Learn how to configure the ultimate CAD workstation


    Learn how to configure the optimal workstation for your applications and budget.

  • FAQ

    Why choose a CAD workstation from a custom manufacturer rather than buy one from a volume PC company?


    Performance is a main consideration. Here's a perspective on optimizing for AutoCAD from BOXX Technologies:


    Off-the-shelf computer workstations sold by multi-national commodity builders are not optimized for CAD and contrary to what you may have been told by a Dell or HP sales representative, CAD applications do not benefit from multiple CPU cores for design and modeling tasks. CAD applications are predominantly "single threaded" which means that unless you are doing a substantial amount of rendering or simulation (or other multi-threaded tasks) your design software is simply not capable of using the full resources of multi-processor workstations.

    It’s quite simple, really. If your workstation is not optimized for single-threaded performance, you’re paying for processor cores you don’t need and won’t use, as well as missing out on peak performance that will keep you waiting instead of creating.


    Orbital Computers echoes the same processor approach to CAD:


    All our Intel based desktop workstations support Hyper-Threading Technology, which doubles the number of logical CPU cores, leading to drastically improved performance for common multithreaded CAD and video editing functions such as rendering, simulation, and extensive multi-tasking. Many CAD program functions are largely single-threaded, benefiting from the high operating-frequency of our Intel Core i7 and Extreme series processors, while video editing functions tend to benefit from more CPU cores and threads. We carefully select the Intel processors used in our powerful CAD computers to maximize both single and multithreaded performance by striking a fair balance between high operating frequency and multi-core configurations.


    And this is the latest BOXX Technologies guidance on RAM and video cards:


    16GB is common for AutoCAD users, however, a trend toward higher memory configurations for those working with more detailed CAD assets is becoming more commonplace.

    Regarding system memory, you want to be sure you have more than enough to handle your largest AutoCAD assets. You can check the amount of RAM your system utilizes by opening the Windows Task Manager and clicking on the Performance tab. You’ll want to avoid maxing out memory usage as this leads to paging which will slow down your system.


    For AutoCAD 2015, we suggest an NVIDIA Quadro graphics card. A common misconception is that you need the most powerful display card to run CAD applications. This is not the case. The main bottleneck in your design workflow will almost always be the frequency of the CPU. If you want to improve display performance, your money is better spent on a high frequency CPU rather than a high end graphics card.

    Because of this, we recommend a Quadro K1200 or Quadro K2200 for most users.


    What are some of the top commercial CAD packages?

    What about open-source and/or free CAD software?




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  • Best CAD Workstations


    (CAD) is a type of software automation that makes use of various design tools to assist engineers, architects and other specialists in design activity functions. It is considered to be both software and special-purpose hardware. In item lifecycle management, the use of geometric tools plays a considerable function. The CAD is readily available in different packages varying from 2D vector based preparing systems to 3D parametric surface and strong design modelers.


    CAD allows you to prepare precise and fast illustrations. Essentially anything can be built and built as a design model established in the CAD system. It is likewise referred as Computer Aided Design and Drafting (CADD).


    CAD is used in major areas like applications that involve computer system graphics, computer system- helped manufacturing, solid modeling, resolving by restraints, architectural function and VLSI design. Other fields that make use of the CAD are Architecture Engineering and Construction, Building Engineering (AEC), Mechanical CAD (MCAD), Electrical and electronic (ECAD), producing procedure preparation, and digital circuit design.


    CAD utilizes 4 basic phases that are utilized for developing and manufacturing. They are the requirement stage which gathers the basic requirements and develops the fundamental concept. The developing phase uses comprehensive component modeling and assembly modeling. The advancement phase makes use of engineering illustrations. The tool design is made use of in the production phase.


    Computer system Aided Manufacturing (CAM), CAD/CAM applications, CAD scanners, CAD resources, and the software made use of by these computer-aided methods all allow the drawing to be developed rapidly and quickly. General function CAD software, 3D making software application, CAD/CAM software, facility management CAD, architectural CAD software application, solid modeling CAD software and Mechanical CAD (MCAD) are the significant computer-aided software applications that are utilized.


    Computer Aided Design (CAD) is a kind of software automation that makes use of numerous computer-aided design tools that assists engineers, designers and other specialists in the design activity functions. The CAD is readily available in various plans ranging from 2D vector based drafting systems to 3D parametric surface and strong design modelers.


    CAD uses 4 fundamental phases that are used for manufacturing and developing.

  • workstations for CAD


    Some of the most common applications are: Autocad preparation, drafting services, CAD Outsourcing, 2D modeling, 3d modeling, animation, CAD Conversion, mechanical drafting and design, architectural cad drafting and design. When it comes to creating of structures, CAD is made use of in architecture as an efficient tool for creating all types of structures. CAD can likewise be utilized by customers in designing and establishing various products.


    Now when talking about CAD preparing software, CAD preparing software application is made use of mostly for establishing intricate and architectural device designs or drawings. CAD drafting software has all the main features available in typically used engineering CAD software. The most eminent attribute of this type of software application is that it enables users to differentiate components that is, to mark various elements of a design with different color mixes offered with the software application.


    This assists in reducing product design time and enhances the efficiency of the developed items. Nowadays, the most sophisticated CAD drafting software offered in the market can support approximately sixteen million color variations. Additionally the graphic interface (GUI) provided with the software application continually prompts the user to color each and every brand-new part that is contributed to the design products.

  • References

    The following are some resources for CAD, a blend of software and hardware that enables engineers and architects to design everything from airplanes to furniture. In addition to the software, CAD systems require a high-quality graphics monitor; a mouse, light pen, or digitizing tablet for drawing; and a special printer or plotter for printing design specifications. CAD systems allow an engineer to view a design from any angle with the push of a button and to zoom in or out for close-ups and long-distance views. In addition, the computer keeps track of design dependencies so that when the engineer changes one value, all other values that depend on it are automatically changed accordingly.


    It may seem surprising today, but until the mid 1980s all CAD systems were specially constructed computers. Now, you can buy CAD software that runs on general-purpose workstations and personal computers. However, to achieve the best performance most buyers will benefit from specialized high-performance workstations.

  • CAD Power

    Thoughts and rumination on getting the most out of custom workstations, laptops and other PCs.

    Many U.S. universities now include SolidWorks training as part of their curriculum. This is expanding rapidly largely due to the growing popularity of 3D printing. Here are some of the most popular programs featuring this sophisticated CAD software: The University of Alabama College of...