DC25_SLIDES_TRACK01_UsingResponseSurfaceMethodology_Neally_v3.pdf

1、Information Classification:GeneralWelcome to ConferenceJanuary 2830,2025Santa Clara Convention Center1ExpoJanuary 2930,2025 Information Classification:GeneralUsing Response Surface Methodology to Overcome Incumbent Inertia:A T-coil Case StudyScotty Neally(AMD),David Kopp(AMD),Garth Sundberg(Ansys)2I

2、nformation Classification:GeneralImageSPEAKERSScotty NeallyAnalog Design Engineer,AMDScotty Neally received a B.S.E.E from California Polytechnic University,San Luis Obispo.He is an accomplished signal integrity engineer with fifteen years of experience designing and consulting with high density PCB

3、,PKG,and silicon products.Scotty is a subject matter expert in automation of signal integrity flows,and he currently focuses on system design for emerging technologies.David KoppAnalog Design Engineer,AMDDr.David Kopp received a B.S.E.E.from Clarkson University,and a M.S.E.E.and Ph.D.from the Univer

4、sity of Notre Dame,focusing on the electromagnetic design,fabrication,and millimeter wave measurement of novel packaging technologies.He has ten years of experience in the signal integrity field,largely focused on the SerDes design of high speed 802.3 and PCIe,including simulation tool development a

5、nd server design.He is a major contributor to the Statistical Eye Analysis(Seasim)project,which is a standard industry tool for PCIe signoff.3Information Classification:GeneralImageSPEAKERSGarth SundbergSenior Principal Engineer,ADr.Garth Sundberg received a B.S.E.E.and M.S.E.E from Oregon State Uni

6、versity focusing on microwave engineering and compact modeling.Dr.Sundberg earned a Ph.D.in Electrical and Computer Engineering from Portland State University focusing on computational electromagnetics and remote sensing.Dr.Sundberg is a senior member of the IEEE.Dr.Sundberg is a Senior Principal En