In the rapidly evolving landscape of industrial automation and digital transformation, the concept of the traditional "permanent desk" is becoming obsolete. Engineers, plant managers, and maintenance crews need access to high-powered engineering software (like TIA Portal, NX, and Simcenter) from anywhere—whether they are on the factory floor, working from home, or collaborating across continents.
To meet these challenges, Siemens partnered with Microsoft, adopting a modern Cloud PC strategy that integrates two powerful solutions:
It allows operators to test NC programs in 3D simulations before running them on actual machines.
The Siemens Virtual Client has a wide range of applications across various industries, including: siemens virtual client
For the vast majority of mid-to-large manufacturing enterprises, the shift to the Siemens Virtual Client is inevitable. It aligns with the industrial trend of "compute follows the user" rather than the user following the compute.
Keywords: Siemens Virtual Client, SVC, TIA Portal virtualization, SIMATIC thin client, industrial VDI, Siemens VDI solution, WinCC virtualization.
While RDP works for basic tasks, the is optimized for industrial visualization . TIA Portal and WinCC are graphically intensive, requiring low latency and high frame rates for smooth operation of HMI simulations. SVC leverages protocols like PCoIP (PC over IP) or HDX (High Definition Experience) from Teradici/Citrix, which are superior to standard RDP when dealing with real-time 3D visualizations, alarms, and trending charts. In the rapidly evolving landscape of industrial automation
Using Process Simulate, companies can simulate robots, PLCs, and human workers in a 3D environment.
Looking forward, Siemens is positioning the Virtual Client as the gateway to the (as promoted at Siemens Xcelerator).
Siemens Virtual Client is particularly beneficial in industries where reliability, cleanliness, and security are critical: The Siemens Virtual Client has a wide range
Several industries have already successfully implemented Siemens Virtual Client, achieving significant benefits and improvements in efficiency. Here are a few examples:
No solution is perfect. The Siemens Virtual Client has three primary challenges:
The technology extends to training and testing for electrical infrastructure. In Peru, the company PRESEL used the to conduct virtual training for 22 employees. The tool allowed them to interact with virtual relays and simulate real faults, providing a realistic and safe training environment equivalent to working with physical hardware.
Siemens has introduced software-based versions of its hardware controllers, allowing for hardware-independent automation.
With the 3D option in Run MyVirtual Machine , users can visualize the machine body's movements and set up complex jobs with vices, tool holders, and clamps before ever touching the physical machine.
