As an Networking ASIC Engineer on the Infrastructure silicon team at Meta, you will be a key player in defining the networking architecture for the leading edge AI training and inference accelerators. Your primary focus will be on networking silicon architecture definition, modeling, performance analysis and collaborating with cross-functional teams.
Evangelize your innovative networking architectural solutions with your peers and leadership, while mentoring members of the architecture team.
Collaborate with cross functional teams working on data center networking architecture, network system design, micro-architecture, RTL design, Design Verification, Firmware/Software development, Pre-Post silicon validation and Program Management to deliver first pass functional silicon.Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience. 10+ years of experience ASIC development experience for enterprise, data-center or hyperscaler use cases Experience in delivering 10G, 100G, 100G+ line rate ethernet or converged ethernet NIC technologies and designs Experience developing acceleration hardware for TCP, UDP, IP, Infiniband, or RDMA technologies Experience working with large clusters of Ethernet or RoCEv2 or Infiniband or NVlink fabrics Experience with networking control plane and SW aspects - Ethernet or RDMA Complete knowledge of ASIC development on advanced process nodes using chiplet based solutions Experience working with MPI, Collectives and Communications technologies in hyperscale environment Experience and knowledge of data center networking solutions used in large scale clusters, including shallow buffered switches, TOR switches, routers, GPU and CPU servers/acceleration devices Experience in using performance models, performance analysis and performance correlation Experience in performance analysis and performance tuning of RoCE based technologies Experience with upcoming networking standards like UEC Experience in developing PCIe based NICs, Front-end and Back-end NICs