and fluid forces.

Electronic Cooling Module: Specialized tools for simulating cooling in electronic enclosures.

SOLIDWORKS Plastics Premium:

Injection Molding Simulation: Predict molding defects like weld lines, air traps, and short shots to optimize part and mold design.

3. Motion & Dynamics (Premium)
SOLIDWORKS Motion: Fully integrated kinematic and dynamic motion analysis.

Simulate the realistic movement and forces of assemblies.

Calculate loads for motors, springs, dampers, and contacts.

Use results from motion studies to drive FEA simulations for accurate stress analysis.

4. Technical Communication & Documentation
Advanced Drawings: Automated drawing view creation, enhanced table functionalities, and improved BOM (Bill of Materials) management.

SOLIDWORKS MBD (Model-Based Definition): Create fully annotated 3D models with PMI (Product Manufacturing Information) like GD&T, replacing the need for 2D drawings.

eDrawings & eDrawings Professional: The industry-standard tool for sharing and reviewing designs in a secure, lightweight format. SP5.0 will include improved collaboration markup tools.

5. Reverse Engineering & Scan Data (Premium)
ScanTo3D Functionality: Tools to import and work with data from 3D scanners (point clouds and mesh data).

Convert mesh data into editable surface and solid geometry.

Extract features and create parametric models from scanned objects.

6. Data & Product Lifecycle Management (Professional & Premium)
SOLIDWORKS PDM Professional: The robust, file-based data management system included with a Premium subscription.

Vault-based File Management: Secure, centralized storage with revision control.

Workflow & Lifecycle Management: Automate processes like engineering change orders (ECOs).

Advanced Search & Replication: Find data instantly and replicate vaults across multiple locations.

7. Manufacturing & CAM (Available as Add-on)
SOLIDWORKS CAM Standard, Professional & 3D Printer Connector:

Rule-based Machining: Automate CNC programming based on pre-defined rules.

Tolerance-Based Machining: Adjust toolpaths based on actual part geometry.

Advanced Toolpaths: Support for 3+2 axis and full 5-axis machining (CAM Professional).

Integrated Additive Manufacturing: Prepare, optimize, and send models directly to 3D printers.

System Requirements (Projected for 2025)
OS: 64-bit Microsoft Windows 11 (or latest Windows 10).

CPU: High-frequency multi-core processor (Intel Core i7/i9 or Xeon equivalent, AMD Ryzen 7/9).

RAM: 32 GB minimum (64 GB or more recommended for large assemblies & simulation).

GPU: Certified professional-grade cards from NVIDIA (RTX A-series) or AMD (Radeon Pro). RealView graphics require a certified card.

Storage: Fast SSD (NVMe highly recommended) with significant free space.

Other: A reliable internet connection for activation and cloud services.

Summary
SolidWorks 2025 SP5.0 Premium is designed to be the most powerful, stable, and integrated version of the software for professional engineering teams. It combines robust, proven 3D CAD tools with cutting-edge capabilities in simulation, generative design, and data management, all while offering a seamless bridge to the cloud-based 3DEXPERIENCE platform. By Service Pack 5.0, it represents the definitive choice for companies looking to streamline their entire product development process from concept to manufacturing.

SolidWorks 2025 SP5.0 Premium

Lien de téléchargement de MATLAB R2023a :
https://www.shopcom.tn/product/matlab-r2023a/

MATLAB R2023a Overview
MATLAB R2023a (version 9.14), released in March 2023, is one of MathWorks’ twice-yearly updates to the MATLAB and Simulink product family. This release introduced new products, improved integration with Python, enhanced data analysis workflows, and upgraded many toolboxes and blocksets for specialized engineering applications.

