Glück Engineering GmbH

Logo von Glück Engineering GmbH

Glück Engineering GmbH
Im kalten Brunnen 29
72666 Neckartailfingen
Deutschland
https://www.glueck-engineering.de/

Dipl.-Ing. Thomas Schmidt
Geschäftsführer
Tel.: +497127 / 934030-1
Contact per mail

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Slogan

FPGA, high-speed PCB, and rugged electronics for safety-critical and demanding systems

Profile

Glück Engineering GmbH develops complex and robust electronics for demanding applications in industry, the automotive sector, and security and defense technology. The company specializes in FPGA/SoC systems, high-speed PCBs, power electronics, hardware-close firmware, and system integration. The company has particular expertise in EMC robustness, signal and power integrity, real-time data processing, and long-lasting electronic solutions for harsh operating conditions.

Information

Glück Engineering GmbH develops complex electronic systems for industrial, automotive, and security and defense applications. Our areas of focus include FPGA/SoC systems, high-speed multilayer PCBs with up to 24 layers, PCIe, multi-gigabit Ethernet, SerDes, DDR, power electronics, hardware-close firmware, and system integration. We have particular expertise in EMC robustness, signal and power integrity, real-time data processing, thermal design, and long-life electronics for demanding operating conditions. Our profile is further enhanced by experience gained from development projects with companies in the AeroVironment Group in the field of custom electronics for robotics, security, and defense applications. In addition, we have experience from publicly funded technology projects such as HiPer and MANNHEIM-CeCaS and are seeking new collaborations with system integrators, research institutions, and technology partners.

Technology / Research

  • FPGA/SoC Design
  • High-Speed and High-Pin-Count FPGA Systems
  • Real-time signal and data processing
  • PCIe, Multi-Gigabit Ethernet, and SerDes
  • DDR Memory Interfaces
  • High-Speed Multilayer PCBs with up to 24 Layers
  • Signal Integrity and Power Integrity
  • EMC-compliant and EMC-robust hardware design
  • Power electronics and power supply design
  • Rugged embedded systems for demanding operating conditions
  • Thermal and electrical system design
  • Low-level firmware
  • Board bring-up and system integration
  • Sensor and Communication Interfaces
  • Reliable and durable electronics
  • FPGA-based acceleration and edge computing
  • Secure and highly available embedded computing platforms

Products / Services

  • Development of custom electronics for security and defense applications
  • FPGA/SoC hardware development
  • High-speed PCB design and layout up to 24 layers
  • Circuit development and hardware architecture
  • PCIe, Ethernet, DDR, and SerDes integration
  • Real-time data processing and communications hardware
  • Rugged Embedded Electronics
  • Signal and power integrity optimization
  • EMC Optimization and Robustness Development
  • Power Electronics and Power Supplies
  • Hardware-Close Firmware
  • Prototype and Demonstrator Development
  • Board Bring-Up, Testing, and Commissioning
  • System integration
  • Redesign and Further Development of Existing Electronics
  • Long-term support and production support
  • Development support for research and collaborative projects