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ArchDev team. You will dive intoHSIO(High Speed IO -CXL/COU etc) and LSIO(Low Speed IO -etc) to make advancements in efficiency and stability for our GPU and SOC product. The SSG team is uniquely positioned to have an end-to-end view of the product development cycle - from early arch definition throughto product release. Ourarm is a hub for all silicon and system-level feature development, tradeoff analysis, system integration solutions, system POR alignment, validation, debug and tuning.
What You'll Be Doing:
Proactively dive into new feature and spec from Pre-Si and lead test strategies development, including functional validation strategy, characterization and tuning methodology, platform/component interoperability, test design, debug capability and tools/scripts, system, SLT, and manufacturing test requirement.
Lead IO new feature silicon bring-up, validation, and debug, and coordinate product schedule to release feature with high quality at aggressive schedule.
Deep dive into technically challenging IO Pre-Si and Post-Si bugs andlead debugefforts across various teams(ASIC/FW/SW/PHY/board)to fix the issue on schedule and envision design optimization and collaborate with designer to implement for next generation.
Proactively drive and identify opportunities and methods for test strategies and validation methodology optimization, efficiency improvement and innovation based on project learnings and challengings.
What We NeedSee:
BS or MS degree in EE/CE or equivalent experience.
5+ years in silicon system architecture, digital design, validation, and debugging in HSIO, LSIO, PLL, Clocking and SerDes related areas.
Depth in one or more areas of high-performance circuit SerDes and high-speed and Low-speed signaling, photonics, SRAMs, power delivery/regulation, security circuits, and high-speed logic).
Strong understanding on protocol spec in HSIO (PCIE, CXL, USB) andLSIO (SPI/I2C/I3C/UART).
Experiences on Power management and performance/power optimization, validation etc.
Strong EE fundamentals, knowledgeable in digital design, computer architecture, power analysis, timing analysis, fault analysis, sampling, statistics, and scripting.
Excellent verbal communication and written, presentation skills.
Deep understanding of firmware/driver structures and their interaction with HW.
Working knowledge of PVT dependencies and binning methodologies.
Experience with Python/perf etc script development, Windows and Linux OS is a plus.
Effective in a collaborative environment.
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