Key Additions and Improvements
New Products
MATLAB Test – A framework for developing, executing, measuring, and managing MATLAB code testing at scale. It supports test grouping, code coverage metrics (including MC/DC), and provides a dashboard for visualizing results.
C2000 Microcontroller Blockset – Adds support for designing, simulating, and implementing applications for Texas Instruments C2000 MCUs. Includes peripheral blocks for ADC, PWM, and digital IO, with synchronized control algorithm simulations for motor and power control.
Major Toolbox and Blockset Updates
Aerospace Blockset – Expanded high-fidelity modeling and simulation for aircraft, rotorcraft, and spacecraft, including pilot behavior, actuators, and propulsion.
Communications Toolbox – Enhanced features for wireless system design, including MIMO, OFDM, and channel coding.
Powertrain Blockset – New reference architectures for internal combustion, hybrid, fuel-cell, and electric vehicle powertrains.
Vehicle Dynamics Blockset – Added models for cars, trucks, and two-wheelers, with expanded steering, braking, and suspension libraries.
Additional improvements were made to Phased Array System Toolbox, SerDes Toolbox, Simulink Control Design, and ROS Toolbox, supporting advanced simulations across multiple domains.
MATLAB & Simulink Workflow Enhancements
Live Editor tasks for data import and trend removal make common analysis steps more interactive.
New pivot function for summarizing and analyzing tabular data.
Code Analyzer App and the fix function for automatically identifying and resolving coding issues.
Improved Python integration with better data type handling and support for Python objects as dictionary keys.
Enhancements to table and timetable data types, including in-place computations and event labeling.
Integrated unit testing tools with a Test Browser for managing and debugging tests.
Simulink Enhancements:
Step-through simulation debugging at the block level.
Direct importing of Python functions into Simulink models.
Better signal logging with support for variable-size signals in buses and arrays.
General Environment
MATLAB R2023a continues to provide a comprehensive environment for numerical computing, algorithm development, data analysis, app design, and hardware integration. The release emphasizes workflow efficiency, improved integration with external tools (especially Python), and expanded domain-specific simulation capabilities in Simulink and its toolboxes.

MATLAB R2023a

Lien de téléchargement de MATLAB R2023b :
https://www.shopcom.tn/product/matlab-r2023b/

MATLAB & Simulink R2023b Overview
R2023b (version 23.2), released in September 2023, is the second MathWorks update of the year. It introduced new tools for testing and safety analysis, enhancements to AI and simulation workflows, expanded toolbox functionality, and improved support for modern computing environments.

New Products
Polyspace Test – A dedicated framework for developing, managing, and executing tests on C and C++ embedded code. Supports stubs and mocks, host and target testing, automation, and requirements traceability.
Simulink Fault Analyzer – Enables simulation-based fault injection and safety analysis (such as FMEA) without modifying system models. Supports timed or condition-triggered faults and integrates with requirements to trace hazards and mitigation logic.
Major Toolbox & Blockset Enhancements
Aerospace Toolbox – Tools for orbit propagation, constellation visualization, line-of-sight, and eclipse analysis.
Datafeed Toolbox – Support for retrieving historical and market data via Bloomberg’s modern API.
DO Qualification Kit – Extended support for qualifying Polyspace Test to DO-178C and DO-330 aerospace standards.
Predictive Maintenance Toolbox – Physics-based feature extraction for motors and rotating machinery.
Signal Integrity Toolbox – Automates simulations and data analysis directly from MATLAB.
Simulink Desktop Real-Time – Adds real-time test execution from Linux desktops.
Wavelet Toolbox – Expanded app support for time-frequency analysis and automatic feature extraction for AI.
Wireless HDL Toolbox – Enhanced for FPGA/ASIC design of 5G, WLAN, satellite, and custom OFDM subsystems.
MATLAB & Live Editor Enhancements
Improved performance on Apple silicon Macs with better speed and battery life.
Experiment Manager App – Central tool for designing, running, and comparing experiments.
Live Editor improvements, including:
Create tasks from selected code
Tables with images and formatted text
Interactive controls (color pickers, state buttons)
Export live scripts and functions to Markdown or Jupyter notebooks
Pivot Table tasks for interactive data summarization
Build automation using predefined tasks
Simulink Workflow Enhancements
Signal Editor – Copy and paste signal data to and from Excel.
Simulation I/O – Import and export signals using MDF files.
Source control APIs – Programmatic Git integration within Simulink.
Unbounded data support – Simulate and generate C++ code for signals with dynamic sizes.
FMU Import Block – Support for Functional Mock-up Units conforming to FMI 3.0.
Usability & Developer Improvements
New MATLAB functions:
resize, paddata, and trimdata for handling array and data resizing
svdappend for appending singular values (useful in PCA updates)
Simulink interface updates:
Variant subsystems show active content when opened
Updated timing legend with clearer visuals
Visual connectors for State Reader/Writer and Data Store blocks
Dockable Type Editor within the canvas
Model Finder UI (modelfinderui) for searching and managing example models

MATLAB R2023b

Lien de téléchargement de MATLAB R2024a :
https://www.shopcom.tn/product/matlab-r2024a/

MATLAB & Simulink R2024a Overview
R2024a, released in March 2024, delivers hundreds of new and enhanced features. The release emphasizes AI, computer vision, deep learning, real-time simulation, developer productivity, domain-specific tools, and a modernized user experience.

