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Enabling scalable chiplet-based uniform memory architectures with silicon photonics.

, , , and . MEMSYS, page 222-334. ACM, (2019)

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LLM: Realizing Low-Latency Memory by Exploiting Embedded Silicon Photonics for Irregular Workloads., , , , , , , , and . ISC, volume 13289 of Lecture Notes in Computer Science, page 44-64. Springer, (2022)Architecture and performance studies of 3D-Hyper-FleX-LION for reconfigurable all-to-all HPC networks., , , , , and . SC, page 26. IEEE/ACM, (2020)Experimental Demonstration of a 64-Port Wavelength Routing Thin-CLOS System for Data Center Switching Architectures., , , , , , , and . JOCN, 10 (7): B49-B57 (2018)Towards Energy-Efficient High-Throughput Photonic NoCs for 2.5D Integrated Systems: A Case for AWGRs., , , , and . NOCS, page 5:1-5:8. IEEE, (2018)HTA: A Scalable High-Throughput Accelerator for Irregular HPC Workloads., , , , , and . ISC, volume 12728 of Lecture Notes in Computer Science, page 176-194. Springer, (2021)Scalable High Performance Memory Subsystem with Optical Interconnects. University of California, Davis, USA, (2021)AWGR-based optical processor-to-memory communication for low-latency, low-energy vault accesses., , , and . MEMSYS, page 269-278. ACM, (2018)Flex-LIONS: A Scalable Silicon Photonic Bandwidth-Reconfigurable Optical Switch Fabric., , , , and . OECC/PSC, page 1-3. IEEE, (2019)Enabling scalable chiplet-based uniform memory architectures with silicon photonics., , , and . MEMSYS, page 222-334. ACM, (2019)3D photonics as enabling technology for deep 3D DRAM stacking., , , , , , and . MEMSYS, page 206-221. ACM, (2019)