TRDCorolla1
Golden Master
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Can't go wrong with the video card. Looks great. That RAM seems fine to me. Yes, most motherboards, especially the DFI one you have in mind support a stock of DDR400 but can be overclocked due to the RAM support (up to DDR600 if you are going with this: GeIL ONE Series 1GB (2 x 512MB) 184-Pin DDR SDRAM Unbuffered DDR 400 (PC 3200) TCCD chips Dual Channel Kit System Memory - Retail
http://www.newegg.com/Product/Product.asp?Item=N82E16820144341#DetailSpecs)
That OCZ one is fine too if you want 2GB RAM. SATA II is better because of native command queuing that helps to improve the performance and efficiency of SATA II drives. Normally commands will arrive at a disk to read or write from different locations on the disk, right? When commands are executed in the order they arrive, a great deal of mechanical lag is created when the read/write head is constantly being repositioned. SATA II drives will use an algorithm to determine the most efficient order to execute commands, which creates the least mechanical delay. In this way native command queuing will improve the performance of SATA II.
SATA II is just a faster version of SATA. SATA is 150 MB/sec transfer speed. SATA II is 300 MB/sec. They are backward and forward compatible. A SATA drive will work on a SATA II controller and and a SATA II drive will work on a SATA controller. You won't actually get a sustained 300 MB/s transfer rate, but very quick none the less. Altogether a better show, but still improving. The next version is slated to double the transfer rate again.
http://www.newegg.com/Product/Product.asp?Item=N82E16820144341#DetailSpecs)
That OCZ one is fine too if you want 2GB RAM. SATA II is better because of native command queuing that helps to improve the performance and efficiency of SATA II drives. Normally commands will arrive at a disk to read or write from different locations on the disk, right? When commands are executed in the order they arrive, a great deal of mechanical lag is created when the read/write head is constantly being repositioned. SATA II drives will use an algorithm to determine the most efficient order to execute commands, which creates the least mechanical delay. In this way native command queuing will improve the performance of SATA II.
SATA II is just a faster version of SATA. SATA is 150 MB/sec transfer speed. SATA II is 300 MB/sec. They are backward and forward compatible. A SATA drive will work on a SATA II controller and and a SATA II drive will work on a SATA controller. You won't actually get a sustained 300 MB/s transfer rate, but very quick none the less. Altogether a better show, but still improving. The next version is slated to double the transfer rate again.