This lab houses advanced digital controllers and processing platforms to control power converters. The lab contains a full spectrum of digital controllers, including ARM-based microcontrollers, custom-made FPGAs, and custom Digital signal controller boards specifically adapted for power electronics and advanced converter applications. The systems developed here can interfacing with high-performance converters such as multi-level converters, multi-phase converters for motor drives, grid-connected converters, and high frequency AC link converters. The lab is also used as an instruction lab for M.Tech Power Electronics and M.Tech Control System programs. This laboratory is equipped with state-of-the-art digital controllers and processing platforms designed for precise control of power converters. It features a comprehensive array of digital controllers, including ARM-based microcontrollers, custom FPGAs, and specialized digital signal controller boards tailored for power electronics and advanced converter applications. Our systems are capable of interfacing seamlessly with high-performance converters, such as multi-level converters, multi-phase converters for motor drives, grid-connected converters, and high-frequency AC link converters. Additionally, the lab serves as an instructional facility for M.Tech programs in Power Electronics and Control Systems.