-
multiple virtual operating systems. In 1974
David Kuck
coined the
terms flops and
megaflops for the
description of
supercomputer performance of the day by the...
- IBM 7030 Stretch, by a
factor of three. With
performance of up to three
megaFLOPS, the CDC 6600 was the world's
fastest computer from 1964 to 1969, when...
-
world on the
Supermicro Green500 list, with an
operational rate of 444.94
megaflops per watt of
power used. The
hybrid Roadrunner design was then
reused for...
- and a
clock cycle time of 6 ns (167 MHz). Peak
performance was thus 333
megaflops per processor. Main
memory comprised 256, 512, or 1024 MB of SRAM. (Memory...
- [clarification needed] by a
factor of three. With
performance of up to three
megaFLOPS, it was
dubbed a
supercomputer and
defined the
supercomputing market when...
-
megabyte of RAM, a
megapixel display (roughly 1000×1000 pixels), and one "
MegaFLOPS"
compute performance (at
least one
million floating-point
operations per...
-
about $7 per
MegaFLOPS. This
category measures the
price efficiency of a
particular machine in
terms of the
price in
dollars per
megaFLOPS. The particular...
-
nCUBE 10's CPU, but ran faster, at 25 MHz to
provide about 7 MIPS and 3.5
megaFLOPS. This was
later improved to 30 MHz in the 2S model. RAM was increased...
-
Records Preceded by CDC 7600 10
megaflops World's most
powerful supercomputer 1976–1982 Succeeded by Cray X-MP/4 713
megaflops...
-
completed one
instruction per cycle, so the
performance was 20 MIPS or 20
megaflops for
single precision and 10
MFLOPS for double. The
communications were...
