Mastering CAD Workstations: Unleash Productivity and Performance in 2023

CAD / "CAE Workstation" or desktop how to select and which hardware parameters are important. Selection of computer processor or CPU, Motherboard, RAM, "GPU", SSD and HDD. For CAD Desktop or CAD Workstation higher single core CPU frequency is important and fore CAE more cores are required. A general thumb rule is 8 GB of RAM per CPU core or 16GB of RAM for each million DOF are suggested. Two SSD configuration is recommended one for operating system and other for Job or solver directory. This video will help to select CAD and "CAE workstation". This is applicable for Autodesk, Dassault's, PTC and other CAD tools. Creo, "Solidworks", CATIA, Inventor, fusion 360, Rhino, Solidedge NX etc. Foe CAE system Ansys, Abaqus, Altair, MSC, LS-Dyna, MSc Nastran, Optistruct, Radioss all these solver can benefit with explained system configuration. "cad workstation" 'gpu for cad" "ansys"
"fea" "finite element analysis" "cae"
"ansys" "ansys workbench"

Welcome to our YouTube channel! Today, we have an exciting video where we dive into the essential system requirements for analysis, CAD, and CAE workstations. If you're interested in optimizing your system for CFD analysis and other simulations, this video is a must-watch! Let's jump right in and explore the key components you need to consider.

In this video, we'll cover everything from choosing the perfect CPU and motherboard to understanding RAM capacity and different types of GPUs. We'll also highlight the importance of GPU accelerators in boosting performance. So, whether you're a beginner or an experienced professional, this video will provide you with valuable insights to enhance your workflow.

But wait, there's more! We believe that continuous learning and striving for success are essential in life. That's why our channel's motto is all about learning, doing the right things, and achieving success. Join our community of like-minded individuals by hitting that subscribe button and turning on the notification bell. Don't forget to share this video with others who might find it helpful.

We value your feedback, so please leave a comment and let us know your thoughts on this video. If you found the content informative and engaging, show your support by hitting the like button. And hey, we understand that not every video is everyone's cup of tea. If you didn't enjoy it, feel free to dislike it. However, we still encourage you to subscribe to our channel as we regularly release new videos related to CAE simulation, CAD, and various technologies in mechanical engineering.

Now, let's address a common question: should you build your own system or opt for a branded one? We'll provide you with an in-depth answer that considers factors like warranties, performance optimization, and cost savings. Additionally, we'll discuss whether a high-configuration laptop or a desktop is the better choice for your needs.

Throughout the video, we'll share valuable insights, specifications, and comparisons, ensuring you make informed decisions when building or upgrading your workstation. We'll also delve into the world of instruction sets, technologies, and GPU architectures, providing you with a comprehensive understanding of these crucial components.

So, join us on this journey as we explore the fascinating world of analysis workstations and help you maximize your system's potential. Remember, knowledge is power, and by staying updated with the latest advancements, you can stay ahead in your field. Get ready to optimize your system and elevate your workflow!

00:00 CAD CAE Workstation
00:30 Content
00:50 Subscribe
03:05 CPU Selection
07:40 Motherboard Selection
11:17 RAM
14:03 SSD, HDD, NVMe
14:40 GPU
18:51 Motherboard Chipset
22:30 Motherboard Layout
23:10 CPU Instruction Set
24:00 CAD Workstation Configuration
26:30 Tips and Tricks

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