You understand you're taking a performance hit by using the slower drive for OS and Apps?
But anyways...Your old drive will be the Master on the primary IDE and the new drive will be the Master on the secondary IDE. Make any CD/DVD drive slaves. Master/Slave configs are done by jumpers on the drive. You can find the setting either on the drive itself, or at the company's website.
Because you might drop the drives on your motherboard while installing.
Install the motherboard first. The drives will have wiring harness to connect to the motherboard.
You can install them the same way as all other hard drives to your laptop. You can put the CD into your laptop and install it or you can put in the USB cord and install it like that.
Yes, you can install multiple hard drives in your computer. If you have multiple internal bays then you can install drives inside the case. If not, you can buy external Firewire and USB drives that attach to the ports on the back of your computer. If you are unfamiliar with opening your computer, then choosing an external solution is the easiest and beth method.
Perhaps, because there might be not enough place after you install the motherboard to install your drives. The CPU or the RAMs might be in they way. There is surely no other magical reason to it.
Yes there is a way.
The various applications of multilevel inverters are 1. Motor Drives 2.Active Filters 3.Power conditioning
Pen drives are commonly known as Flash drives, Thumb drives and USB flash drive, memory stick and finger stick. These small devices come with full sized applications.
If the case has room to mount them - servers are a prime example of computer systems with multiple drives.
Mount the drives in the carrier connect the 40-pin cable to the drives set the drive at the end of the cable to master set the drive in the middle of the cable to slave install the drives in the computer and configure the drives
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ANSWER Any two of the following: ■ Install faster hard disk drives. ■ Install additional hard disk drives and split your data among them, reducing the I/O burden on each drive. ■ Replace standalone drives with a RAID (redundant array of independent disks) array. ■ Add more disk drives to an existing RAID array.