High speed Board Design

abra R&D is Seeking an experienced High speed Board Design for real-time systems!

As a High-Speed Board Design Engineer, you’ll play a pivotal role in shaping the future of our electronic systems. Your expertise will drive the development of high-speed interfaces, ensuring seamless integration and optimal performance. If you’re ready to make an impact, read on!

Responsibilities:

• Circuit Design: Create and optimize electronic circuits, from initial concept to final delivery.
• High-Speed Interfaces: Dive into the world of high-speed interfaces, including JESD204, ETH-10Gbps, and ETH-25Gbps.
• FPGA/SOC Expertise: Leverage your experience in designing FPGA/SOC vehicles from leading manufacturers like Intel and Xilinx.
• Memory Components: Design fast DDR3/4/LP memory components that meet stringent performance requirements.
• Digital and Analog Integration: Work with integrated digital and analog components, including A2D and D2A converters.
• SI/PI Simulations: Perform signal integrity and power integrity simulations to ensure robust designs.
• Bring-Up Testing: Proven experience in performing Bring-UP tests for hardware and software integrated cards.
• Thoroughness and Responsibility: Pay meticulous attention to detail and take ownership of your work.
• Systemic Vision: Understand the big picture and collaborate effectively in a multidisciplinary environment.
  
  

• Educational Background: Bachelor’s degree in Electronics Engineering or a related field.
• Experience: At least 6 years of hands-on experience in electronic development.
• Technical Skills:Familiarity with high-speed interfaces (JESD204, ETH-10Gbps, ETH-25Gbps).
• Proficiency in designing FPGA/SOC vehicles (Intel/Xilinx).
• Knowledge of fast DDR3/4/LP memory components.
• Ability to work with integrated digital and analog components (A2D and D2A).
• Understanding of SI/PI simulations.
• Proven track record in Bring-UP testing for integrated cards.
• Documentation: Ability to write comprehensive characterization documents.
• Systemic Understanding: See beyond individual components and contribute to a holistic vision.