# VTS 2030 for Infotainment-Systeme > Source: https://mcd.site team.de/en/industries/communication-audio/vts-2030-for-infotainment-systeme/ > Last updated: 2026-10-05 --- VTS 2030 for # Infotainment-Systeme [Learn More](#) ![](https://mcd.site team.de/wp-content/uploads/2026/07/VTS230-infotainment-systems_mcd_001-1024x683.png) ## With the VTS 2030 test system series, MCD Elektronik offers a standardized, flexible platform for test applications in the infotainment and manufacturing sectors. These scalable systems enable fast changeover times, customization, and seamless integration into existing production and testing processes. This results in future-proof solutions that meet increasing quality and time-to-market requirements. ## Challenges and Concept ![](https://mcd.site team.de/wp-content/uploads/2026/07/VTS230-infotainment-systems_mcd_003-1-scaled.png) ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30131.svg) A modern test system such as the VTS 2030 is the result of carefully balancing test requirements, the manufacturing environment, and quality objectives. The process begins with a structured analysis: Which functions need to be tested? Which interfaces, cycle times, and traceability requirements are relevant? And what data is needed for evaluation and quality verification? Building on this, a scalable testing concept is developed—ranging from functional testing to end-of-line or automated test systems. The modular design of the VTS 2030 allows for flexible combinations of measurement systems, software, adapter technology, and automation components, including robotic solutions for handling and test sequences. A key advantage is its high level of adaptability: test programs, modules, and adapters can be expanded or replaced without having to rebuild the entire system. This ensures that the solution remains efficient and future-proof even when product variants change. The result is a test platform that documents measurement data in a traceable manner, supports error analysis, and integrates seamlessly into existing manufacturing and laboratory environments. ## Scope of Testing and Functionality ![](https://mcd.site team.de/wp-content/uploads/2026/07/VTS230-infotainment-systems_mcd_004-1-1024x683.png) ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30131.svg) The modular design of the VTS 2030 allows for flexible adaptation to a wide variety of test requirements in development, production, and quality assurance. The system is based on a scalable modular concept featuring a bus master, module carriers, and freely combinable function modules that can be individually expanded or replaced. This makes it possible to efficiently perform both simple functional tests and complex test tasks. Various measurement, control, and communication modules are integrated via standardized interfaces as well as internal and external MCD buses. These include, among others, power supplies, I/O modules, CAN/LIN connections, and audio interfaces. This architecture enables the rapid implementation of customer-specific test systems while ensuring a high degree of component reusability. This creates a future-proof platform that adapts flexibly to new requirements and makes the entire testing process more efficient in the long term. ## Test Methods Used and Results ![](https://mcd.site team.de/wp-content/uploads/2026/07/VTS230-infotainment-systems_mcd_005-1-1024x683.png) ![](https://mcd.site team.de/wp-content/uploads/2026/06/Group_30132.svg) The VTS 2030 integrates seamlessly into automated manufacturing environments and enhances traditional test processes with modern robotic solutions. By connecting collaborative robots (cobots), test sequences, the handling of test specimens, and the loading and unloading of assemblies can be automated. Precise position detection using landmarks ensures safe and repeatable handling. The system also demonstrates its strengths in fully automated production lines: robotic arms handle the gripping of tools and test specimens as well as the operation of the test adapters. Additional components, such as camera systems, can be flexibly integrated and expand the capabilities for visual inspection and process monitoring. This results in a highly flexible, automated testing environment that increases efficiency, reduces errors, and adapts optimally to modern production requirements. ## FREQUENTLY ASKED QUESTIONS ### FAQS What is the VTS 2030 test system? The VTS 2030 is a modular, scalable test system for infotainment, automotive, and communication & audio applications. Developed by MCD Elektronik, it combines measurement, control, and automation technology in a flexible platform for functional testing, end-of-line (EOL) testing, and production testing. For which applications is the VTS 2030 suitable? The system is primarily used for functional testing, end-of-line (EOL) testing, quality assurance, and development testing. Typical applications include infotainment systems, audio components, control units, and communication modules in the automotive and electronics industries. What are the advantages of modular architecture? Thanks to its modular design, measurement, control, and