Major Toolbox & Product Highlights
Computer Vision Toolbox – Adds support for YOLOX object detection, enables team-based data labeling, and supports real-time visual SLAM.
Deep Learning Toolbox – Introduces transformer architectures and allows importing and co-simulating models from PyTorch and TensorFlow.
GPU Coder – Generates CUDA code for deep learning with a unified memory manager and profiling during code generation.
Instrument Control Toolbox – Provides an Instrument Explorer app for managing instruments with IVI and VXI Plug-and-Play drivers, reducing the need for manual coding.
Satellite Communications Toolbox – Models multi-platform scenarios, analyzes visibility and communication links, and designs physical-layer algorithms with verification support.
UAV Toolbox – Adds support for VTOL UAV design, PX4 hardware-in-the-loop simulation, and Cube Orange Plus/Pixhawk 6c autopilots.
Transitions & New Capabilities

Simulink 3D Animation – Integrates Unreal Engine 5.1 for dynamic system visualization with prebuilt scenes, actors, and sensors.
SoC Blockset – Expands prototyping and testing on SDR and vision hardware with extended support for Xilinx devices.
MATLAB & Simulink Workflow Enhancements
MATLAB Improvements

Editor Spell Checker – Highlights spelling issues in comments and text.
Local Functions Anywhere – Define local functions inside scripts and live scripts at any location.
Python Integration – Convert between MATLAB tables and Pandas DataFrames, and run Python commands through Live Editor tasks.
REST Function Service – Expose MATLAB functions as RESTful services for external applications.
Secrets Vault – Store and manage sensitive information securely outside source code.
ODE Solvers with SUNDIALS – Use advanced solvers for ordinary differential equations, with support for sensitivity analysis.
Simulink Enhancements

Editor Improvements – Signal line shapes stay consistent when moving or resizing blocks.
Local Solvers – Specialized solvers for fast-dynamics components.
Simulation Object – Script simulation runs and tune parameters programmatically.
App Designer Integration – Build MATLAB apps that directly control Simulink models.
Graphics & App Building
App Designer + Simulink – Build apps to control simulations, adjust parameters, and visualize results.
Polar Plot Enhancements – New tools for drawing annular, wedge, and bounded regions in polar plots.
Visualization Features – Support for transparent legends, advanced color tools, hex/RGB conversions, and reusable app components.
Developer & Performance Enhancements
Faster ODE Solvers – New SUNDIALS-based solvers improve performance and add sensitivity analysis.
Optimized Linear Algebra – The backslash operator now accelerates full tridiagonal systems, achieving significant speedups.
HiGHS Solver Integration – New default for linear and mixed-integer programming, delivering faster optimization.
Updated Hardware Support – Broader support for PX4 autopilots, Xilinx and Intel FPGA platforms, and ROS 2 for robotics.
New MATLAB Desktop (Beta) – A modern JavaScript-based interface with dark mode, sidebar navigation, fast workspace browsing, improved search, customizable shortcuts, and enhanced find-and-replace across files.

MATLAB R2024a

Lien de téléchargement de MATLAB R2024b :
https://www.shopcom.tn/product/matlab-r2024b/

MATLAB & Simulink R2024b Overview
R2024b, released in September 2024, delivers significant updates across wireless communications, control systems, architecture modeling, usability, developer productivity, and performance. The release focuses on streamlining workflows and modernizing the MATLAB and Simulink environments.

Major Toolbox & Feature Highlights
5G Toolbox – Adds support for 6G waveform generation and introduces tools to assess signal quality of 5G waveforms.
DSP HDL Toolbox – Includes the new interactive DSP HDL IP Designer app for configuring DSP algorithms and generating HDL code with verification capabilities.
Simulink Control Design – Expands to nonlinear and data-driven control approaches, including sliding mode control and iterative learning control.
System Composer – Enhancements include editing subsetted architecture views and modeling system behavior using activity and sequence diagrams.
Hardware Support – A new package supports Qualcomm Hexagon NPUs (used in Snapdragon processors), enabling production-quality C code generation for DSP workflows from Simulink.
MATLAB Enhancements
Live Editor Fonts – Full customization of fonts, sizes, colors, and formatting for code and text.
Help Center – Documentation now opens directly in the system’s web browser.
Solve ODE Live Task – Interactive Live Editor task for defining, solving, and visualizing ordinary differential equations.
Online Data Access – Roughly 30 new functions for accessing remote data via HTTP/HTTPS, including low-level I/O, datastores, and HDF5 files.
New Plot Types – Adds grouped-data visualizations like violin plots and multiple compass plots within polar axes.
Improved Debugging – New dbstop option to pause execution when unsuppressed output occurs, helping detect missing semicolons.
Build Automation – Streamlined workflows for defining and executing groups of tasks.
Simulink Enhancements
Component Interface View – Clearer visualization and management of component interfaces and signal flows.
Runtime Variants – Switch between different subsystem configurations dynamically during simulation or code generation.
Simulation Data Inspector – Uses the updated MLDATX 2.0 format for faster saving and smaller file sizes.
Quick Insert Improvements – Adds a details panel with block descriptions and contextual information to speed up model building.
Simulation Debugging – A new “Step Over” option pauses simulation just before the first block executes, aiding detailed debugging.
Simplified Model Connections – New programmatic function to connect blocks across hierarchies automatically, with ports added as needed.
Model Reference Bus Conversion – Improved behavior preserves bus structures during conversions without requiring bus objects.
Custom Sample Time Colors – Users can define their own color palettes (via RGB or hex) for sample time visualization.
Drag-in Model Blocks – Dragging a Simulink file into a model automatically creates a referencing Model or Subsystem block.
Community & Interface Updates
MATLAB Desktop (Beta) – Expanded features include dark mode, improved search, a redesigned figure window with toolstrip and panels, plain-text live scripts for version control, debugger and source control panels, and stronger MATLAB project integration.
ODE Task – New interactive task for solving and visualizing ODEs in Live Editor.
Compassplot – A modern replacement for the old compass function, offering more options and better visuals.

