ThymesisFlow: A Hardware/software Open Framework for Software Defined...

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" summary

ThymesisFlow is an open hardware/software framework that implements software-defined memory disaggregation over OpenCAPI 3.0, built on Alpha Data 9V3 FPGAs and tested on two IBM AC922 POWER9 servers. It maps compute-side LPC windows to remote C1-backed memory via address-patching and a custom MAC over a low-latency fabric, sustaining ~12.5 GB/s (100 Gbps) with ~900 ns round-trip latency. User-space agent hot-plugs 1 TB sections, works transparently for Linux and shows <10% throughput loss on some cloud workloads.

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" chapters (9)

1. 0:00Introduction to ThymesisFlow
2. 1:03Software-defined memory disaggregation
3. 5:00ThymesisFlow prototype design
4. 10:18Software stack and components
5. 18:22Evaluation methodology and setup
6. 21:12Benchmark results and performance
7. 25:49Live demonstration
8. 29:42Conclusion and future work
9. 30:27Q&A session