communication modules can be flexibly combined or expanded. This allows the system to be quickly adapted to new products, variants, or test requirements without having to develop an entirely new test system. Can the VTS 2030 be integrated into existing production lines? Yes, the system is designed specifically for that purpose. It can be easily integrated into existing manufacturing and testing environments—both manual and automated lines—via standardized interfaces and industrial communication buses. Does the system support automation and robotics? Yes. The VTS 2030 can be combined with robotic solutions such as cobots or traditional industrial robots. These robots can, for example, handle test specimens or load test adapters, making processes more efficient and reproducible. What measurement and analysis features are included? Among other things, the system supports voltage, frequency, and FFT analyses, as well as U/I/f/t measurements. It also enables data acquisition, statistical analysis, and comprehensive quality documentation. How scalable is the VTS 2030? The system is highly scalable: Depending on the application, it can start with up to 128 measurement channels and be expanded to up to 512 channels. This makes it suitable for both small test benches and complex test environments. Which interfaces are supported? The VTS 2030 supports a wide range of industrial interfaces, including CAN, LIN, USB, PLC connections, as well as serial and LAN-based communication. This enables broad integration into existing systems. Is the system also suitable for future requirements? Yes. Thanks to its modular and expandable architecture, the VTS 2030 is designed to be future-proof. New testing requirements, additional modules, or software enhancements can be integrated at any time. Can I have the system customized to fit my specific needs? Yes, the VTS 2030 is typically configured to meet specific customer requirements. The hardware, software, and adapter technology are all tailored to the respective test requirements. How do I submit a request or schedule a consultation? The easiest way is to contact MCD Elektronik directly. There, you can discuss your specific application and begin the process of finding a suitable test system solution. ![](https://mcd.site team.de/wp-content/uploads/2026/05/Multiple-Layers-1.webp) ## KEY FACTS Measurement System and Scalability ### VTS 2030 Measurement System (3U) ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with ULC FPGA measurement card ### Up to 128 measurement channels ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Scalable to up to 512 channels ### IPC-based system running Windows® ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### 19-inch form factor and 22-inch display Measurement and Analysis Functions ### VTS 2030 Measurement System (3U) ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with ULC FPGA measurement card ### Up to 128 measurement channels ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Scalable to up to 512 channels ### IPC-based system running Windows® ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### 19-inch form factor and 22-inch display Software and User Interface ### VTS 2030 Measurement System (3U) ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with ULC FPGA measurement card ### Up to 128 measurement channels ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Scalable to up to 512 channels ### IPC-based system running Windows® ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### 19-inch form factor and 22-inch display Interfaces and Communication ### VTS 2030 Measurement System (3U) ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with ULC FPGA measurement card ### Up to 128 measurement channels ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Scalable to up to 512 channels ### IPC-based system running Windows® ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### 19-inch form factor and 22-inch display Adapters, Test Inserts, and Options ### VTS 2030 Measurement System (3U) ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### with ULC FPGA measurement card ### Up to 128 measurement channels ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### Scalable to up to 512 channels ### IPC-based system running Windows® ![](https://mcd.site team.de/wp-content/uploads/2026/05/Group-2147226339.svg) ### 19-inch form factor and 22-inch display [DOWNLOAD TECHNICAL REPORT](https://mcd.site team.de/wp-content/uploads/2026/07/fachbericht-hf-test-messtec_mcd.pdf) Learn more directly from the HF-Test Messtec technical report DOWNLOAD CASE STUDY Learn more directly from the Messtec HF Test application report ## REFERENCE PROJECTS [![](https://mcd.site team.de/wp-content/uploads/2026/06/pattern-5-2.png)](https://mcd.site team.de/en/industries/communication-audio/fct-for-infotainment-systems/) FCT for Infotainment Systems [![](https://mcd.site team.de/wp-content/uploads/2026/06/pattern-6-1-1024x1013.png)](https://mcd.site team.de/industries/comunication-audio/eolt-fuer-usb-kabel/) EOLT frr USB-Cables ![](https://mcd.site team.de/wp-content/uploads/2026/05/Multiple-Layers-1.webp)