The folowing exponents where factored by P-1, but why are the bounds so
different?
The first had a chance of 1.77% and the other two about 3.7% to find a
factor .
UID: sanderh/PC, M5542549 completed P-1, B1=7, B2=7, WW1: 8F7EF481
UID: sanderh/PC, M5542723 completed P-1, B1=6,
Hi all,
As requested, I've ported the v20 beta to Linux. Please let me know of
any problems.
You can download it from
ftp://entropia.com/gimps/v20/mprime.tgz
or
ftp://entropia.com/gimps/v20/sprime.tgz
Regards,
George
_
There's previously been several posts discussing the performance penalty
one suffers when running multiple LL tests on a multiprocessor system
with a single shared system bus. It would be interesting to see whether this
penalty could be alleviated in a reasonably cost-effective fashion through
There's previously been several posts discussing the performance penalty
one suffers when running multiple LL tests on a multiprocessor system
with a single shared system bus. It would be interesting to see
whether this
penalty could be alleviated in a reasonably cost-effective fashion through
There's previously been several posts discussing the performance penalty
one suffers when running multiple LL tests on a multiprocessor system
with a single shared system bus. It would be interesting to see whether
this
penalty could be alleviated in a reasonably cost-effective fashion
And dont the K6-III and Athlon support an L3 design, using slower memory
of
course, but dedicated to each CPU so eliminating bus contention? Of
course,
the K6-III doesn't do SMP, but the Athlon supports it, doesn't it? Are
there any SMP motherboards out there yet for the Athlon?
The
The Athlon not only supports SMP, but it does it the, IMHO, Right Way(tm).
They use a point to point bus between the processor and the core logic.
Hence, a SMP Athlon system has no shared bus. Each processor gets
a pipe to
the core logic and it has however many pipes to memory/IO that it wants.
On 24 Mar 00, at 15:44, [EMAIL PROTECTED] wrote:
I suspect for LL tests in the ~10M range, this happy medium may be as
'small' as 1-2MB. Are PC systems with L2 caches in this size range
available? If so, how much of a premium does one pay for the extra cache?
Ernst, your Mlucas program has a
TeamG:
For some of the latest of the latest on QC, see the link:
http://www.wired.com/news/technology/0,1282,35121,00.html
There is also the book THE FEYNMAN PROCESSOR, in paperback,
by G.J. Milburn, for an overview.
Regards,
Stefanovic
I do wonder what the speeds would be like for Prime95/NTPrime on a 1MB vs.
2MB Xeon... Anyone have the chance to test that out?
I just got my hands on a dual P3-Xeon 600MHz 256kB cache 133Mhz bus machine
at work, running Linux. I'll have to play with some benchmarking next week.
-jrp
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