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track pusha
New member
Are ata drives ok for audio. I was told to only use sata drives but i'm wondering how true that is.
Codmate said:Keep 'em defragmented and all your audio projects on a seperate partition![]()
psst - ATA133 is useless. I can plug in a 120 GB ATA100 drive and another 120 GB ATA133 drive and show you that the difference is nil. ATA133 might as well be the ATA group's most useless designation. ATA133 builds in more protocol overhead as well as a slightly higher peak burst rate. unfortunately, no one makes any hard drive that is ATA133 and actually hits 133 megs/sec burst rate.Codmate said:As long as it's spinning at at least 7200rpm and is at least ATA133 you'll be fine.
JazzMang said:If anything, a seperate partition located towards the end of the drive will only increase the chance of hard drive failure, as excessive drive head movement will eventually cause the drive to die.
psst - ATA133 is useless. I can plug in a 120 GB ATA100 drive and another 120 GB ATA133 drive and show you that the difference is nil. ATA133 might as well be the ATA group's most useless designation. ATA133 builds in more protocol overhead as well as a slightly higher peak burst rate. unfortunately, no one makes any hard drive that is ATA133 and actually hits 133 megs/sec burst rate.
Codmate said:Well - Keeping audio projects in a seperate partition ... speeds up access times when opening projects though.
Codmate said:I have a Maxtor ATA133 drive and a Seagate ATA100 drive and yes, the differece is negligable - but I believe a WD-Raptor might use some of the extra bandwidth.
JazzMang said:Actually, having your audio files on a properly defragmented primary partition (at the start of the disc) will yield faster results, due to the way the HDD works. Data that is stored closer to the 'front' (where the boot sector lies), is at the optimal area on the hard drive that yields the fastest seek times and the fastest data throughput. I do agree that having a physically separate drive would be best, but having a partition is never a good idea, unless convenience is your first priority and data fidelity is not.
Um.... a raptor is not ATA133... its SATA, gen. I.
What I am saying is that if you have a 100 gig HDD, and you partition it oddly, like 70 gigs for system boot partition and the remaining 30 gigs (which would be located towards the end of the disc) for audio files, your data throughput would suffer. Additionally, while loading up a project, your drive head would be thrashing around from beginning of disc (where your OS files/drivers and most likely your mixing software is located) and the end of the disc (where the sound files are stored). This would result in longer load times and inability to multitask (if you wanted to do that while playing back 20+ tracks in the background).Codmate said:I don't quite understand. How do you guarentee that your audio data is 'at the front of the disk' if you don't partition it away from other data that may be on the drive? Personally I run 2 HDD's - one that has my O/S and applications and one for audio data and 'other data' (otehr media, docs etc). I keep the audio data in the primary partition of the second HDD and use the extended partitions for all the other crap.
It works well for me!
I've also been assured by a friend who works in IBM's HDD R&D that physical placement of data on the disk hasn't been much of an issue since the days of 5400rpm drives and single platters, and that fragmentation is a much bigger factor in read/write speeds when loading multiple large files (as is done when opening a multi-track project).
BTW - there was an ATA133 Raptor, I got sent a review edition. Maybe they never released it?
track pusha said:
altiris said:fragmentation has little effect in speed.
altiris said:It will not write a part of a single file in a location then the rest of it in nother.
Not hard if you know what you are doing. Much easier to go with a Serial ATA Hard drive if you've never messed around with jumpers before (assuming your motherboard supports SATA).track pusha said:How hard is it to put a hard drive in your computer.