>What is BIOS /Hard Drive

>

 Basic hard drive/BIOS

As soon as you flip that switch, your CPU starts executing shit located at F000:FFF0. This area contains the BIOS, Basic Input/Output System. This code is written in assembly and is stored in chips called EPROMs in your computer. This code will perform something known as POST, Power On Self Test. This checks for installed devices and checks if they all work. In particular it checks for the video card and runs the video

What is Bios

BIOS usually located at C000h. Next it checks for other ROMs to see if they have installed BIOSes. Usually it then finds and executes the hard drive BIOS located at C8000h. Then it starts something like a “system inventory” where it checks for other installed devices and tests them. It does some more stuff that’s all basicly useless for us right now, until it finally transfers control over to the operating system. That’s the part that we’re interested in. Back in the old days, only one OS was installed on a computer. If you bought a certain computer, you could only run the OS that was made for it. Nothing else. Obviosly that wasn’t such a good thing as you would have to buy a new computer if you wanted a different OS, so BIOS makers came up with the Boot Sector. In case you didn’t know yet, a Sector is the smallest area your hard drive can access. According to the ATA standards each sector is exactly 512 bytes. However ATA standards only apply to hard drives, things like floopies can use whatever they want. Knowing this we can move on to the boot sector.
What is BIOS /Hard Drive

>What is DVD Regions

>

DVD Regions Code

Xbox 360 HD Dvd Player

Full HD Player 1080p

The DVD region code identifies a DVD’s compatibility with the players typically sold in a particular region.

The following graphic shows the approximate location of each region.

Region 0 (or “region free”) is compatible with DVD players from any region.

The majority of all current titles play only in one specific region unless otherwise noted. DVDs sold by Amazon.co.uk are encoded for Region 2 or Region 0. Region 2 DVDs may not work on DVD players in other countries.

Region 1 DVDs sold by Marketplace sellers

Region 1 discs are intended for use with standard DVD players in North America (Canada and the USA). In most instances they can also be played on compatible “multi-region” DVD players (also known as “chipped” or “region-free” players).

They also require an NTSC-compatible television. NTSC is the standard picture format in North America, and differs from the PAL format adopted in Britain and Europe. Region 1 DVDs are usually presented in NTSC format, so you should ensure that your TV is capable of reading the NTSC signal before purchasing Region 1 DVDs.

Regional Coding Enhancement (RCE)

Regional Coding Enhancement (RCE) has been added by some film studios (specifically Warner and Columbia) to selected Region 1 DVDs, with the intention of preventing these discs from playing on some multi-region DVD players. We are therefore unable to guarantee that all Region 1 discs will be compatible with all multi-region players.

Global DVD region countries

This is not a definitive list and is intended only as a guide.

Region 1 – US, US Territories and Canada

      American Samoa, Canada, Guam, Palau, Mariana Islands, Marshall Islands, Puerto Rico, Micronesia, United States, U.S. Virgin Islands

Region 2 – UK, Europe, Japan, South Africa and Middle East

      Albania, Andorra, Austria, Bahrain, Belgium, Bosnia and Herzegovina, Bulgaria, Croatia, Czech Republic, Denmark, Egypt, Finland, France, Germany, Gibraltar, Greece, Greenland, Hungary, Iceland, Iran, Iraq, Ireland, Israel, Italy, Japan, Jordan, Kuwait, Lebanon, Liechtenstein, Luxembourg, Macedonia, Malta, Moldova, Monaco, Netherlands, Norway, Oman, Poland, Portugal, Qatar, Romania, San Marino, Saudi Arabia, Slovakia, Slovenia, South Africa, Spain, Sweden, Switzerland, Syria, United Arab Emirates, United Kingdom, Vatican City, Yemen, Yugoslavia

Region 3 – Southeast and East Asia

      Cambodia, Hong Kong, Indonesia, Laos, Malaysia, Myanmar, Phillipines, South Korea, Taiwan, Thailand, Vietnam

Region 4 – Australia, New Zealand, Central and South America

      Antigua, Argentina, Aruba, Australia, Bahamas, Barbados, Barbuda, Belize, Bolivia, Brazil, Chile, Colombia, Costa Rica, Cuba, Dominica, Dominican Republic, Ecuador, El Salvador, Falkland Islands, French Guiana, Grenada, Guatemala, Guyana, Haiti, Honduras, Jamaica, Mexico, New Guinea, New Zealand, Nicaragua, Panama, Paraguay, Peru, Suriname, Trinidad, Tobago, Uruguay

Region 5 – Former Soviet Union, Indian sub-continent, Africa, North Korea and Mongolia