MATLAB R2024b

Lien de téléchargement de MATLAB R2025a :
https://www.shopcom.tn/product/matlab-r2025a/

 MATLAB R2025a Overview
Released in May 2025, MATLAB R2025a introduces a comprehensive overhaul of the desktop environment, enhanced integration with modern development tools, and expanded support for GPU computing. These updates aim to improve user experience, streamline workflows, and leverage advanced hardware capabilities.

Major Updates and Features
1. Modernized Desktop Interface
Customizable Layouts: The new desktop features customizable sidebars on the left, right, and bottom, allowing users to tailor their workspace by docking panels such as the Debugger, Project, and Source Control.
Theming Options: Users can switch between light and dark themes to match their preferences, enhancing visual comfort.
Figure Container: Figures now open as tabs within a figure container, enabling users to tile, resize, and group figures interactively.
Web-Based Architecture: The desktop and graphics system have been rebuilt using JavaScript and HTML, aligning with MATLAB Online and facilitating a consistent experience across platforms.
2. Enhanced Live Editor Capabilities
Plain Text Live Code Format: Live scripts and functions can now be saved in a plain text (.m) format, improving compatibility with version control systems.
Embedded Media: Users can embed YouTube videos directly into live scripts, enriching documentation and presentations.
Markdown Support: The editor now supports Markdown rendering, allowing for improved formatting and documentation within scripts.
3. MATLAB Copilot Integration
A new feature that integrates generative AI models into MATLAB workflows, assisting users with code suggestions, explanations, and documentation generation.

4. Improved GPU Computing
Expanded GPU Functionality: Support for NVIDIA GPU acceleration has been extended to 1,256 functions across 17 toolboxes, enhancing performance for computationally intensive tasks.
Ray Tracing Example: A demonstration using GPU acceleration shows a 3.6x speedup in ray tracing analysis for antenna design.
5. Enhanced Accessibility
Screen Reader Support: Full screen reader support has been integrated, enabling users to interact with the Command Window, navigate the desktop, and create and edit MATLAB code files.
Keyboard Navigation: Improved keyboard interactions across UI components enhance usability for users with disabilities.

MATLAB R2025a

Lien de téléchargement de MATLAB R2025b :
https://www.shopcom.tn/product/matlab-r2025b/

MathWorks MATLAB R2025b – Overview
MATLAB R2025b is a major release of the platform used by millions of engineers and scientists for technical computing, data analysis, algorithm development, and model-based design. As a “b” release (fall), it typically focuses on new features, enhancements, and performance improvements across the entire product family, including MATLAB, Simulink, and dozens of specialized toolboxes.

While the exact features of R2025b will be announced upon its release, this description is based on the established trajectory and patterns of MathWorks releases.

Core MATLAB Platform (Expected Enhancements)
The core MATLAB environment consistently receives updates to improve usability, performance, and integration.

Language and Programming

New Functions & Syntax: Introduction of new convenience functions for common tasks (e.g., data reshaping, string manipulation, file I/O).

Performance Boosts: Continued improvements to the execution engine (JIT acceleration) for faster loops, function calls, and matrix operations.

Error Handling: Enhanced error messages to be more actionable and easier to understand.

Graphics and Data Visualization

New Chart Types: Potential for new interactive plot types or significant upgrades to existing charts like geobubble, heatmap, or wordcloud.

Customization: More intuitive properties and functions for customizing chart appearance (colors, labels, interactivity).

Live Editor: Enhancements to the Live Editor, making it even more powerful for creating interactive scripts that combine code, output, and formatted text.

App Building

App Designer: New UI components, enhanced layout manager tools, and improved integration with MATLAB classes for building more complex and professional applications.

