My $6000 computer almost 40 years ago (Heathkit version of DEC LSI-11/2) was fully loaded with 32k of ram... That RAM card cost $1000 all by itself. The computer could only use 28k of that RAM because of reserved addresses on the same bus.
The computers I grew up with were called slide rules. and pocket calculators were when we took our hands out of our pocket to count on our fingers.
JR
Computers were already pretty advanced by the time you were exposed to them...
Well in the early '70 my work place provided me a slide rule... If you think about it the precision was more than adequate for designing filters using 5% resistors and 10% caps. Of course you had to calculate the ballpark value in your head and the slide rule just supplied the significant digits. Nowadays kids grow up trusting calculators to supply all the digits and to place the decimal point.Yeah, I think about this quite a bit. I wonder how things would be different if my parents had been more computer literate and had exposed me to them sooner. What it would have been like to work as an engineer 70s when all of this technology was first being built. I always come to the same conclusion: I remember how much time I used to waste, just on computers.
For me, like most people, computers are a tool. We are so blessed now-a-days, that the technology has matured to the point where we can spend less time messing with computers, and more time using computers to solve problems. Even 10 years ago, the amount of time I had to spend fussing with the computer was an order of magnitude more than today. I can sit down, and in a single day program up a sophisticated engineering tool with analog and digital interfaces and a top notch GUI. It's just awesome where we are at, and I'm pretty excited to see what's coming next.
Computer aided design has revolutionized manufacturing... Back in the last century we could count on a certain amount of trial and error with new product development. It was necessary to prototype all the sundry parts to confirm mechanical fit, often encountering fit problems due to mistakes and/or incorrect assumptions.
Now even using crude (cheap) CAD tools we can export models of the different parts to share between computer programs and test for fit in the virtual domain before making the first prototype. This saves huge amounts of time and cost, dramatically reducing human error from the process.
I've done it both ways and the new way is better....
JR
And we can print the pieces to see how they fit before before we waste a billet on a mistake.
+1.... solid modeling used to be expensive, but now it's done with 3d printers and they keep getting cheaper.
At some point in the future small volume manufacturing may use 3D printing for production parts.
JR
Or IE ...when I accidentally open it.What amazes me is that my computer has such an excess of processing power, ram, buss speeds, etc. and yet Microsoft still can't code a version of Word that doesn't lock it up.
Or IE ...when I accidentally open it.
That's strange, never had a problem with word (on go knows how many different spec machines) or IE. Strangely had more problems with firefox than IE..