• Acta Optica Sinica
  • Vol. 41, Issue 14, 1406002 (2021)
Xiaoxue Yang1, Bing Hu1、2、*, Xiaoqiang Wei3, and Yingchun Shang3
Author Affiliations
  • 1College of Information Science and Electronic Engineering, Zhejiang University, Hangzhou, Zhejiang 310027, China
  • 2Intelligent Network Research Center, Zhejiang Lab, Hangzhou, Zhejiang 310027, China
  • 3State Key Laboratory of Mobile Network and Mobile Multimedia Technology, ZTE Corporation, Hangzhou, Zhejiang 518055, China
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    DOI: 10.3788/AOS202141.1406002 Cite this Article Set citation alerts
    Xiaoxue Yang, Bing Hu, Xiaoqiang Wei, Yingchun Shang. Novel Architecture for High Capacity Optical Interconnects[J]. Acta Optica Sinica, 2021, 41(14): 1406002 Copy Citation Text show less
    Cyclic wavelength routing characteristic of AWGR
    Fig. 1. Cyclic wavelength routing characteristic of AWGR
    AA architecture
    Fig. 2. AA architecture
    Line card design for single-wavelength input
    Fig. 3. Line card design for single-wavelength input
    Line card design for WDM input
    Fig. 4. Line card design for WDM input
    TWC module
    Fig. 5. TWC module
    Single-wavelength input implementation of optical network based on AWGR and TWC
    Fig. 6. Single-wavelength input implementation of optical network based on AWGR and TWC
    WDM input implementation of optical network based on AWGR and TWC
    Fig. 7. WDM input implementation of optical network based on AWGR and TWC
    Simplified buffer module
    Fig. 8. Simplified buffer module
    Comparison of theoretical results and simulation results
    Fig. 9. Comparison of theoretical results and simulation results
    Simulation results of single-wavelength input under different network sizes. (a) Throughput; (b) end-to-end latency
    Fig. 10. Simulation results of single-wavelength input under different network sizes. (a) Throughput; (b) end-to-end latency
    Simulation results of single-wavelength input under different FDL distributions. (a) Throughput; (b) end-to-end latency
    Fig. 11. Simulation results of single-wavelength input under different FDL distributions. (a) Throughput; (b) end-to-end latency
    Simulation results of single-wavelength input under different numbers of TWC. (a) Throughput; (b) end-to-end latency; (c) packet loss probability
    Fig. 12. Simulation results of single-wavelength input under different numbers of TWC. (a) Throughput; (b) end-to-end latency; (c) packet loss probability
    Simulation results of single-wavelength input under different traffic patterns. (a) Throughput; (b) end-to-end latency
    Fig. 13. Simulation results of single-wavelength input under different traffic patterns. (a) Throughput; (b) end-to-end latency
    Simulation results of WDM input under different network sizes. (a) Throughput; (b) end-to-end latency
    Fig. 14. Simulation results of WDM input under different network sizes. (a) Throughput; (b) end-to-end latency
    Simulation results of WDM input under different FDL distributions. (a) Throughput; (b) end-to-end latency
    Fig. 15. Simulation results of WDM input under different FDL distributions. (a) Throughput; (b) end-to-end latency
    Simulation results of WDM input under different FDL patterns. (a) Throughput; (b) end-to-end latency
    Fig. 16. Simulation results of WDM input under different FDL patterns. (a) Throughput; (b) end-to-end latency
    Xiaoxue Yang, Bing Hu, Xiaoqiang Wei, Yingchun Shang. Novel Architecture for High Capacity Optical Interconnects[J]. Acta Optica Sinica, 2021, 41(14): 1406002
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