Siemens provides the full stack, including hardware, hypervisor, software, and configuration. Core Features and Benefits of Siemens vDesktop
A virtual desktop, or VDI (Virtual Desktop Infrastructure), is a workstation that exists virtually, separated from the physical device used to access it. takes this concept and applies it specifically to industrial environments.
Specifically designed to handle graphics-rich tasks. Through GPU acceleration, users can run CAD/CAM/CAE applications like Siemens NX with the same fluidity as a high-end local workstation.
Unlike general IT virtualization providers, Siemens focuses on the integration of IT (Information Technology) and OT (Operational Technology). Their solutions are specifically optimized for Siemens software (SIMATIC) and industrial reliability requirements.
If you are interested, I can provide more information on how Siemens specifically addresses graphical performance for engineers in their vDesktop setup. How Siemens meets zero trust requirements with Windows 365 vdesktop siemens
Siemens performs rigorous system testing on various platforms, though it doesn't issue a single "recommended" platform. Use the official to verify platform support for your specific software versions.
Furthermore, for heavy CAD (Siemens NX) requires GPU-paravirtualization, which adds cost. Organizations must carefully profile their workloads to decide which users get a shared vDesktop versus a high-end dedicated virtual workstation.
| Solution | How it works | Siemens compatibility | |----------|--------------|----------------------| | | Raspberry Pi with usbip binds dongle; vDesktop attaches via network USB. | Stable for green dongles; SLM may drop after host sleep. | | Dedicated USB server | Digi AnywhereUSB Plus or SEH UTN Server. | Siemens-certified? Unofficial, but works. | | Floating license (ALM) | Store licenses on a network license server (Win VM). Recommend using SLM – Software License Manager instead of USB dongle. | Preferred – move to NALM (Network ALM). | | Hardware Security Module | Not recommended for small teams. | Overkill. |
Siemens delivers hardware, virtualization software layers, and dedicated support from a single source, simplifying updates and long-term system maintenance. Specifically designed to handle graphics-rich tasks
Siemens vDesktop represents the company's approach to . Rather than relying on physical, location-bound workstations, employees access their desktop environment—including operating systems, applications, and data—remotely via a network.
Fully functional desktop environments running in the cloud.
Employees benefit from the freedom to work from anywhere, using any device, while maintaining access to their personalized desktop environment. This flexibility improves work-life balance and productivity. 5. Reduced IT Operational Overhead
Goal: Improve engineer productivity by providing a single, context-aware virtual desktop that auto-configures tools, data, and permissions for Siemens engineering tasks (PLM, CAD, PLC, HMI, simulation). open standards like OPC UA
Instead of having a physical server or computer dedicated to every single application on the factory floor (PLC programming, SCADA systems, HMI, MES), Siemens allows multiple virtual machines (VMs) to run on a single, powerful physical host machine.
For decades, an engineer’s workstation was a physical PC, often under the desk in a control room. It ran specific software versions, had a complex licensing setup, and when it failed or needed an upgrade, it meant significant downtime. Virtual Desktop Infrastructure (VDI) changes this entirely.
Setting up a traditional physical workstation can take days. With Windows 365, a virtual workstation can be configured and available in under two hours, providing immediate support when hardware breaks down or new staff joins. 3. Increased Security (Zero Trust)
A key application area for WinCC OA is in where flexibility, platform independence, and the ability to integrate components from different vendors are crucial. WinCC OA can run on various operating systems including Windows, Linux, iOS, and Android and can interface with a vast number of drivers, open standards like OPC UA, and industrial protocols.