Maxim Integrated is a highly successful $2.31 billion company. With offices and manufacturing sites around the world, we design award-winning semiconductors that make the world more integrated. We also know that it’s our people who make us a great company. So we reward bold thinking, teamwork, personal growth, and community involvement. Want to make a difference and be challenged every day? Join us at Maxim Integrated. With analog integration, the possibilities are endless.
Maxim is seeking a results oriented digital IC design engineer to architect and design high speed SERDES products. The candidate will be responsible for design and verification of high-speed and low power digital circuits using state-of-the-art IC design methodologies and flows, which include architecture specification, multi-clock domain RTL design and verification, synthesis, static timing analysis, DFT (Design for Test), chip integration, and post silicon debugging.
The Colorado Springs Design Center develops high speed integrated circuits. As a design engineer on this team, you work in a team developing industry leading connectivity solutions for the automotive market. The products are developed in fine line CMOS technologies. You participate in the development from development of concepts and specifications through release to production.
Architecting and specifying digital sections of complex mixed signal ICs, including high speed serial interfaces and solutions for routing and aggregation of video data
Test bench development
Power consumption and power integrity analysis
Guiding the physical design and DFT efforts for your designs
Assisting production test development for your designs
Ensuring that sound design and verification methodology is followed
Experience with EDA tools such as:
Cadence: Incisive/Xcelium, Simvision, Conformal LEC and ECO, Emanager/Vmanager
Synopsys: VCS, Design Compiler, Primetime
RealIntent: Lint, CDC
Knowledge of SerDes protocols
Knowledge of scripting tools
Experience with logic synthesis
Protocol Knowledge (MIPI DPHY,CPHY,DSI,CSI, Ethernet, RGMII, HDMI, HDCP, DSC, DisplayPort, I2C, SPI, UART, AHB, APB)
Experience implementing RTL designs in FPGA
Knowledge of image and video processing
Knowledge of design for test, functional safety
Knowledge of low power design principles. Specifying low power design intent in UPF/CPF.