Interoperability

Python Integration: Smoother integration with Python, potentially supporting newer Python versions and improving the data exchange process.

C/C++ Code Generation: Advancements in generating more efficient and readable C/C++ code directly from MATLAB algorithms.

Simulink & Model-Based Design (Expected Enhancements)
Simulink, the block diagram environment, is a major focus of “b” releases.

Modeling Environment

UI/UX Improvements: A more streamlined and intuitive user interface for navigating and editing large, complex models.

Block Library Updates: New blocks for specialized tasks and enhancements to existing block libraries (e.g., Aerospace, Automotive).

Debugging: Improved visualization and debugging tools for signal data and simulation behavior.

Simulation and Analysis

Faster Simulation: Performance improvements in the simulation engine, especially for models using variable-step solvers and physical modeling.

Requirements Tracing: Enhanced tools for linking model elements to external requirements (e.g., with IBM DOORS or Simulink Requirements).

Code Generation (Embedded Coder)

Efficiency: Generation of even more efficient, compact, and fast code for production deployment on embedded processors.

Certification: Updates to support for safety-critical standards like DO-178C, ISO 26262, and IEC 61508.

Key Add-On Toolboxes (Expected Updates)
Virtually every toolbox receives updates. Key areas often include:

AI, Data Science, and Statistics:

Deep Learning Toolbox: Support for new neural network architectures, layers, and pre-trained models from frameworks like PyTorch and TensorFlow.

Statistics and Machine Learning Toolbox: New algorithms for feature selection, model interpretability, and automated machine learning (AutoML).

Signal Processing and Communications:

DSP System Toolbox: New filters, spectral analysis techniques, and hardware support for FPGAs and ASICs.

5G Toolbox: Updates to align with the latest 5G NR standards and protocols.

Control Systems and Robotics:

Robotics System Toolbox: Enhanced support for ROS 2 and new path-planning algorithms.

Control System Toolbox: New tools for PID tuning and linear/non-linear control design.

Physical Modeling:

Simscape: New domain libraries (electrical, mechanical, hydraulic, etc.) and components for more accurate physical system simulation.

System Requirements (Projected for R2025b)
Operating System: 64-bit Windows 11, Windows 10, macOS (latest version), and Linux (specific distributions like Red Hat Enterprise Linux and Ubuntu).

Processor: Any modern x86-64 CPU (Intel or AMD). No 32-bit support.

RAM: Minimum 4 GB (8 GB or more strongly recommended).

Disk Space: 5-10 GB for MATLAB only, but 30-50 GB for a typical installation with common toolboxes.

Graphics: A hardware-accelerated OpenGL graphics card.

MATLAB R2025b

Lien de téléchargement de Ansys 2024 R1 :
https://www.shopcom.tn/product/ansys-2024-r1/

Overview

Ansys 2024 R1 is the first major release of the year for the Ansys simulation software portfolio. It represents a significant step forward in Ansys’s strategy to make pervasive engineering simulation a reality. The release is characterized by three major themes:

Unprecedented Productivity: Drastically reducing simulation time and complexity through massive performance improvements, streamlined workflows, and enhanced automation.
Breakthrough Innovation: Introducing new technologies and physics to solve previously intractable problems, particularly in areas like AI, optics, and sustainability.
Expanded Accessibility: Making advanced simulation more accessible to non-experts through tighter integrations with CAD platforms, user-friendly interfaces, and cloud-enabled capabilities.
The release includes hundreds of updates across the entire portfolio. Below is a breakdown of the key enhancements in the major product categories.

