Earlier quoted context omitted.
Comfortable money + marketing hype keep it that way unfortunately. If governments really wanted to prioritise innovation, they should consider giving a banker's salary to a research scientist.
At least in the US, they're generally limited to salaries on the "general schedule", and management gets paid more than technical people, because "it wouldn't be fair" to have subordinates that make more than you. So there's a built-in glass ceiling for tech careers. https://www.opm.gov/policy-data-oversight/pay-leave/salaries...
22-year-old builds chips in his parents’ garage
61–70 of 351 posts
Re: 22-year-old builds chips in his parents’ garage
#62Does anyone have an idea whether there is a potential hobbyist market for home-grown chips of this size? I know that I would definitely be willing to spend around $100 for a much smaller chip, like quad-gates or slightly above (1200 transistors is way beyond what I thought is possible in a garage), more the larger the chip gets, and ultimately including getting involved in the design of the chip -- but then of course…
I would guess the market would be pretty fragmented, with only so much demand for each chip. Right now, for example, some people buy FPGA based replacements for Commodore 64 "SID" chips, because the originals do fail. Some amount of purists might prefer a "real" chip. But how many? There are also simpler chips in this space that are in demand. Old Kaypros have a couple of custom gate array chips that are hard to repl…
Re: 22-year-old builds chips in his parents’ garage
#63Earlier quoted context omitted.
Your definition of "anything" appears to encompass only "positive" things.
Is being rich a “negative” thing now? It’s just a completely worthless observation, take the pointless virtue signaling somewhere else.
Re: 22-year-old builds chips in his parents’ garage
#64Re: 22-year-old builds chips in his parents’ garage
#65> Zeloof’s family was supportive but also cautious. His father asked a semiconductor engineer he knew to offer some safety advice. As impressive and independent as this is, you have to wonder if any other gifted child could have done the same feat. The article seems to skip over this point, how many people know a "semiconductor engineer"?
Re: 22-year-old builds chips in his parents’ garage
#66> Zeloof’s family was supportive but also cautious. His father asked a semiconductor engineer he knew to offer some safety advice. As impressive and independent as this is, you have to wonder if any other gifted child could have done the same feat. The article seems to skip over this point, how many people know a "semiconductor engineer"?
Re: 22-year-old builds chips in his parents’ garage
#67I've followed this project for a while. And while it truly is an impressive feat, I just wonder how did he afford all this equipment. I'm 24 and a physics PhD student, and just afforded my first soldering iron. I lack the space, let alone the equipment to attempt anything close to this. What a lucky, talented guy!
>I just wonder how did he afford all this equipment. Living in the US comes with certain advantages like some of the lowest consumer prices in the West including HW equipment being dirt cheap on the second hand market plus houses being big enough for space for such hobbies along with the biggest take home pays yielding some of the highest purchasing power in the West, a formula tough to replicate anywhere else. At le…
-They have some sort of windfall
-They have a trust fund or stipend that they receive just for existing
-Their parents pay for everything, or, alternatively, their parents pay for all of their living expenses so their own money is only "fun money."
-They, somehow, have a high paying job. In which case they probably won't be going to school full time also. Or they're "job" is having a lot of followers on social media.
This isn't a knock on anyone, I'm just trying to explain why one young adult student can be excited because they were finally able to save up for a soldering iron and another has a garage full of expensive experiment to tinker with.
It's pretty much implied this guy's living expenses (or most of them) are covered by his parents who also have tons of extra space and tolerance for him using it.
Re: 22-year-old builds chips in his parents’ garage
#68Earlier quoted context omitted.
Comfortable money + marketing hype keep it that way unfortunately. If governments really wanted to prioritise innovation, they should consider giving a banker's salary to a research scientist.
Governments do, if they work on bombs. Or spying. Or on figuring out the other guy's bombs.
Re: 22-year-old builds chips in his parents’ garage
#69Earlier quoted context omitted.
>I just wonder how did he afford all this equipment. Living in the US comes with certain advantages like some of the lowest consumer prices in the West including HW equipment being dirt cheap on the second hand market plus houses being big enough for space for such hobbies along with the biggest take home pays yielding some of the highest purchasing power in the West, a formula tough to replicate anywhere else. At le…
A 22-year old full time student can't even afford "dirt cheap" second hand equipment (nevermind the space to store it!) unless: -They have some sort of windfall -They have a trust fund or stipend that they receive just for existing -Their parents pay for everything, or, alternatively, their parents pay for all of their living expenses so their own money is only "fun money." -They, somehow, have a high paying job. In…
Re: 22-year-old builds chips in his parents’ garage
#70Earlier quoted context omitted.
I would guess the market would be pretty fragmented, with only so much demand for each chip. Right now, for example, some people buy FPGA based replacements for Commodore 64 "SID" chips, because the originals do fail. Some amount of purists might prefer a "real" chip. But how many? There are also simpler chips in this space that are in demand. Old Kaypros have a couple of custom gate array chips that are hard to repl…
Bad wording on my part. I meant a market for ultra-low-volume fabbing of your own chip designs, not of fixed designs.