🚀 go-pugleaf

 
The SPEC benchmarks (sources) have been officially released, and about
a dozen machines' results (their "SPECmark" ratings) have been published;
see, for example, EETimes Oct 9, page 1.

One of the machines that did quite well* was the Apollo DN10000, which has,
among other things, multiple instruction issue (superscalar) and a
"FP multiply and add" instruction.  {was this the inspiration for the
i860 which appeared 2 years later?  :-)}

So this makes me wonder, how will a Serious multiple-instruction-issue
machine like a VLIW perform on SPECmarks?  Does anybody out there have
SPEC measurements on a Multiflow computer, preferably one of the big
bohunker maxi-config models with lots of parallel execution units?
Measured *data* preferred (vs. conjecture/opinion).

Thanks in advance.
					* one or two plain-vanilla scalar
					  machines SPECmarked about as fast
					  or slightly faster than the DN10000
-- 
 -- Mark Johnson	
 	MIPS Computer Systems, 930 E. Arques, Sunnyvale, CA 94086
	(408) 991-0208    mark@mips.com  {or ...!decwrl!mips!mark}