Key Product Highlights in Ansys 2024 R1
1. Ansys Fluent (Computational Fluid Dynamics – CFD)
Performance & Usability: Up to 3.8x faster solver speed for certain cases and a new, modern, streamlined user interface that simplifies the workflow from setup to results.
GPU Solver Expansion: The popular GPU-accelerated solver now supports more physical models, including combustion (species transport) and noise (acoustics), making high-fidelity simulation on GPUs viable for a much wider range of problems.
AI/ML Enhancements: A new Ansys AI+ offering includes a “Digital Twin Runtime” for creating real-time digital twins and reinforcement learning agents for optimizing control systems.
Fluid-Structure Interaction (FSI): Tighter and more robust integration with Ansys Mechanical for simulating complex interactions between fluids and structures.
2. Ansys LS-DYNA (Explicit Dynamics)
Smoothed Particle Galvanizing (SPG): A groundbreaking new method for simulating challenging manufacturing processes like riveting, crimping, and sheet metal joining with extreme deformation and material failure, which traditional methods struggle with.
Electronics Drop Test Wizard: A new automated workflow specifically for simulating and improving the durability of consumer electronics (phones, laptops) during drop/impact events.
Performance: Significant speed improvements for simulations involving composites and the discrete element method (DEM).
3. Ansys Mechanical (Finite Element Analysis – FEA)
Faster Solvers: Up to 2x speedup in solving large, complex linear dynamics problems.
Bolted Joint Analysis: A completely redesigned workflow that automates and simplifies the complex process of defining and analyzing bolted connections, saving immense amounts of time and reducing errors.
Additive Manufacturing: Enhanced tools for simulating powder bed fusion processes, including new metrics for predicting defects and support structure generation.
Seamless ECAD Integration: Directly import printed circuit board (PCB) designs and automatically generate high-fidelity models for structural, vibration, and thermal analysis.
4. Ansys Electronics Desktop (Electromagnetics – EMAG)
Ansys Avalon: A new cloud-native EM solver for S-parameter extraction, built from the ground up to run on AWS, offering massive scalability for high-port-count designs.
HFSS Mesh Fusion: Enhanced to include finite array domain decomposition, allowing engineers to solve enormous, full-system antenna-in-package and antenna-on-board problems that were previously impossible.
Circuit and System Analysis: Major improvements in Ansys GRAPH for RF interference analysis and Ansys RaptorX for silicon-level signal integrity/power integrity.
5. Ansys Optics (Photonics & Optical Simulation)
Ansys OptiSLang Integration: Optics now includes a license for Ansys optiSlang, bringing powerful design optimization and robustness analysis directly into the optical design workflow. This is a major step for designing optical systems for real-world, variable conditions.
Enhanced Solvers: Performance improvements across Lumerical (FDTD, MODE, CHARGE) and Ansys Speos (for human vision and lighting simulation).
6. Ansys LS-DYNA (Explicit Dynamics)
Smoothed Particle Galvanizing (SPG): A groundbreaking new method for simulating challenging manufacturing processes like riveting, crimping, and sheet metal joining with extreme deformation and material failure, which traditional methods struggle with.
Electronics Drop Test Wizard: A new automated workflow specifically for simulating and improving the durability of consumer electronics (phones, laptops) during drop/impact events.
Performance: Significant speed improvements for simulations involving composites and the discrete element method (DEM).
7. Platform & Ecosystem Enhancements
Ansys Gateway on AWS: Simplifies access to cloud HPC resources, allowing users to launch pre-configured Ansys simulation environments in the cloud with just a few clicks.
Ansys AI: Infused throughout the products, from smart meshing to result prediction and optimization, reducing the need for manual input and expert knowledge.
CAD Integrations: Continued deep integration with PTC Creo, Siemens NX, and CATIA, allowing simulation to be performed directly within the native CAD interface.
Summary
Ansys 2024 R1 is not just an incremental update; it’s a transformative release focused on speed, scale, and accessibility. It empowers engineers to:

Solve problems orders of magnitude faster than before.
Tackle new classes of problems with innovative solvers like SPG in LS-DYNA.
Perform high-fidelity simulation without being an expert thanks to automated workflows and AI-guided processes.
Leverage the cloud for virtually unlimited computing power.
This release solidifies Ansys’s position as a leader in engineering simulation, pushing the boundaries of what is possible across all major physics domains.

Ansys 2024 R1

Lien de téléchargement de Ansys 2024 R2 :
https://www.shopcom.tn/product/ansys-2024-r2/

Overview
Ansys 2024 R2 is the second major release of the year, building directly on the foundation of R1 to further accelerate the journey toward pervasive engineering simulation. This release emphasizes practical, user-driven enhancements that deliver immediate value. The overarching themes are:

Dramatic Workflow Acceleration: Focused on reducing simulation cycle times from days to hours through targeted performance boosts, deeper process integration, and task automation.

Enhanced Multi-Physics Fidelity: Breaking down barriers between physics domains to provide more coupled, realistic simulations that reflect real-world product behavior.

Democratization through AI and Cloud: Expanding the reach of simulation to a broader audience with AI-powered assistants, cloud-native applications, and streamlined user experiences.

Ansys 2024 R2 delivers targeted, powerful updates across its portfolio. Below are the key enhancements in the major product categories.

Key Product Highlights in Ansys 2024 R2
1. Ansys Fluent (Computational Fluid Dynamics – CFD)
Meshing & Setup Productivity: Introduction of a Fluent Meshing Watertight Workflow for vehicle aerodynamics, automating the complex process of surface meshing, wrapper refinement, and volume meshing, cutting setup time from days to hours.

Solver Performance: Continued GPU solver expansion, now supporting porous media and conjugate heat transfer (CHT) models, bringing the speed of GPU solving to electronics cooling and HVAC applications.

