Design of Low Power Configurable Multiclock Digital System from RTL to GDSII

Abstract

The main duty of the system is to accept orders via a UART receiver, which facilitates various system operations including reading and writing register files and performing ALU-based processing. A 4-byte frame structure is used to convey the results and CRC bits via the UART transmitter communication protocol. A register file and ALU block integration for flexible data manipulation, UART connection for varied command receipt and result transmission, and a multi-clock architecture for efficient operation across several domains are some of the system's important characteristics. The system also prioritizes low- power design concepts to maximize energy efficiency. System definition, architectural design, RTL coding, and adherence to low-power design guidelines are all included in the implementation sequence. The resultant digital system is ready to provide a flexible and economical option for uses that call for.