      Afghanistan, Algeria, Angola, Bangladesh, Belarus, Benin, Botswana, Burkina Faso, Burundi, Cameroon, Cape Verde, Central African Republic, Chad, Comoros, Congo, Djibouti, Equatorial Guinea, Eritrea, Estonia, Ethiopia, Gabon, Gambia, Georgia, Ghana, Guinea, Guinea-Bissau, India, Ivory Coast, Kazakhstan, Kenya, Latvia, Lesotho, Liberia, Libya, Lithuania, Madagascar, Malawi, Mali, Mauritania, Mauritius, Mongolia, Morocco, Mozambique, Namibia, Niger, Nigeria, North Korea, Pakistan, Russia, Rwanda, Sao Tome and Principe, Senegal, Seychelles, Sierra Leone, Somalia, Sri Lanka, St. Helena, Sudan, Tanzania, Togo, Tunisia, Turkmenistan, Uganda, Ukraine, Uzbekistan, Zambia, Zimbabwe

Copy XBOX Games

Connect PlayStation To Computer

Region 6 – China

      China

Region 7 – Reserved for future use

Region 8 – International Territories (ships, planes, etc)

>How To Lan Computers

>

You need 2 ethernet cables and a router. All you have to do is connect the eithernet cables from the back of one computer to the router and same with the other one.

once you have done this restat both computers.

Now;

Open Windows Start menu on one computer.
Open Control Panel.
Classic view: Open Network Connections
Double-click on Local Area Connection which is your Internet connection.
Click Properties.

Then under the general tab, it will say in the second box Down ‘ Internet Protocol TCP/IP’
Click on that and then click Properties

Then another window should apear and you need to select ‘use the following IP address’ after you have selected this you need to type in the following;
IP Address: 192.168.1.1
Subnet Mask: 255.255.255.0
Default Gatewat: 192.168.1.1

Then click save.

One the other computer, do the exact same but instead of naming your IP Address 192.168.1.1 name it 192.168.1.2 and then fill in the same subnet mask and the same default gateway. Make sure the default gate way is 192.168.1.1

Then restart both of your computers and when it boots up they will be connected. To show that they are go to Start/ control Panel/ Network Connections/ then in the side panel it will say ‘My Network Places’ click on that then again in the side pannel click ‘View work group computers’ and both of your computers will be there allowing you to share files 😀

>Calculating Offset

>

This tutorial is more of a tip than a tutorial. It just explains how to calculate offsets for jumps and calls within the program you are patching.

Types of Jumps/Calls

Here I will just describe the different types of jumps and calls which you will come across:

Short Jumps
Short jumps be they conditional or unconditional jumps are 2 bytes long (or 1 nibble if your Californian ;-). These are relative jumps taken from the first byte after the two bytes of the jump. Using short jumps you can jump a maximum of 127 bytes forward and 128 bytes backwards.

Long Jumps
Long jumps if they are relative are 6 bytes long for conditional jumps and are 5 bytes long for unconditional jumps. For conditional jumps 2 bytes are used to identify that it is a long jump and what type of jump (je, jg, jns etc) it is. The other 4 bytes are used to show how far away the target location is relative to the first byte after the jump. In an unconditional jump only 1 byte is used to identify it as a long unconditional jump and the other 4 are used to show it’s target’s relative position, as with the conditional jumps.

Calls
There are two different types of calls which we will use. The normal type of call works the same as the long jumps in that it is relative to it’s current position. The other type gives a reference to a memory location, register or stack position which holds the memory location it will call. The position held by the later is direct e.g. the memory location referenced may contain 401036h which would be the exact position that you would call, not relative to the position of the call. The size of these types of calls depends on any calculations involved in the call i.e. you could do: ‘call dword ptr [eax * edx + 2]’. Long jumps can also be made using this method, but I didn’t say that earlier as to avoid repetition.

Tables
Here is a brief list of all the different types of jumps/calls and their appropriate op-codes. Where different jumps have the same Op-Codes I have grouped them:

Jump Description Short Op-Code Long Op-Code
call procedure call E8xxxxxxxx N/A
jmp u nconditional jump EBxx E9xxxxxxxx
ja/jnbe jump if above 77xx 0F87xxxxxxxx
jae/jnb/jnc jump if above or equal 73xx 0F83xxxxxxxx
jb/jc/jnae jump if below 72xx 0F82xxxxxxxx
jbe/jna jump if below or equal 76xx 0F86xxxxxxxx
jcxz/jecxz jump if cx/ecx equals zero E3xx N/A
je/jz jump if equal/zero 74xx 0F84xxxxxxxx
jne/jnz jump if not equal/zero 75xx 0F85xxxxxxxx
jg/jnle jump if greater 7Fxx 0F8Fxxxxxxxx
jge/jnl jump if greater or equal 7Dxx 0F8Dxxxxxxxx
jl/jnge jump if less 7Cxx 0F8Cxxxxxxxx
jle/jng jump if less or equal 7Exx 0F8Exxxxxxxx
jno jump if not overflow 71xx 0F81xxxxxxxx
jnp/jpo jump if no parity/parity odd 7Bxx 0F8Bxxxxxxxx
jns jump if not signed 79xx 0F89xxxxxxxx
jo jump if overflow 70xx 0F80xxxxxxxx
jp/jpe jump if parity/parity even 7Axx 0F8Axxxxxxxx
js jump if sign 78xx 0F88xxxxxxxx

Calculating Offsets (finding in the xx’s in table)

You will need to be able to calculate offsets when you add jumps and make calls within and to the code you have added. If you choose to do this by hand instead of using a tool then here are the basics:

For jumps and calls further on in memory from your current position you take the address where you want to jump/call and subtract from it the memory location of the next instruction after your call/jump i.e.:

(target mem address) – (mem location of next instruction after call/jump)

Example
If we wanted to jump to 4020d0 and the next instruction *after* the jump is at location 401093 then we would use the following calculation:

4020d0 – 401093 = 103d

We then write the jump instruction in hex as e93d100000 where e9 is the hex op-code for a long relative jump and 3d100000 is the result of our calculation expanded to dword size and reversed.

