And what are you comparing it to, Wayne? A mass-produced PC motherboard, no doubt.
You're telling me that you think "1000" motherboards is not "mass produced"? I can name to you probably two dozen new PC motherboards a year which dont sell 1000 boards each, and they all go for around $125 USD or less.
If Eyetech HONESTLY cannot produce this already antiquated board -- with processor -- for under $300, then they are incompetent. I don't think they are incompetent, so $250 or more must be profit.
But Eyetech are not delusional.
That's your opinion. It's wrong, but it's all yours.
They want to be able to profit by selling this, which is generally what most sales expect.
Gouge and destroy the market is more accurate. Historically, in every niche market (from escalators to Video production) every provider adds double the amount of profit of an ordinary vendor.
Let's not forget that CyberPPC and BlizzardPPC boards were up to £750 when first sold - over a thousand dollars
Yeah, and my last four head, HI-FI VCR was $500, but that was 8 years ago. Now they are under $75 at any Wal-Mart.
It's a bullshit argument to defend the insane marketing and pricing practices with "yeah but this niche device cost xxx 10 years ago" and you know it. Technology gets CHEAPER, not more expensive as time goes along. Only the Amiga community doesn't care about such trivial realities.
I've said this once, and I'll say it again: Amiga is now a niche market, and an expensive hobby. The only alternative to this cost it is another operating system, or an emulator. I'll have neither, thanks.
You are correct on both parts. The Amiga is a hobbyist machine, not a real computer, and it is also insanely expensive. The choice of OS/whatever is your choice, but I can buy one hell of a G4 Mac with OSX for the price of an Amiga 4000 tower running at 50 Megahertz.
I can't even imagine putting $2700 into the building of ANY PC unless you toss in 2 21" monitors and multiple processors.
For me, I cannot justify all that money for a hobby to run an antiquated OS (4.x) on a dead-end machine (PPC).