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July 4th, 2006, 12:00 PM
#1
Member
Rimm´s compatibility
Hi all ^^, how´s everyone doing?
I saw this "promotion" the other day on a used material shop near me of a 128Mb Rimm and a 256Mb Rimm and i was very interested since im running the following hardware specs:
PIV 1.5Ghz
256Mb Ram (64x64x64x64 Rimms)
ATI 9250 256Mb
Seagate 5200rpm 40Gb
Maxtor 7200rpm 120Gb
My doubt is this, can i remove 2 (64x64) and add a 128 Rimm, plus the other 256Mb rimm?
I mean, wouldnt it work like, 64x64=128 + 128 rimm = 256 + 256 rimm = 512 Ram?
If i can do this, please let me know since im no expert.
Thanks in advance, and cheers to you all!
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July 4th, 2006, 12:13 PM
#2
uhm i'm guessing that you mean Ram.? not Rimm?
either way then you can do that, just make sure that the stick of ram are of the right sort for your type of motherboard.
?Usually they have pc133 etc on the stick of ram.
So just check with the sticks that you already have, and see if you can spot there frequency and then go into the shop and get the ram with the same frequency.
Someone might be able to offer more detail, as i am to tired to really think at the moment yaaawn.
f2B
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July 4th, 2006, 12:49 PM
#3
RIMM RAM
you might want to confirm just exactly what RAM type you DO have installed
as cheap RAM that doesn't fit is an expensive addition
As you are using 64MB sticks now, I would assume that they are SDRRAM [Synchronous Data Rate RAM]
and not DDRRAM [Double Data Rate RAM]
so RIMM would NOT fit these
only way I can think of at the moment is to open box, remove a stick and physically examine it
if you haven't had the 'pleasure' of swapping RAM then click here for a quick guide as to the do's and dont's
HTH
Pax
[edit]
in answer to your question
pulling out two 64's and replacing with a single 128 will leave the system [overall] exactly the same
so MOST people would pull the 4x64's and replace with a couple of sticks of compatable 256 / 512 thereby giving your system a quick speed upgrade
and giving you 4 sticks of RAM for the stockpile
so now I'm in my SIXTIES FFS
WTAF, how did that happen, so no more alterations to the sig, it will remain as is now
Beware of Geeks bearing GIF's
come and waste the day :P at The Taz Zone
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July 4th, 2006, 12:57 PM
#4
Member
I have 4 - 64 Rimms installed, PC 800Hz, i know that Rimms only work on pairs, that is why i asked, as i already have 64x64x64x64 if i could remove a pair, add a 128 Rimm + 256 Rimm of Ram.
They are all PC 800Hz
Here is a picture:
Cheers
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July 4th, 2006, 01:05 PM
#5
if they work as PAIRS
then you need matched pairs of 128's OR 256's
depends on your budget
but in RAM terms bigger IS better
[edit]
my bad
just seen the reference to RIMM in post#1
so now I'm in my SIXTIES FFS
WTAF, how did that happen, so no more alterations to the sig, it will remain as is now
Beware of Geeks bearing GIF's
come and waste the day :P at The Taz Zone
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July 4th, 2006, 01:13 PM
#6
Member
yes, but logicly wouldnt 64x64= 128 + 128 = 256 (x2 128) though its not 128+128 it perfects 256 right?
Therefore that + 256 = 512, so, that would be working pairs right?
128+128 / 256 + 256 ... right?
Cheers
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July 4th, 2006, 06:05 PM
#7
Hi, I have a similar machine P4/1.7 and it takes RAMBUS PC800 RDRAM.
You need to insert the memory in matched pairs and you need continuity strips in any unused slots.
My machine has 2 x 128 and 2 x 256 strips.
So, you will need to take out 2 of your 64's
I am surprised that you are offered anything other than matched pairs. Perhaps you should check that out with the shop.
If you are offered single RIMMS the implication is that something nasty has happened to its companion
EDIT: You could take a look in your computer or motherboard manual................there is usually a RAM compatibility chart/table. Or try a memory supplier's "finder" software.
There are a very few PCs that will support RAMBUS memory not being inserted in pairs. Others have a specific insertion sequence.
Given that you have matched strips in there already, I would say it is of the type that requires matching, after all you would not put in the second pair of 64's if a 128 would do the job?
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