Theft of sensitive military designs is not a new problem, but new technology development is providing a novel way to identify IP ownership and trace FPGA design theft with a noninvasive, nondestructive test. This is accomplished via an IP tag that emits coded thermal signals. The thermal signals can only be detected by authorized users to provide a discrete way of signaling internal conditions from a working chip. In addition, it can be adapted to help fight the growing problem of fake devices and monitor system status more effectively than RF tags or electrical signaling.
In an example using an FPGA development kit to try out innovative designs, a student team explores the possibilities for going beyond the basic digital picture frame.
For all the power and flexibility FPGAs bring to embedded designs, the additional development process injects new levels of complexity and constraint into the design workflow. Unifying the conventional hardware-FPGA-software design processes to make full use of FPGA reprogrammability is one way forward.
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