Signal Integrity in High Performance Computer Switch Platform Design-From Microwave to Optical Engineering
Due to the high volume data processing nature of AI, the demand of high speed switches with low latency for data centers surges. In this talk, the high-speed channel design and optimization of HPC switches will be introduced from signal integrity perspectives. Students are expected to know the function of channel components like DSP equalizer, PCB traces, copper/ optical cables, ASIC packages, modulation techniques etc. and their correlation to the classes offered in EE.
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- 1331 Palo Verde Avenue
- Electrical Engineering Department
- Long beach, California
- United States 90840
- Building: Vivian Engineering Center (VEC)
- Room Number: VEC 424
Speakers
Dr. Ya-Chi Liu
Biography:
Dr. Ya-Chi Liu is currently with Cornelis Networks as the SI engineer. Prior to joining Cornelis Networks, she was the visiting assistant professor with EE Loyola Marymount University, Los Angeles and part-time faculty at CSULB. During her time in California, she was involved in RF IC CAD regression, convergence, validation test, case study (EM isolation, current path, power-grid, ground plane, metal-fill), circuit parameters extraction (MOMCAP, R, L,C,Q), profile DRC rule configuration, signal Integrity analysis including IL, RL, TDR, cross talk, impedance match, interconnects development & analysis, optical & electrical component analysis. Dr. Liu is interested in AI, OE integration, IC design, high performance and quantum computing. She received B.S. and M.S. from National Chiao-Tung University, Taiwan, ROC, and Ph.D. in EE from Texas A&M University, College Station.
Address:California, United States