What is Product Lifecycle Management (PLM)?
Learn what Product Lifecycle Management (PLM) is and how it helps teams manage product data, processes, and collaboration across the lifecycle. Discover the key benefits and PLM tools driving innovation.
This desktop software enables you to view .dwg files and includes DWG TrueConvert software, which lets you convert newer .dwg files to work with older versions of AutoCAD.
In this blog we outline the system requirements for Autodesk® DWG TrueView 2018.
| System requirements for DWG TrueView 2018 | |
|---|---|
| Operating System |
Note: DWG TrueView 2018 is not supported on the 32-bit version of Windows 10. |
| CPU Type | 1 gigahertz (GHz) or faster 32-bit (x86) or 64-bit (x64) processor |
| Memory | 2 GB |
| Display Resolution | Conventional Displays: 1360 x 768 (1920 x 1080 recommended) with True Color
High Resolution & 4K Displays: |
| Disk Space | Installation 4 GB |
| Pointing Device | MS-Mouse compliant |
| Media | Download only |
| .NET Framework | .NET Framework Version 4.6 |
| Languages | English, Japanese, French |
| Additional Requirements for Large Datasets | |
|---|---|
| Memory | 8 GB RAM or more |
| Disk Space | 6 GB free hard disk available, not including installation requirements |
| Display Card | 1920 x 1080 or greater True Color video display adapter; 128 MB VRAM or greater; Pixel Shader 3.0 or greater; Direct3D®-capable workstation class graphics card. |
Note: 64-bit operating systems are recommended if you are working with Large Datasets.
For more information on any of the system requirements we outlined above, don’t hesitate to contact us HERE
Learn what Product Lifecycle Management (PLM) is and how it helps teams manage product data, processes, and collaboration across the lifecycle. Discover the key benefits and PLM tools driving innovation.
Discover what ISO 19650 is, how it supports BIM information management, and why it’s essential for digital construction. Learn how Symetri Ireland can help your team implement ISO 19650 workflows.
A simulation is an imitation of a real system or process. It is used to understand, predict, or analyze how a system behaves under different conditions.