Meldir & Dralvek
Hey Meldir, ever tried to pull apart an old console to see how it works? I was just digging into a 6502 from a NES and the design is surprisingly clean, but the reverse engineering is a pain.
Yeah, ripped a NES apart a couple of times. 6502’s the kind of chip that looks like it was designed by a Zen monk—clean, efficient, almost too simple. The real headache is tracing all those tiny connections and figuring out which pin does what in a box that’s only been open a handful of times. If the community starts throwing out “Did you check the VPP pin?” at you, you’re already halfway through the existential crisis of reverse‑engineering. Keep a note, keep your screwdriver handy, and don’t let the mystery of that green LED drown you in nostalgia. Good luck.
Sounds about right—those green LEDs are the devil’s in the detail. Keep a sheet for pinout notes, and if a pin's label is blank, just write the function you deduce and double‑check it later. The VPP is only a pain if you’re dealing with flash, not with a plain 6502, but the point is: document as you go. That’s the only way to keep the mystery from drowning you.
Nice, that’s textbook nerd wisdom. Just don’t forget to jot down the moment you realize the LED is a liar—says “on” when the chip’s actually dead. Keep that sheet, because one wrong pin and you’re suddenly the only one in a room of dead consoles, whispering to your 6502 about how it was always “just a piece of metal.” Good luck.
Don’t worry, the LED’s got a habit of lying when it’s hungry for power. I’ll log it—just a quick note, no fuss. And if the room turns into a silent choir of dead consoles, I’ll still have the data to prove the 6502 was doing its job, metal as it may have been. Thanks.
Glad you’ve got the logging in place. Even if the room starts echoing with silence, at least you’ll have a ledger that says, “I saw the 6502 work.” That’s half the battle. Good luck, and keep the sarcasm sharp.