Development of Remote Laboratory Architectures for FPGA Design Education

The article presents various architectures of remote laboratories for accessing FPGA development boards. It discusses the key aspects of infrastructure design for shared remote access to FPGAs, focusing on security, modularity, adaptability, resource reservation, virtualization and containerization. The developed solutions facilitate remote access to laboratory equipment and are applicable both in education and in industry for debugging and validating IP blocks on FPGAs.