Drive the revolution to photonic interconnect for high performance data centers by optimizing optical systems between optical capabilities and data center needs
Job Summary
Drive the revolution to photonic interconnect for high performance data centers by optimizing optical systems between optical capabilities and data center needs.
Define and drive optical subsystem architecture for the next generation data center, including designing scalable optical hierarchies and packaging optics.
Work closely with CPU architects, interconnect designers, and software teams to ensure seamless integration and explore emerging optical technologies.
Matching Summary
Drive the revolution to photonic interconnect for high performance data centers by optimizing optical systems between optical capabilities and data center needs.
Skills & Requirements
Must-have
Optical systems optimization
Data center needs understanding
Co-packaged optics experience
Photonic and networking standards
Performance modeling and simulation
Nice-to-have
Hyperscale data center workloads
AI/ML memory optimization
Heterogeneous compute integration
Industry standards contributions
Key Requirements
Master's degree in Electrical Engineering, Computer Engineering, or related field
12+ years in subsystem architecture and design for CPUs or SoCs
Proven experience with Optical Photonics
Deep knowledge of Optical Architecture and standards
Familiarity with CXL, PCIe, and interconnect technologies
Experience with performance modeling tools and EDA flows