livilaNic said:
What is your point here? I'm not grasping the idea. So if you had 2 IDE controllers from your mobo. You would say on C:/WINDOWS and say D:/Audio. It wouldn't have to access drive C:/? How would you install anything on the D:/Audio without an operating system?
I'm still in the learning process. So try to leave it in lymens terms.
L8er,
livilaNic
OK, I'll try to be clear - something I have to work on at times

So if I say something that doesn't make sense, yell at me and I'll clear it up.
Most, if not all, PC motherboards have two IDE controllers (newer ones also have SATA controllers, but that is besides the point for now). Each IDE controller can accept two devices; a master and a slave.
So, in theory, you could install up to 4 hard disks on your system. If you did that, and created a single partition on each, then you would, in Windows, have C, D, E, and F drives. You can install install your OS on any of these you like; Windows installation defaults to the first drive, in our case, C. You would be able to access any of the drives as storage. You do not have to have an OS installation on each disk (which is what I think you were wondering about). In fact, on my system, I have disk drives C, D, H, and I. I have E and F DVD drives.
C and D are my first hard disk partitioned into 2 drives.
G and I are my second disk partitioned into 2 drives. I keep my audio and G, and my programs installed on C.
I only have the one OS installed on this box.
My first disk and my first DBV are installed on IDE1, My second disk and my second DVD are installed on the second controlller. So, when my audio app loads, it loads from C, as does all my system software and background tasks. These accesses all go through the IDE 1 controller. When my audio app loads audio and sequence data, because that data resides on a seperate disk on a
seperate IDE controller (IDE2), it can be loaded into memory at the same time system and background data is loaded from IDE1 due to the use of DMA.
Now, if my system and program applications all resided on the same disk (or in fact, different disks on the same IDE controller), then the loads could not be concurrent, they would be loaded sequentially.
Hope this helps a bit.