Silicon Engineering Intern
➣ Developed and integrated a SystemVerilog wrapper for the PCIe Gen5 emulation platform, enhancing flexibility by incorporating both physical speed bridge (SB) and newly designed virtual bridge (VB) methods, allowing seamless selection of the most suitable approach.➣ Designed the virtual bridge PCIe method, significantly improving system reliability by reducing hardware instability and enabling faster, more precise debugging, while supporting efficient multi-host connectivity.➣ Set up and validated the environment for compilation, synthesis, and elaboration, ensuring SB functionality remained intact and enabling the device under test (DUT) to connect with the virtual host QEMU via socket, achieving Gen5 data rates.