I'm ordering custom RAM, but need help with terminology and configuration!
I'm trying to order some custom RAM through my company's corporate account because it'll be dirt cheap, relatively speaking.
Here's a link to a Micron chips datasheet. The sales rep I'm talking to states that even though I won't be using Micron chips, that sheet is perfect because it sums up all of the configuration options that I have to choose from. However, half of it is greek to me:
http://www.micron.com/products/dram/ddrsdram/partlist.aspx?density=512Mb
It doesn't say anything about "PC3200, or PC2700" etc, etc...but DDR400 is what I'm after. Now, here is what I don't understand.
1. What configuration do I need to get?? I.E. 64x8, or 128x4, something not even listed?
2. What is 60-"ball"?? Never heard of it...
3. I wonder why there is no DDR400 with a CAS latency less than 3? Perhaps Micron simply doesn't offer it I wonder?
4. What is "Lead Plated", and "Lead-Free"??
5. I wonder what the acronyms under the "Package" column mean?
Anyone who is wonderful enough to answer these questions for me, please PLEASE if you use any OTHER terminology regarding RAM, remember that I'm more than likely going to need you to explain THAT too, lol.
(The guy has quoted that I'll be able to get Samsung chips on a 512 stick for about $70. Crucial is selling 512 PC3200 RAM with the chips on this data sheet for about $80. I know this is kind of doing it the hard way, but it's cheap, and I'm broke. If anyone knows where I can get quality like that at a similar price without the headache, let me know.)
My Motherborad, and Processor:
Asus A7N8X2.0 /w Athlon XP 1700 oc'd like the dickens.
P.S. This system is used for FOLDING!!!! (And gaming, lol)
Here's a link to a Micron chips datasheet. The sales rep I'm talking to states that even though I won't be using Micron chips, that sheet is perfect because it sums up all of the configuration options that I have to choose from. However, half of it is greek to me:
http://www.micron.com/products/dram/ddrsdram/partlist.aspx?density=512Mb
It doesn't say anything about "PC3200, or PC2700" etc, etc...but DDR400 is what I'm after. Now, here is what I don't understand.
1. What configuration do I need to get?? I.E. 64x8, or 128x4, something not even listed?
2. What is 60-"ball"?? Never heard of it...
3. I wonder why there is no DDR400 with a CAS latency less than 3? Perhaps Micron simply doesn't offer it I wonder?
4. What is "Lead Plated", and "Lead-Free"??
5. I wonder what the acronyms under the "Package" column mean?
Anyone who is wonderful enough to answer these questions for me, please PLEASE if you use any OTHER terminology regarding RAM, remember that I'm more than likely going to need you to explain THAT too, lol.
(The guy has quoted that I'll be able to get Samsung chips on a 512 stick for about $70. Crucial is selling 512 PC3200 RAM with the chips on this data sheet for about $80. I know this is kind of doing it the hard way, but it's cheap, and I'm broke. If anyone knows where I can get quality like that at a similar price without the headache, let me know.)
My Motherborad, and Processor:
Asus A7N8X2.0 /w Athlon XP 1700 oc'd like the dickens.
P.S. This system is used for FOLDING!!!! (And gaming, lol)
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Comments
Thin Small Outline Package. Very flat chips and mounting. The contacta are along the outside edges (and hence outlline).
Crucial 512MB are built 64x64, which is the same as 64x8 (bits vs words). These look like the most common.
A lot of systems have gone lead free. I don't see how it would matter to the user.
I haven't seen anyone use the name Micron and 'high speed' together recently. They are not in the low CAS, high speed race.
2nd Kingston is another great option. I run kinston hyper x which runs great and can be pushed.
3rd Corsair is top of the line stuff. Ive had prolly 4gigs of it. It puches normally farther than kingston and is rock solid Plus u can get cool LED's on em!
High quality, <$70/stick
Just as good as the RAM Geeky posted and cheaper. It uses CH-5 chips.
The brand, speed (1xPC3200 & 1xPC2700) and CAS latencies can be mismatched because the board will just default to the slowest values but the architecture must be the same.
I hope that helps explain why it's not working.
I'll just have to mess with it the next time I go home...(Sunday, grrr...stupid friends want me to drive halfway across the state to hang out with'em, and I've got HL2 that needs playing!!!!)