Abstract
The Field Programmable Gate Array (FPGA) is an Integrated Circuit that can be reprogrammed specifically for each application. FPGA applications are varied and are used in several industries for example digital signal processing, Application Specific Integrated Circuit (ASIC) prototyping, and communication encoding. With each application need, there needs to be a particular design for an FPGA fabric to justify the requirements. As the current utilization of electronics for everyday work has spiked up since the start of the pandemic, an FPGA chip is beyond just a necessity- having fabricated FPGA chiplets is insufficient if the FPGA chip and the transceiver inside are not validated for the power consumption and performance. In this project, we explored power validation methods in a transceiver tile in an FPGA chip. We achieved this using Quartus software and other validation tools. The method explored in this project is shown to achieve power consumption and chip performance validation in an expedited manner.