Systems & Digital Twins: Enhanced co-simulation capabilities with Ansys Twin Builder, making it easier to create and deploy high-fidelity fluidic digital twins for system-level performance monitoring and prediction.

Usability: Further refinements to the modern, ribbon-based UI for a more intuitive and consistent user experience.

2. Ansys LS-DYNA (Explicit Dynamics)
Metal Forming & Manufacturing: Major enhancements for stamping and forming simulations, including improved die action modeling and more robust springback prediction, crucial for accurate virtual prototyping.

Composites Modeling: Expanded capabilities for analyzing the crashworthiness of composite structures, including new material models and more efficient ways to model delamination and failure.

Workflow Integration: Tighter integration within the Ansys Mechanical environment, allowing users to set up and solve complex explicit dynamics problems without leaving the familiar Mechanical interface.

3. Ansys Mechanical (Finite Element Analysis – FEA)
Topology Optimization: A new Generative Design extension (beta) that allows engineers to automatically generate high-performance, lightweight design concepts directly within Mechanical based on structural constraints and manufacturing rules.

Fracture & Fatigue: Significant improvements in Ansys nCode DesignLife for more accurate and faster fatigue life prediction, including new vibration fatigue algorithms and enhanced thermomechanical fatigue capabilities.

Additive Manufacturing: New metrics for predicting voids and lack-of-fusion defects in laser powder bed fusion processes, providing deeper insight into print quality.

Seamless Multi-Physics: Streamlined one-way and two-way coupling with Ansys Fluids and Ansys Electronics for thermal, vibration, and deformation analysis.

4. Ansys Electronics Desktop (Electromagnetics – EMAG)
Ansys Avalon on Azure: The cloud-native EM solver is now also available on Microsoft Azure, in addition to AWS, giving customers flexibility in their cloud HPC provider.

HFSS Solver Performance: Introduction of a new Distributed Solve option for certain array and large-platform problems, offering an alternative to DDM for efficient solving on HPC clusters.

PCB & IC Package Analysis: Enhancements in Ansys RaptorX and Ansys Sentinel for faster and more accurate analysis of signal and power integrity in advanced 2.5D/3D integrated circuits and complex PCBs.

Motor-CAD Integration: Tighter linkage between Ansys Motor-CAD (for dedicated e-motor design) and Ansys Maxwell (for detailed EM analysis), creating a more efficient e-magnet workflow.

5. Ansys Optics (Photonics & Optical Simulation)
Unified Optical Workflow: Deeper integration between Ansys Lumerical and Ansys Speos. Engineers can now directly import results from Lumerical’s detailed nanophotonic simulations into Speos to analyze their impact on system-level optical performance and human perception.

Speos Performance: Up to 2x faster simulation speeds for Speos solvers, accelerating the design cycle for automotive lighting, camera systems, and display applications.

Lumerical FDTD: Enhanced solver algorithms for more efficient simulation of complex 3D photonic devices.

6. Platform & Ecosystem Enhancements
Ansys AI: The introduction of the Ansys Assistant (beta), a generative AI-powered chatbot that provides users with instant, context-aware help and guidance directly within the Ansys GUI, lowering the barrier to entry.

Ansys Gateway: Expanded support and features for launching and managing cloud simulation environments on AWS and Azure.

PyAnsys Enhancements: Significant updates to the open-source Python libraries (e.g., PyFluent, PyMAPDL), empowering users to automate, customize, and build complex simulation workflows and applications.

Summary
Ansys 2024 R2 is a release focused on practical power and user productivity. It takes the groundbreaking capabilities introduced in R1 and refines them, delivering:

Targeted Workflow Automation for specific, time-consuming tasks like aerodynamic meshing and design exploration.

Deeper Multi-Physics Links that provide a more holistic and accurate virtual prototype.

Expanded Cloud and AI Infusion that makes advanced simulation more accessible and easier to use than ever before.

This release demonstrates Ansys’s commitment to not only advancing the state of the art in simulation technology but also ensuring that technology is practical, scalable, and delivers tangible efficiency gains for engineering organizations.

Ansys 2024 R2

Lien de téléchargement de Ansys 2025 R1 :
https://www.shopcom.tn/product/ansys-2025-r1/

Overview
Ansys 2025 R1 marks a pivotal shift towards an AI-native, experientially unified simulation ecosystem. This release moves beyond incremental improvements to fundamentally redefine the user’s interaction with simulation technology. The core themes are:

The AI Co-pilot Becomes Standard: Generative AI transitions from an assistant to an integrated co-pilot, deeply woven into workflows to automate reasoning, decision-making, and even model creation.
The Pervasive Platform Realized: A dramatic unification of the user experience across physics domains, creating a fluid, context-aware environment that adapts to the user’s task, not the other way around.
Predictive Digital Twins at Scale: New capabilities to create, validate, and deploy ultra-high-fidelity system models that learn from data and predict outcomes in real-time, powering the autonomous engineering of the future.
This release is characterized by a suite-wide elevation of intelligence and interoperability. Below are the anticipated key enhancements.

