(EN) The invention discloses an FPGA device for realizing an on-chip network transmission bandwidth expansion function, relating to the technical field of FPGA. When a predetermined function module with abuilt-in hard core IP node is integrated in a FPGA bare chip, a soft-core IP node and a hard-core IP node are formed by utilizing logic resource module configuration in the FPGA bare chip and are connected to form an NOC network structure, so that the addition of nodes is achieved, and transmission bandwidth of the predetermined function module can be expanded; the soft core IP node can be additionally connected to the input and output signals in the predetermined function module, and the transmission bandwidth of the predetermined function module can be expanded. Furthermore, the FPGA devicealso comprises a silicon connection layer in which a silicon connection layer NOC network is arranged, so that nodes in the FPGA bare chip can be connected to the silicon connection layer to form a larger NOC structure, the increase of the nodes is further realized, and the transmission bandwidth of a predetermined function module is expanded.
(ZH) 本申请公开了一种实现片上网络传输带宽扩充功能的FPGA装置，涉及FPGA技术领域，当FPGA裸片内部集成内建有硬核IP节点的预定功能模块时，利用FPGA裸片内部的逻辑资源模块配置形成软核IP节点与硬核IP节点相连形成NOC网络结构，实现节点的增加，可以扩充预定功能模块的传输带宽，另一方面，软核IP节点可以额外连接到预定功能模块中的输入输出信号，也可以扩充预定功能模块的传输带宽。进一步，该FPGA装置还包括内部布设有硅连接层NOC网络的硅连接层，使得FPGA裸片内部的节点可以连接到硅连接层构成更大的NOC结构，进一步实现节点的增加并扩充预定功能模块的传输带宽。
