At Optitech-EMS, Product Engineering and Design is centered on developing reliable and manufacturable electronic solutions for mission-critical applications across industrial, railway, automotive, and IoT sectors. With decades of experience in microcontroller and processor-based systems, we specialize in embedded design, firmware development, Linux-based systems, and in-house PCB design. Our engineering approach follows Design for Manufacturability (DFM), Design for Assembly (DFA), and lifecycle-focused component selection, ensuring seamless transition from concept to mass production. By combining hardware, software, and validation under one roof, we deliver scalable, high-performance, and production-ready electronic products aligned with global EMS standards.
Embedded Systems & IoT
- Real-time firmware development
- BSPs and device drivers
- Secure boot & OTA strategies
- Industrial & railway IoT
- Edge data acquisition systems
Linux & High-Speed Platforms
- Linux-based embedded platforms
- High-speed processors & SoCs
- DDR & high-speed interfaces
- Signal-integrity layouts
- Kernel customization
In-House PCB Design
- Schematic & multilayer PCB
- Mixed-signal & high-speed design
- EMI & power integrity
- DFM & DFA discipline
- Production-ready outputs
Microchip
Embedded system development using Microchip microcontrollers for industrial and transport electronics.
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Texas Instruments
High-performance embedded designs using TI MSP and ARM processors for real-time applications.
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NXP
Advanced embedded architecture using NXP platforms for railway, automotive and IoT systems.
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STMicroelectronics
Scalable system design leveraging STM microcontrollers for smart devices and automation.
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