i need to upgrade the ram of my dell latitude d510 laptop.....pls help..

[tango_cash]

hi
i need to upgrade the ram of my dell latitude d510 laptop
according to 1GB, 200-pin SODIMM, DDR2 PC2-5300 upgrades for Dell Latitude D510 Laptop/Notebook, CT492759 from Crucial.com

• Module Size: 1GB
• Package: 200-pin SODIMM
• Feature: DDR2 PC2-5300
• Specs: DDR2 PC2-5300 • CL=5 • Unbuffered • NON-ECC • DDR2-667 • 1.8V • 128Meg x 64 •

the above ram works for my laptop.

i did some online search and foundTranscend 1gbJM667QSU-1G(i plan to get 2 of these to run in dual channel mode)
Transcend DDR2-667/PC2-5300 DDR2 1 GB Laptop RAM (JM667QSU-1G) | Ram | Flipkart.com

• DDR2-667/PC2-5300
• SO-DIMM Memory Module
• 200-pin Configuration
• 3-3-3 CAS Latency
• Unbuffered
• 166 MHz Memory Clock Speed
• 8 x 128 MB DRAM Structure
  
• Specified Voltage: 1.8 V
• Error Check: Non-ECC

now the only diffrence i see between the two is the DRAM structure 128Meg x 64 v / s 8 x 128 MB.and i am a little confused with
166 MHz Memory Clock Speed of the transcend.


should i go for the transcend ram?? does the DRAM structure make any diffrence??will it be compatible to my laptop??
pls help....

 

[Abhishek Nama]

AFAIK the transcend Ram will still work on your laptop. And there won't be much of a difference in performance. Better to wait for someone with more knowledge in DRAM structure. But it should work.

 

[tango_cash]

AFAIK the transcend Ram will still work on your laptop. And there won't be much of a difference in performance. Better to wait for someone with more knowledge in DRAM structure. But it should work.

thanks for the reply Abhishek, even i think that it should work but just little doubt because of the DRAM structure thing.
btw check out *www.transcendusa.com/support/dlcenter/jetram/product/Pdf/JM667QSU-1G_2300-s.pdf
it is the manual of JM667QSU-1G.
read the very first line it says "The JM667QSU-1G is a 128M x 64bits DDR2-667 SO-DIMM. The JM667QSU-1G consists of 8pcs 128Mx8 bits DDR2 SDRAMs......
again i am confused it says both 128M x 64bits and 128Mx8 bits