Fastest Quietest Drive
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Fastest Quietest Drive
I'm looking to upgrade my 2 year old 120 gig samsung ide hard drive. I want a drive that is fast and quiet, which would be the best one out their now? I have no idea myself I've looked at alot of drives and can't figure out which one. I would like it to be Sata 8 mb cache and 7200 rpm.
Thanks, falcon26
Thanks, falcon26
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falcon,
there is no definate answer. First, it depends on how much space you need. if you only need a system drive and you want it to be very fast, a suspended raptor is fairly quiet (especially the newest models). if you are a complete silence nutter and need 200-250gb of space then get a samsung p120 series. finally if you need more the 250gb of space get a Western Digital JD series.
there is no definate answer. First, it depends on how much space you need. if you only need a system drive and you want it to be very fast, a suspended raptor is fairly quiet (especially the newest models). if you are a complete silence nutter and need 200-250gb of space then get a samsung p120 series. finally if you need more the 250gb of space get a Western Digital JD series.
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I'm also curious what you need this speed for. Going from a 7200RPM 2MB 3.5" drive to a 5400RPM 8MB 2.5" drive, I noticed very little difference in performance. The only place the notebook drive lags behind is sustained transfers (for example, Windows takes slightly longer to load), probably due to the lower arial density of the platters. But as far as responsiveness goes, I couldn't tell a difference.
By upgrading to a newer drive with more dense platters, you may see a small increase in transfer rates. But if you go with a 7,200RPM or even a 10kRPM drive, you're probably not going to see any difference in how responsive Windows is.
But yeah, if it's for photo/video editing, that's a different story.
By upgrading to a newer drive with more dense platters, you may see a small increase in transfer rates. But if you go with a 7,200RPM or even a 10kRPM drive, you're probably not going to see any difference in how responsive Windows is.
But yeah, if it's for photo/video editing, that's a different story.
I guess a good question is does your mobo support SATA?SATA-2? The SATA 2 Spinpoint 200 gb is about the fastest and quietest 7200 rpm drive. I noticed quite a response gain when I went from 5400 to 7200,and going to a Raptor ought to mean more gain-but a Raptor is not quiet. If you REALLY need Speed- 1 Raptor may be less noise than the total of 2 quieter raided drives. I am wondering if there is a next gen Raptor..a bit quieter,better density,quieter+cooler and SATA2. The Raptor's high rpm could make the SATA 2 more effective.
From the SPCR review of the Raptor
The dual platter Raptor impressed us with its idle noise. There is no motor noise to speak of; the only noise is the whoosh of airflow across the spinning platters. The overall volume is slightly louder than our favorite reference drive — the Barracuda IV — gauged by listening and by SPL measurements. It actually matches our reference quiet Samsung (Nidec motor) drives for idle SPL.
The results are the same as i have. Idle noise is about the same as P80 Nidec, but seeks are louder. I dont find seeks to be disturbing though, i just care about idle noise. And the silicone grommets in the P180 do a damn good job at dempening the seeks.. i can just hear a faint clicking when it mounted in the lower chamber.The vibration level at idle is quite good, on par with the Barracuda IV. In a real system, the Raptor's vibration noise might be slightly more intrusive than the Barracuda because of the higher pitch fundamental of the 10,000 RPM drive (167 Hz instead of 120 Hz for a 7200 RPM drive), but the total amount of vibration is roughly the same.
We were expecting that the higher spindle speed of the Raptor would translate into a higher power draw. This did appear to be the case, although the increase in power consumption was much less than we expected, somewhere in the realm of 1W at idle and 2-3W while seeking. Despite its spindle speed, the Raptor is not the most power hungry drive we've seen; it is merely higher than average. With the extra heatsinks that are incorporated into the casing, it should have no problem dissipating the extra heat that this power produces.