x86 Supremacy!

http://www.hugi.scene.org/online/coding/hugi%2017%20-%20coaax.htm

Multiply-accumulate in 2 bytes. Can you RISC shit do that?

No it can't, that's why it's a RISC.

2slow4me

Go away, Cudder.

>>2
HAHAHAHAHAHAHAHAHAHA

Nigger supremacy

Multiply-accumulate in 2 bytes. Can you RISC shit do that?

Typical RISC code to do that

<code>
; 6 * X + 42
  I P, 1
  M P, Y
  S Y, 6
L1:
  I X, X
  I Y, -1
  T Y
  B L2
  J l1
l2:
  I X, 42
  M Y, P
  I P, -1
</code>

It's not really that long, considering that we can keep the processor simple and elegant.

considering that we can keep the processor simple and elegant
That's worth nothing in the real world, except maybe a very very tiny amount of space on silicon (taken up mostly by cache anyway). Which is why even ARM and MIPS are adding more instructions and becoming CISCy as time goes on. The future is massive parallelism at core and instruction level (i.e. CISC-like), not sky-high clockspeeds (RISC academic's philosophy).

??8
Parallel lambda calculus reduction machines are the future.

My processor can't do an 8-bit multiply-accumulate in 2 bytes, but it can do a 64-bit multiply-accumulate in 4 bytes!