Even if performance continues to scale, Moore's less famous second law about cost scaling is going to radically transform both semiconductor and consumer electronics starting around 2030. With balooning component costs denominating the value proposition (performance/($+power)) of new parts, hyperscalers won't find enough incremental value to warrant buying new chips (same for consumers with cellphones). This means parts will be used much longer and a robust secondary used market will substantially eat into revenue for the manufacturers. At some point the juice has been squeezed from viable architectural improvements and the technology fully matures into a commodity with a long service life (unreasonable to expect 10+% gains/year forever).

I haven't use the Python interface, but it's only an afternoon project to get the C examples building. Start off with something simple like creating a window loading and image (webcam/avi/jpg/etc). From there it's pretty minimal to run some operators Sobel, Laplace, Canny, etc.

http://www.nasa.gov/mission_pages/messenger/main/index.html

A modern DDR3 part at 800 MBit/s x 16 bits/part = 12.8GBit/s
Granted, you add a lot more complexity to your board, but DRAM is not going away

Not just drives, but many electrical component failures are from inrush current at power on (similar to lightbulbs burning out when switched on)

This chip has 496 transistors, a modern FPGA has on the order of 1,000,000,000.

Postal Employee: "May I help you?"
Kramer: "Yeah, I'd like to cancel my mail."
Postal Employee: "Certainly. How long would you like us to hold it?"
Kramer: "Oh, no, no. I don't think you get me. I want out, permanently."
Newman: "I'll handle this, Violet. Why don't you take your three hour break?
Oh, calm down, everyone. No one's cancelling any mail."
Kramer: "Oh, yes, I am."
Newman: "What about your bills?"
Kramer: "The bank can pay 'em."
Newman: "The bank. What about your cards and letters?"
Kramer: "E-mail, telephones, fax machines. Fedex, telex, telegrams,
holograms."
Newman: "All right, it's true! Of course nobody needs mail. What do you
think, you're so clever for figuring that out? But you don't know the half of
what goes on here. So just walk away, Kramer. I beg of you."
Supervisor: "Is everything all right here, Postal Employee Newman?"
Newman: "Yes, sir, I believe everything is all squared away. Isn't it, Mr.
Kramer?"
Kramer: "Oh, yeah. As long as I stop getting mail!"

I'm all for fair use of personal hardware, but can he really argue that modifying the DVD firmware enables homebrew? I thought those hacks just bypassed the media authentication checks (not allowing unsigned code). The hacks to allow unsigned/homebrew code were the king kong shader/jtag exploits right? Or do those also require custom DVD firmware to run?