The Challenge
When architecture, function, and technology compete for the same space
Modern buildings are becoming increasingly interconnected – while at the same time, the available space for technical control elements continues to shrink.
Planners and system integrators are therefore faced with a fundamental tension:
- Compact design combined with high functionality
- High demands on UI performance and responsiveness
- Seamless and straightforward integration into modern living concepts
- Long-term technical stability in building operations
Conventional control solutions quickly reach their limits here – whether in terms of form factor, performance, or design integration.
Our Solution
One platform for compact, high-performance control concepts
Schubert System Elektronik is developing a modular embedded platform for smart building applications that combines performance, compactness, and design freedom in a single system.
The architecture is consistently designed for scalability, enabling different performance levels within a unified system concept — from energy-efficient embedded solutions to high-performance processor platforms.
The result: control panels that don't have to subordinate themselves to the architecture — they integrate seamlessly into it.
Your Benefits at a Glance
Modularity
- One platform (ARM or x86) for all performance classes
- Scalable to meet individual requirements
Customizability
- Individual design with printing, cutouts, and logos
- End-customer-ready packaging concept
Market and Product Versatility
- Flexibly integrable into diverse ecosystems, applications, and environments
Investment Security
- 10-year availability
- Active obsolescence management
Product Details & Technology
Our ultra-compact control panels combine industrial robustness with cutting-edge high-performance technology — engineered for demanding smart building and building automation systems.
Hardware
- The platform is built on a highly integrated, industrial electronics architecture in an extremely compact form factor.
- High-performance ARM-based embedded systems enable smooth user interfaces, fast response times, and reliable 24/7 continuous operation.
- An optimized thermal and EMC design ensures stable performance even in complex installation environments.
- Maximum supply security through an extensive supplier network, combined with full product design ownership through in-house development and manufacturing.
Software
- The software is lean, modular, and designed for maximum efficiency.
- A clear separation between the system and UI layers enables stable processes, short response times, and straightforward integration into existing building automation systems.
- Security, stability, and real-time capability are at the core of the architecture.
Usability
- High-resolution displays with optically bonded protective glass deliver brilliant image quality and exceptional durability in everyday use.
- Projected capacitive multi-touch ensures precise operation, while proximity and ambient light sensors automatically activate the interface and adapt it optimally to the surrounding environment.
Why our solution?
Unlike conventional panel PCs or standard HMIs, we offer a consistently integrated solution designed for industrial reality:
Less footprint, less complexity, more control, and maximum supply security.
Everything from a single source –
In-house development and manufacturing in Germany
Specification -Range
- Screen diagonals from 2.8" to 10.1"
- Display technologies, e.g. AMOLED
- 2 mm protective glass, hardened and anti-reflective (Gloss 100)
- Translucent printing, cutouts and logo
- Peripherals: sensors, speaker, microphone, WLAN
- Integrated ambient light and proximity sensor
- Electronics platform: ESP32 or MediaTek, STMicroelectronics
- Android BSP, operating system
- Plastic housing with snap-fit mechanism
- Connectivity via CAN or Bluetooth
- 24 V power supply
- Installation dimensions: 70x70mm and surface-mount
Let us assess how your smart home or building automation can be implemented with a compact HMI control panel.
Check feasibility