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In the vast field of FPGA (Field Programmable Gate Array) design, the quest for complexity and efficiency has always been the focus of engineers' quests. Today, we are honored to announce that our invention patent "A Visualization Method for FPGA Architecture" has been officially authorized, which not only marks a breakthrough in the field of FPGA design, but also injects strong impetus into the work efficiency of many engineers, opening a new chapter in design efficiency.

With its unique perspective and exquisite algorithms, this method fundamentally revolutionizes the complexity and abstraction of traditional FPGA architecture design.

By intelligently loading the target architecture file and the resource mapping file, we were able to build a 2D array model that accurately maps the internal structure of the FPGA. On this basis, we achieve the precise instantiation of each basic building block, and then construct an intuitive and easy-to-understand matrix structure. Most importantly, we attach great importance to the efficient use and immediate release of resources in the execution of each step of the operation to ensure the smooth and stable operation of the system.

In the process of technology research and development, we innovatively incorporated the concept of key-value mapping dictionary, which not only achieves accurate recording of every subtle aspect of the FPGA architecture, but also lays a solid data foundation for the subsequent generation of visual files. Through the in-depth analysis of this dictionary, we have successfully transformed the otherwise complex FPGA architecture into a clear and intuitive visual representation, enabling engineers to quickly and comprehensively grasp the overall picture of the design, thereby significantly improving work efficiency and design quality.