Why do you use two hdd or partitions, when all you need is one :D
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i m sorry to ask which is the most correct way to perform copy wazaa???
d:\ to c:\ to d:\ or c:\ to ERAM to c:\???
kinda confuse about this as well...too many versions of copy wazaa already ...
3oh6 has a good guide:
http://3oh6.com/forum_posted/ocx/jas...pywazza-1.html
yup i watched that... and its c:\ to ERAM to c:\... usually ppl would say it start copy from the spi partition....but 3oh6 started from c:\... i did exactly like what 3oh6 instructed and i actually gotten 8sec improvement on the 32m spi ....i dont know if its bad or there is still room for improvement tho :)
ok..... guess i m too greedy then :)
btw i found out 1 thing about copy wazaa 3oh6's way.... when the copy wazaa process done...the task manager seems to be very laggy...i dont know if hipro's way would have that effect...i m suspecting that a correct copy wazaa would actually make that task manager to be laggy...or was i wrong??? previously the copy wazaa way i did which i think is wrong the task manager wont be laggy at all.... just what i have found out and guys sorry for my newbie-ness :)
nice...cough up the process. try to be as thorough as you can. HD setup? where everything is installed? size of copy wazza? method...etc
my method usually gets 8 seconds...depending on size of CW/maxmem/OS used it can be squeezed for 9 seconds.
a 16 second copy wazza would be a huge benefit to my 32M runs so hopefully BZ doesn't mind sharing :up:
The gain depends on how tweaked the system is, what regestry tweaks you use for instance.
I sorta tried the copy-waza technique just a few moments ago too. Copied the program files folder to documents and settings while keeping an eye on the available memory/systemcache tab. Os was completely untweaked, so my 32M times are really bad.
System:
E6300 @ 500x7
2x512MB @ 600 5-5-5-15
Start: 14.58.9xx
Ended up with: 14.30.xxx
Like I said, untweaked or tweaked makes a big difference ;).
rather than discussing how much gain you get from it, wouldnt it make more sense to discuss what times or what performance product or whatever the number vapor calculated, you can get?
if id do the same thing on this crappy work laptop here im sure some tweaks would give me a huge boost since its a 2 year old windows install with loads of crap on it... now does that make those tweaks incredibly good or does it make my windows insteall incredibly slow and untweaked? how could you tell?
and how about the hdds? what if you have a fast hdd compared to a slow one? sata compared to ide? chipset integrated sata or external sata controller? 8mb cache or 16? or even 32mb cache?
this performance product vopor calculated seems to work very well, so why dont you compare your tweak sucess based on that. whats the product with and without this tweak, that would shed a lot more light on things i think :)
Here's some answers to our questions i hope:
Now if i do the math right we'll need 32x10.5mb=336mbQuote:
Memory requirement:
For the maximum calculation speed, 8 MB/1 million decimal digit is favorable, but 2 MB/1 million decimal digit is completely acceptable. Working memory is automatically adjusted by the software. Anyway, available main memory size is crucial for the processing speed!
Disk storage:
As for the working disk storage, 10.5 MB per 1 million decimal digit is needed. Working disk storage is automaticall freed. As for the permanent data storage, 1 MB per 1 million decimal digit is needed. Elapsed time is very keen to the disk access time. In order to short the elapsed time, you are better to equip high speed hard disk drive!
plus 1 mb per million decimal digit for permanent data storage, so if i understand righ we have to add another 32mb to that, 336+32=368mb.
That has got to be the size of the pagefile if the permanent data storage is done on the pagefile.
Now look at the high speed hard disk drive part, makes me wonder if a scsi setup will show some gain?
edit:
;)Quote:
Maximum length of calculation:
33.55 million decimal digits. 340 MB of disk storage is needed for 33.55 million decimal calculation.
scsi... tss.... think about i-ram in raid :D
Oh, and here's another one to ponder:
That actually means 8x32=256mb is enough for 32M.Quote:
Memory requirement:
For the maximum calculation speed, 8 MB/1 million decimal digit is favorable, but 2 MB/1 million decimal digit is completely acceptable. Working memory is automatically adjusted by the software. Anyway, available main memory size is crucial for the processing speed!
Has anyone ever tried 256mb+ the memory windows need maxmem for 32M?
It's beardyman and i understand it more then enough.
12.390 @4003
= 49597
12.500 @ 3999.9
= 49998
wow talking about efficiency :rolleyes:
let me refrain, who are you or vapor to say wich effiency number is possible at the moment and wich not?
Vapors own words,
The "ideal" line is based on "50500"....a.k.a., a VERY well-tweaked system, and what you can expect as MHz changes.
Now the grand finale:
5525 x 9.000 = 49725 (Aug 2)(wasn't this impossible?)
edit*
anyways it doesn't matter, i don't believe in it and i'll stick with that.
We can only state what's reasonable at a given speed range. For example the 50500 number was for 5 GHz+. At lower multipliers, you see higher efficiencies, since the FSB is proportionally higher with respect to CPU speed.
If you look at his original thread though, he himself listed several exceptional times, such as before's and kyosen's that broke the pattern. The 50500 was just meant as a ballpark guide, not an absolute number, based on over 200 results. At 4 GHz we can see most of the best times wind up around 50000...at 3.6GHz around 49800.
If we were to scale my 4 GHz pp up to 5.5GHz, I would require 550x10 2:3 with the memory at 825 4-4-4. :p: If I could do that, then yes...50000 would be possible at 5.5GHz.