- May 16, 2005
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Originally posted by: biostud
If they used SATA-II instead of SATA and supported up to 8Gb, it would be far more interesting.
Originally posted by: biostud
If they used SATA-II instead of SATA and supported up to 8Gb, it would be far more interesting.
Originally posted by: aug1516
Originally posted by: biostud
If they used SATA-II instead of SATA and supported up to 8Gb, it would be far more interesting.
Actually I had heard it will support 8gb using 2gb modules (expensive!) and I really can't see how the SATA-II interface will provide any major performance increases over the existing SATA-I connection. Technically SATA-II is capable of more speed but SATA-I did not seem to be holding the existing solution back from the benchmarks I have seen.
Originally posted by: Tick
Because: it relies on a silly battery, because it uses volatile ram; it's not all that fast; it only allows 4 GB; because it doesn't allow ECC or Bufferd RAM; because it uses up a PCI slot; and because it requires 1 gb dimms to be of use.
Originally posted by: aug1516
Originally posted by: biostud
If they used SATA-II instead of SATA and supported up to 8Gb, it would be far more interesting.
Actually I had heard it will support 8gb using 2gb modules (expensive!) and I really can't see how the SATA-II interface will provide any major performance increases over the existing SATA-I connection. Technically SATA-II is capable of more speed but SATA-I did not seem to be holding the existing solution back from the benchmarks I have seen.
Originally posted by: Tick
Because: it relies on a silly battery, because it uses volatile ram; it's not all that fast; it only allows 4 GB; because it doesn't allow ECC or Bufferd RAM; because it uses up a PCI slot; and because it requires 1 gb dimms to be of use.