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The following list includes some of the requirements for BitLocker: The system volume hard disk drive must be formatted with NTFS rather than File Allocation Table (FAT) or FAT32 file systems A separate volume must be partitioned and given a drive letter The partition must: Be formatted using NTFS

3:

RAID 0 Disk Striping Disk striping requires at least two drives It does not provide redundancy to data If any one drive fails, all data is lost RAID 1 Disk Mirroring/Duplexing RAID 1 arrays require at least two hard drives, although they also work with any even number of drives RAID 1 is the ultimate in safety, but you lose storage space since the data is duplicated you need two 100-GB drives to store 100 GB of data RAID 2 Disk Striping with Multiple Parity Drives RAID 2 was a weird RAID idea that never saw practical use Unused, ignore it RAID 3 and 4 Disk Striping with Dedicated Parity RAID 3 and 4 combined dedicated data drives with dedicated parity drives The differences between the two are trivial Unlike RAID 2, these versions did see some use in the real world but were quickly replaced by RAID 5 RAID 5 Disk Striping with Distributed Parity Instead of dedicated data and parity drives, RAID 5 distributes data and parity information evenly across all drives This is the fastest way to provide data redundancy RAID 5 is by far the most common RAID implementation and requires at least three drives RAID 5 arrays effectively use one drive s worth of space for parity If, for example, you have three 200-GB drives, your total storage capacity is 400 GB If you have four 200-GB drives, your total capacity is 600 GB RAID 6 Disk Striping with Extra Parity If you lose a hard drive in a RAID 5 array, your data is at great risk until you replace the bad hard drive and rebuild the array RAID 6 is RAID 5 with extra parity information RAID 6 needs at least five drives, but in exchange you can lose up to two drives at the same time RAID 6 is gaining in popularity for those willing to use larger arrays.

10:

No tech worth her salt says things like, We re implementing disk striping with parity Use the RAID level Say, We re implementing RAID 5 It s more accurate and very impressive to the folks in the accounting department!

public class Employee { public string FirstName; } }

Mike Meyers CompTIA A+ Guide: PC Technician (Exams 220-602, 220-603, & 220-604)

Volume Encryption Key (FVEK)

The C# Employee class is nearly the same as the Program class that you created in the preceding chapter, except that the class name here is Employee In VB, you ve only created a module before, and the Employee class is your first class for this book You can add members to a class, which could be events, fields, methods, and properties Listing 3-1 shows an example of a field, FirstName, and you ll learn about events, methods, and properties in later sections of this chapter A field is a variable in a class that holds information specific to that class Listing 3-2 shows how to instantiate an object of type Employee, which is your new custom type, and use it You would put this code inside of Main or another method You ll learn more about methods in the later section Writing Methods

After these first RAID levels were defined, some manufacturers came up with ways to combine different RAIDs For example, what if you took two pairs of striped drives and mirrored the pairs You would get what is called RAID 0+1 Or what (read this carefully now) if you took two pairs of mirrored drives and striped the pairs You then get what we call RAID 1+0 or what is often called RAID 10 Combinations of different types of single RAID are called multiple RAID solutions Multiple RAID solutions, while enjoying some support in the real world, are quite rare when compared to single RAID solutions RAID 0, 1, and 5

Not be encrypted and be used to support the authentication process to start the computer Be, at a minimum, 450 megabytes (MB), although Microsoft recommends a minimum of 15 gigabytes (GB) Use your judgment on this, but remember that the more space you have, the better equipped you ll be to accommodate future requirements