gutturalpiss
New member
Well, partially. Since this way it's still a great deal expensive, let's talk about CompactFlash. Yes, we can have SSD for much less hurtz on walletz.
CF (semi-SSD) would be a good substitute when talking about disk-intensive tasks such as sampling (we see Cheez going on and on about this a lot). Say you have a few of them which you use frequently, and could squeeze them in about 4 to 8G.
2 x A-Data 4G CF
1 x CF-SATA Adapter (or IDE)
40M/s raw transfer
RAID 0 for 8GB
< 200SGD
Result? Seek time of ~0.3ms :mrgreen:
At 40M/s rated and ~25M/s real rates, read/write performance does not suffer much; most 2.5" SATA disks @ 5400RPM can barely even keep up w/ 20M/s. Seek time is near non-existent, since there is no spinner. Same goes for heat, maybe just a lil above room temperature. Currently experimenting on a way to implement this externally with a laptop, since there is only one SATA/IDE hardware channel which will be used by the internal primary HDD. PCI expansion can only be via PCMCIA, but so far there are only ExpressCard SSDs that cost more than a bomb.
CF (semi-SSD) would be a good substitute when talking about disk-intensive tasks such as sampling (we see Cheez going on and on about this a lot). Say you have a few of them which you use frequently, and could squeeze them in about 4 to 8G.
2 x A-Data 4G CF
1 x CF-SATA Adapter (or IDE)
40M/s raw transfer
RAID 0 for 8GB
< 200SGD
Result? Seek time of ~0.3ms :mrgreen:
At 40M/s rated and ~25M/s real rates, read/write performance does not suffer much; most 2.5" SATA disks @ 5400RPM can barely even keep up w/ 20M/s. Seek time is near non-existent, since there is no spinner. Same goes for heat, maybe just a lil above room temperature. Currently experimenting on a way to implement this externally with a laptop, since there is only one SATA/IDE hardware channel which will be used by the internal primary HDD. PCI expansion can only be via PCMCIA, but so far there are only ExpressCard SSDs that cost more than a bomb.
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