Comparing power consumption of different FPGAs
To produce an unbiased report on performance comparison of FPGAs from different vendors you need to care not only about &quot;the I/O count and the logic resource&quot;, each of which you are going to match &quot;as close as possible when choosing the FPGAs&quot;. The FPGA architecture -- how LUTs are aggregated into logic elements, in particular -- can be a game changer when comparing against selected applications. If your understanding of matching &quot;logic resource&quot; embraces details of the logic block implementation solutions, the gamut of vendors under test is narrowed, sometimes to a single vendor. If you refer to &quot;the logic resource&quot; as a coarse quantification of LUTs per chip or even a transistor logic gate count parameter, you may end comparing the efficiency of FPGA development tools for selected applications, not hardware.
All these said, the power performance measurements of FPGA designs is anything but an uncultivated land. See a review of GPU vs FPGA Performance Comparison for applications as diverse as image processing, cloud computing, wideband communications, Big Data, robotics, high-definition video. An article &quot;TinySDR: Low-Power SDR Platform&quot; presents a detailed report on testbed development for SDR and IoT implementations. Pay attention to a github reference in this article.
Studying references from searches for &quot;testbeds for fpga power consumption&quot; may give you ideas for your research, if not satisfying the request of your SE question in full. Or, perhaps, it will convince you to modify your research subject.