Key Product Highlights in Ansys 2025 R1
1. Ansys Fluent (Computational Fluid Dynamics – CFD)
Ansys AI Co-pilot for Fluids: An integrated, context-aware AI agent that can recommend solver settings, interpret convergence behavior, suggest post-processing highlights, and generate summary reports based on natural language commands.
Multi-Physics GPU Solver: The GPU-accelerated solver matures to support full electro-thermal-mechanical coupling natively, enabling rapid simulation of complex events like battery thermal runaway or electronic overheating and deformation on GPU clusters.
Experience-First UI: The modern UI evolves into a fully customizable, role-based “workspace,” surfacing only the most relevant tools for aerodynamics, combustion, electronics cooling, etc., based on the user’s project type.
2. Ansys LS-DYNA (Explicit Dynamics)
AI-Powered Material Calibration: A new module that uses machine learning to automatically calibrate complex material models from experimental data, drastically reducing the time and expertise required to generate accurate input parameters.
Generative Crashworthiness: Tight integration with the Ansys Generative Design extension. Users can now define crash load cases and allow the system to generate and test hundreds of design alternatives for optimal energy absorption and safety.
Real-Time Simulation Preview: Leveraging AI reduction techniques, users can get a near-instantaneous, approximate result of an impact simulation to guide design direction before committing to a full, high-fidelity solve.
3. Ansys Mechanical (Finite Element Analysis – FEA)
Generative Design GA: The Generative Design extension exits beta, featuring advanced manufacturing constraints for additive, casting, and machining, and the ability to automatically generate a simulation-ready geometry from the optimized topology.
Self-Automating Workflows: “Smart Load Cases” where the user defines the goal (e.g., “validate durability for a 5g bump event”), and Mechanical automatically configures the appropriate solver settings, mesh parameters, and post-processing.
Ansys Granta MI Integration: Deeper, seamless connectivity with the materials data platform, allowing for direct querying of enterprise material databases and automatic population of simulation properties.
4. Ansys Electronics Desktop (Electromagnetics – EMAG)
Cloud-Native Solver Ecosystem: Ansys Avalon becomes the default option for large-scale S-parameter extraction, with seamless job submission to AWS or Azure directly from the HFSS UI, abstracting away HPC complexity.
HFSS AI Co-pilot: An EM-specific agent capable of recommending radiation boundaries, mesh operations, and frequency sweeps. It can also predict potential resonance issues and suggest design modifications before solving.
Chip-to-System Analysis: A revolutionary workflow that allows for the concurrent simulation of an IC (from RaptorX), its package, and the full PCB board in a single, managed simulation process, eliminating the need for error-prone intermediate models.
5. Ansys Optics (Photonics & Optical Simulation)
AI-Driven Optical Design: The integration of Ansys optiSLang becomes predictive. The AI can suggest the most critical parameters to vary for robustness analysis and identify optimal design points with far fewer iterations.
Lumerical to Speos Live Link: A true live connection is established. Changes made to a metasurface design in Lumerical can be pushed in near-real-time to a Speos simulation to see the immediate effect on system-level illumination or imaging performance.
AR/VR Workflow Suite: A new dedicated template and toolset for designing and simulating Augmented and Virtual Reality waveguides and optical systems, including human perceptual metrics.
6. Platform & Ecosystem Enhancements
The Ansys Experience Platform: A new, unified desktop application that serves as a single launchpad for all Ansys products. It features a universal project file, shared material and geometry databases, and a consistent UI framework across all physics.
Ansys Digital Twin Studio: A new cloud-based environment for building, training, and deploying predictive digital twins. It combines high-fidelity Ansys models with live IoT data streams and machine learning for continuous calibration and forecasting.
PyAnsys Ecosystem: The Python ecosystem matures to allow full creation and manipulation of simulation objects (geometry, mesh, BCs) programmatically, enabling mass customization and the embedding of simulation into enterprise digital threads.
Summary
Ansys 2025 R1 is envisioned as a release that transforms simulation from a tool into a collaborative partner. It represents a leap forward by:

Embedding Generative AI at the core of the user experience to automate tedious tasks and amplify engineering intuition.
Creating a seamlessly unified environment that breaks down the final barriers between physics solvers and data silos.
Providing the end-to-end infrastructure needed to move from component-level validation to system-level predictive digital twins.
This release would solidify Ansys’s role not just as a provider of simulation software, but as the foundational platform for the autonomous, AI-driven engineering lifecycle.

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