But, the advantage of 2 sticks of 128MB, is that when one dies, you still have the other one. And if you have multiple machines, its sometimes very handy to move the RAMs around.
Basically it comes down to do you need to expand later? I have 2 128MB sticks and if I need I can always add another 128MB or 256MB stick.... Im not worried about using the memory in the future cause there will be bigger and better as always.
LXi made a very good point ,I was in this boat a few months ago, if I had then a second stick of ram it would have saved me all the hassle of sending the ram back to Crucial for testing.
does it make any difference in latency, or anything like that? i would assume that it would be marginally faster to have on stick because all of the memory is in the one stick, not having to jump around the slots to find what it's looking for. am i totally off here?
Some time ago i read an article on an overclocking site that said at an extremly high FSB two 64meg modules were more stable than one 128meg module, dunno if its true or not.
I have 2 128MB sticks in my system. My reasoning for this is a variation on LXi's point. I may sell 2 systems at some point -- and each one will have 128MB of RAM.
Two sticks of 128 would allow you to configure your ram for 4 way interleave otherwise all you can do is 2 way interleave (I don't think I spelled that correct) and the memory performance of 4 way is much better than single or 2 way interleave. Or at least that is true with the VIA chipset. I am not sure about the intel chipset.
Sounds like you may not be able to reach quite as high frequencies with higher density modules but there are advantages too.
<< The main advantage of using a single DIMM as opposed to two DIMMs is that the clock signal to unused DIMM slots can be shut down in the BIOS by enabling PCI/DIMM CLK autodetect . Therefore, the clock signal does not need to be diluted to the individual DIMM slots. In case several DIMMs are being used, this advantage is partially lost, depending on the number of DIMMs and slots available. Nonetheless, adding twice the amount of load in form of capacitors that make up the memory cells , will cause a hit with regard to the highest frequency possible which is why, in general, 256 MB DIMMs are slower than 128 MB DIMMs. >>
Here I take "slower" to mean lower limit, e.g. your 256MB stick only runs 2-2-2 to 150MHz while your 2 128MB sticks run 2-2-2 at 166MHz.
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