To understand the value of the Siemens Virtual Client, one must appreciate its three-layered architecture:
The SVC architecture shifts hardware management from decentralized endpoints to a centralized, virtualized platform. It relies on standard hypervisor technology, usually VMware vSphere ESXi, to create multiple Virtual Machines (VMs) on a single physical host server.
The shift toward virtual clients from a traditional hardware-centric approach is driven by tangible, significant benefits:
The Siemens Virtual Client is the crystallization of the Industry 4.0 promise. It dissolves the barrier between the digital design and the physical reality. By enabling engineers to simulate, validate, and optimize within a physics-based digital environment, Siemens has turned industrial machinery into software-defined assets.
To get the best experience from the Siemens Virtual Client, follow these guidelines: siemens virtual client
Operators on the factory floor still interact with their applications using monitors, keyboards, and mice. However, those peripherals are connected to lightweight, ruggedized hardware units called Thin Clients. The actual computing power, software execution, and data storage happen entirely on the centralized server infrastructure. Key Features of Siemens Virtual Client
This approach,, often utilizing thin clients to access virtualized PCS 7 engineering stations or OS clients, represents a shift towards "Software-defined automation" and provides significant advantages in maintenance, space utilization, and energy efficiency. What is a Siemens Virtual Client?
This service bundles a pre-configured, integrated solution that includes hardware, software (including the hypervisor), and comprehensive lifecycle services. The offering, based on a hyperconverged infrastructure (HCI) architecture, ensures high availability of industrial applications by automatically migrating workloads in the event of a server failure, making it a resilient foundation for critical production environments.
– You’ve found unusual files, configurations, or network behavior inside a Siemens Virtual Client environment (e.g., unexpected engineering tools, undocumented PLC connections, or anomalous user activity). To understand the value of the Siemens Virtual
Reduces administrative costs by merging several systems onto one server. Hardware Independence
Physical PCs with exposed USB ports and local hard drives are major security targets for malware and intellectual property theft. SVC centralizes all data within a secure server room or micro-data center. USB ports on thin clients can be locked down centrally, and data never leaves the secure server infrastructure. Streamlined Engineering and Maintenance
Siemens Virtual Client is suitable for various industries and use cases, including:
The "virtual client" concept in Siemens' portfolio has its origins in the evolution of classic Supervisory Control and Data Acquisition (SCADA) systems like SIMATIC WinCC. Traditionally, an operator station required a dedicated, powerful industrial PC (IPC) running the full client software. Virtualization introduced the ability to run multiple as software instances on a single, centralized server infrastructure. It dissolves the barrier between the digital design
: Centralizes updates, backups, and administrative tasks, significantly reducing the time required for system upkeep.
The Siemens virtual client concept primarily refers to SIMATIC Virtualization as a Service (SIVaaS)
The tangible value of the Virtual Client is best observed through the workflow of . This process unfolds in four stages: