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UID:submissions.supercomputing.org_SC24_sess699_exforum120@linklings.com
SUMMARY:Redefining High-Performance Computing Topologies with Mid-Board Op
 tical Transceivers
DESCRIPTION:Matthew Burns (Samtec)\n\nThe ongoing disruption of generative
  AI, machine learning and disaggregated computing forces HPC system archit
 ects to rethink next-gen computing topologies. Traditional server, storage
  and networking implementations are giving way to GPU clustering, cache co
 herency and extended reach cabling within the rack, rack-to-rack, and acro
 ss supercomputers. \n\nTraditional copper interconnects have latency and d
 istance limitations that limit scaling. Mid-board or on-board optical tran
 sceivers offer improved performance and form factor advantages while solvi
 ng distance, latency, and bandwidth challenges. \n\nIn this presentation, 
 Matthew Burns will detail Samtec’s growing portfolio of mid-board optical 
 transceivers. Additionally, he will discuss a real-world CXL® over optics 
 demonstration featuring Samtec, Rambus, and VIAVI technology making remote
  cache coherency a reality. Lastly, he will update the latest performance 
 capabilities and use cases of Samtec’s Halo™ Next-Gen Optical Transceivers
 .\n\nTag: Hardware Technologies\n\nRegistration Category: Tech Program Reg
  Pass, Exhibits Reg Pass\n\nSession Chair: Junuh Kiang (Indiana University
 )\n\n
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