I was trying to stay out of this, but...
Surfr wrote:If you want to make comparrisons. Try to make real comparrisons.
This also isn't a real comparison

But still...
Dell PowerEdgeTM 1600SC
Intel® Xeon Processor 2.40GHz
256MB ECC DDR SDRAM (max 4GB)
80GB IDE HDD (max 1 TB)
1 Year Next Business Day Service
£374
Dell don't appear to do AMD stuff, but thats a pretty low price for a pretty decent base spec.
teamonkey wrote:The trouble with x86 architecture is that it's got so many legacy issues. In order to get more power out of it you've got to squeeze more transistors into it. More transistors = more electricity and more heat.
Fair enough, it would be nice to see them completely strip all the 16-bit stuff out of it, because its just not used these days, apart from maybe in the BIOS. You'd get people moan cos they wanted to build a MAME cab and run DOS on it, but still.
teamonkey wrote:ASM on the x86 is horrible too. You get the feeling of having to jump through hoops to get things done.
Sorry, mate, but thats just total bollocks.
Speaking as someone who's probably coded more x86 ASM in the last 4 years than most people have in their lives... Horrible it is not.
How can you compare x86 and PPC and say stuff about "jumping through hoops"? PPC is RISC, for christs sake. It'll take you at least 5 instructions to just call a subroutine, whereas on x86 it takes just one.
PPC:
1+2 : lets get the subroutine address.
3: oh shit, it doesn't stack return addresses. Better do that myself.
4: w00t! call the subroutine!
5: mmm, better get that return address back...
x86:
1. Call.....
Incidentally thats also the reason I just laugh at people who are still saying stuff like "PPC is faster than x86 at the same clock speed"
RISC is old hat imo. It was a good idea at the time - simple system means instructions run in 1 cycle and it can be clocked higher. It will take you more instructions to do stuff but all in all it will still be faster.
Except that doesn't apply anymore, 80% of x86 instructions also run in 1 cycle, they clock higher than PPC anyway, and you have all the benefits of a nice, friendly CISC architechture to go with it. Altivec? The P4 has MMX,SSE,SSE2 - Altivec is no advantage.
The only thing wrong with x86 is the FPU unit, which is a twat to code for in ASM. But its still no more of a twat than doing pretty much anything in PPC IMO

Nothing is worth the effort you put into it.