How will AI play into the op-amp function? The company’s founder said that the AI-infused op amp will make intelligent decisions about what the input signal should be, based on experience, then substitute this value when the actual signal seems to be noisy, out of range, or otherwise corrupted.
In addition, if it senses op-amp “misbehavior” due to excessive common-mode voltage (CMV), offset drift, and other weaknesses, it will automatically take action based on a combination of preset algorithms as well as the dynamics of the situation.
AI Spreading to ADCs?
Using AI to enhance analog functions doesn’t end with this basic analog function. The company plans to extend the technology to more complex functions such as analog-to-digital converters (ADCs).
“The challenge is that the ADCs must quickly assess and digitize an unknown random signal from an unknown source, and this scenario can easily lead to errors,” said the spokesperson. “Our AI-enhanced converters will know what the input signal should be and provide a digitized version that makes sense for the situation, if need be.
It isn’t clear yet what the power or cost burden will be for these AI + analog devices. “That’s a function of process, die size, yield, and many other factors, some of which are still unknown and others which we can’t control,” added the spokesperson.
This article is part of the April 1st series in the Humor section of our Series Library.
References
Mythic, “Analog plus AI”
IBM, “Analog AI”
MIT, “New hardware offers faster computation for artificial intelligence, with much less energy”
Analog Devices, “Digital Processing Does Not Always Rule”