Aiming at the problems of hybrid optoelectronic network-on-chip (HONoC), such as congestion control and poor adaptive capabilities,and the inability to realize optoelectronic co-simulation,an adaptive hybrid optoelectronic interconnection shunt structure suitable for reconfigurable array processors is proposed.Based on thi s structure,an adaptive shunt routing algorithm and a low-loss non-blocking 5-port optical r outer are designed,and an adaptive hybrid optoelectronic interconnection simulation model and performance statistical model based on System verilog and Verilog are establishe d.The experimental results demonstrate that in the case of network edge node congestio n,the routing algorithm designed to avoid congestion improves 17.5% on average,the nu mber of cross waveguides and microring resonators required for optical routers is greatl y reduced,and the average path insertion loss is only 0.522dB.The hybrid optoelectronic inter connection performance statistical model has function such as supporting the design of rou ting strategies and topology structures.It can perform statistics on resource usage, power consumption,insertion loss,and other performance.