Overview
We are seeking a highly skilled FPGA Engineer to architect and implement high-performance digital logic for next-generation camera platforms. This role is pivotal in enabling real-time video processing and efficient sensor integration.
Key Responsibilities
Design & Implement Camera Interfaces: Develop FPGA logic to handle high-speed camera data streams (e.g., MIPI, LVDS, CSI).
Real-Time Image Processing: Integrate or design FPGA IP cores for image signal processing, filtering, and feature extraction.
Sensor Synchronization: Ensure precise timing between multiple camera modules and other sensor inputs.
Latency Optimization: Optimize FPGA architectures for low-latency video capture and data throughput.
Verification & Testing: Create simulation testbenches and perform hardware-in-the-loop testing for camera pipelines.
Collaboration: Work closely with camera hardware and system integration teams to define requirements and validate performance.
1.Work with Hardware, BIOS ,BMC, and Firmware team for CPLD design, validation, and maintenance
2.Develop Server production power on sequence control logic by CPLD / FPGA
3.Implement new technology and design concept in CPLD / FPGA
Design test plan, development specification, and issue tracking.
The Team and Role:
The Embedded SW Test team’s mission is to strengthen the firmware validation process and fully automate the test procedures. We develop truly innovative test instruments and tools to achieve this goal.
The FPGA Firmware Developer /Test Engineer is responsible for designing, implementing and testing FPGA firmware used for test automation.
Your Contribution:
Be Yourself. Be Open. Stay Hungry and Humble. Collaborate. Challenge. Decide and just Do. These are the behaviors you’ll need for success at Logitech. In this role you will:
• Participate in the development of a test automation framework
• Leverage your technical hardware and software skills to design & implement the testing infrastructure
• Evaluate and develop new FPGA modules to automate the integration test suites for our next generation devices
• Develop, run and maintain automated scripts to prove product conformity regarding component specification
• Improve processes or propose improvement where’s applicable
【About Us】
VICI Holdings' Hardware team is seeking a Senior Digital Design Engineer to join our dynamic group. In this role, you will be pivotal in advancing our trading systems, contributing to the development and enhancement of cutting-edge technologies. We boast the leading digital hardware development team in Taiwan and possess FPGA design technology in parallel with wall street trading firms. This expertise enables us to build ultra-low-latency, fully automated trading systems. Our trading strategies cover stocks, futures, and derivatives, achieving a daily global trading volume in the hundreds of millions dollars.
【Roles/ Responsibilities】
• Micro-architecture, design and implement high-performance digital circuits optimized for low-latency application
• Develop high speed data paths, ensuring minimal logic depth and efficient pipeline
• Optimize critical paths and combinational logic to reduce propagation delays and improve throughput
• Work with Verilog/ SystemVerilog to implement RTL design
• Apply parallelism and resource sharing techniques to enhance performance and throughput
• Develop latency-aware micro-architectures for real-time processing and networking applications
• Debug, optimize and iterate on designs using FPGA platform and cycle-accurate simulation
• Work closely with digital/system verification engineers to ensure functional correctness and performance validation
• Take ownership of FPGA verification tasks to ensure design correctness and performance.
• Develop and execute verification plans for high-speed IPs such as PCIe, Ethernet, and Switches.
• Support system validation engineer to debug FPGA issue
Design Collaboration:
• Collaborate closely with Algorithm, software, design validation and application team to define micro-architecture
Performance Analysis:
• Conduct performance testing and analysis, ensuring the low-latency goals are met across various use cases.
• Capability to solve routing timing issue and analysis FPGA timing report result.
【Candidate Requirements】
• Master’s degree or above in EE, CE, or CS, plus 3–8 years of high-speed digital-design experience
• Hands-on experience in IP-level digital-circuit design or IP integration (preferred)
• Proficient in debugging and optimization with VCS and Verdi simulation tools
• Comfortable working in Linux/Unix environments
• Strong analytical and problem-solving skills with a performance-driven mindset
【Other Requirements】
• Proven ability to solve complex design challenges and deliver robust solutions
• Experience designing ultra-low-latency data paths—arithmetic units, multiplexers, FIFOs, registers—for high-performance applications (preferred)
• Familiarity with FPGA verification tools such as Quartus or Vivado (a plus)
• Knowledge of high-bandwidth memory interfaces (DDR, HBM, etc.)
• Understanding of networking protocols (Ethernet, PCIe, etc.)
【Interview Process】
• Resume Screening → HR Phone Screen → Face-to-Face Interview (with 30-60mins on-site coding test)
1. Work closely with Hardware, BIOS ,BMC, and Firmware team for CPLD / FPGA design, validation, and maintenance.
2. Develop multiple bus protocols including I2C / power sequence / SPI / LPC / SGPIO / I2C switch/ UART / PWM / eSPI on Server / Storage product by CPLD/FPGA.
3. The test issue analysis and track and troubleshoot of the project.
The successful candidate will work with team members and apply his/her design techniques to work on different phases of complex logic design for ASIC/SOC project. The role will include working on the following tasks from time to time: HDL coding, documentation, RTL quality check, cooperate with back-end engineer etc.
【Key Responsibilities】
- Responsible for front-end digital logic design in ASIC/SOC projects.
- Perform HDL coding (Verilog/SystemVerilog).
- Prepare and maintain design documentation (specifications and design documents).
- Conduct RTL quality checks (Lint, CDC, power analysis, etc.).
- Collaborate with Backend/Physical Design engineers to achieve timing closure.
【Core Requirements】
- Education/Experience: Master’s degree with ≥ 2 years, or Bachelor’s degree with ≥ 3 years of digital ASIC/SOC design experience.
- RTL Design: Proficient in RTL coding using Verilog/SystemVerilog or VHDL.
- TO / Front-End Flow: Familiar with front-end design flow, including synthesis, Lint, CDC, and STA.
- EDA Tools: Experience with tools such as Lint, CDC check, and PrimeTime PX (power analysis).
- Documentation: Ability to write design specifications and technical documents.
- Collaboration: Work closely with the Design Verification (DV) team on IP verification.
【Preferred Qualifications】
- Familiarity with CPU architectures (x86/ARM/8051).
- Knowledge of AMBA bus protocols (AXI/AHB/APB).
- Understanding of PCIe protocol.digital IP/SOC design verification.
Job Description:
Microchip’s Wireless Solutions Group is seeking a FPGA engineer to support SOC development for our next generation, mixed signal, wireless products. The role will focus on the areas of RTL design, FPGA synthesis and FPGA system bring-up, debug and validation. It will require a proactive candidate with a proven record of success in cross functional and cross site team environments.
Key Responsibilities:
• Collaborate with the design team to develop and optimize the RTL for FPGA , ensuring its efficiency and functionality.
• Conduct FPGA synthesis using industry-standard tools to transform RTL code into a target FPGA device.
• Assist in the initial bring-up of the FPGA system, ensuring proper functionality and identifying and resolving any issues that may arise.
• Perform through testing and validation of the SOC design, both at the RTL level and in the FPGA implementation, and resolve any bugs or issues that are discovered.
• Collaborate closely with the FW (Firmware), Validation, and RF teams to successfully carry out FPGA system bring-up, debug, and validation activities.