For jumps and calls to locations *before* the current location in memory you take the address you want to call/jump to and subtract it from the memory location of the next instruction after your call/jump, then subtract 1 and finally perform a logical NOT on the result i.e.

NOT(mem address of next instruction – target mem address – 1)

Example
If we wanted to call location 401184 and the address of the next instruction after the call is 402190 then we do the following calculation:

NOT(402190 – 401184 – 1 ) = ffffeff4

We can then write our call instruction in hex as e8f4efffff where e8 is the hex op-code for relative call and f4efffff is the result of the calculation in reverse order.

If you want to practice with different examples then the best way to do this is to use a disassembler like WDASM which shows you the op-codes and try and work out the results yourself. Also as an end note you don’t have to perform these calculations if you have enough room to make your jump or call instruction into an absolute jump call by doing the following as represented in assembler:

mov eax, 4020d0
call eax (or jmp eax)

Final Notes

Make life easier and use a program to do this 😉

>Copy XBOX Games

>

 BURNING X-BOX & GAMECUBE GAMES USEING CDRWIN

 

1) Insert your original in your CD-ROM.
2) Open CDRWin (or any other image extractor) to make an iso image of the game
on your hard disc. Click on ‘Extract Disc/Tracks/Sectors’
3) Here are the settings which work for me (!):
Disc Image/Cue sheet
File-Format: Automatic
Reading-Options:
RAW, CD+G, CD-TEXT and MCN/USRC all Unchecked
Error Recovery: Ignore
Jitter Correction: Auto
Subcode Analyses: Fixed
Data-Speed: MAX
Read Retry Count: 10
Audio Speed: MAX
Subcode Threshold: 900
There are a lot of reports, that Raw reading also works, but I had problems with it enabled.
4) Click on ‘Start’

RECORDING TO A DISC

1) Install Fireburner

 

2) Double click on the Cue File For The Game
3) Right Click And select burn To CD
That?s all there is record DAO, and you can try to burn it fast at 2X
Using PNY Black Diamond CDR’

>Convert A File System

>

Your hard drive must be formatted with a file system such as FAT, FAT32 or NTFS so that Windows can be installed on to it. This system determines how files are named, organised and stored on the drive. If you’re not using it already, NTFS (New Technology File System) is recommended for Windows XP because of the additional functionality it offers. If your PC came with Windows XP pre-installed then there’s a chance that you’re already using NTFS. If you’ve upgraded from Windows 98 or Windows Me you may still be using FAT or FAT 32. The option to change over to NTFS would have been available during the upgrade process. Don’t worry if you skipped this as it’s possible to convert at any time from within Windows XP without losing any data.

The recommended option
There are a number of features in Windows XP that will only work if the NTFS file system is present, which is why it’s suggested you make use of it. File and folder permissions, encryption and privacy options are just some of those you’ll be able to access. In particular, those of you who have set up user accounts will find NTFS invaluable. For instance, if you continue to use FAT or FAT32 anyone with physical access to the drive will be able to access the files and folders that are stored there. However, with NTFS you’ll be able to use a level of encryption (Professional Edition only) that will enable you to protect your data.

You’ll also find NTFS more reliable in that it’s more able to recover from disk errors than its FAT or FAT32 counterparts. A log of all disk activity is kept so should a crash occur, Windows XP can use this information to repair the file system when your PC boots up again. To find out what file system you’re using, open My Computer, right-click your main hard drive and choose Properties. Take a look at the General tab to see confirmation of the file system that’s in use.

Convert now
You can use the convert tool in Windows XP to change the file system on your hard disk from FAT or FAT32 to NTFS. The whole process is safe and your existing data won’t be destroyed. To begin, click Start -> Run, type cmd and press [Return]. At the command prompt type convert c: /fs:ntfs and press [Return] (where ‘c’ is the letter of the drive you’re converting). When you try and run the convert utility, it’s likely that Windows XP will be using your paging file so the process won’t be completed immediately. Therefore, you’ll see a brief message on screen informing you that the conversion will take place instead the next time Windows starts up. Having restarted, the Check Disk utility will run, the conversion will be performed automatically and you may find that your PC will reboot twice more.

The benefits
With your drive now running NTFS, it’s time to take advantage of the new options that are available. Having created a number of different user accounts you can now control the level of access that’s granted to individual users. For example, there are going to be certain files and folders that you’ll want some users to be able to access but not others. If you have Windows XP Professional Edition you can do this immediately.

Right-click any file or folder, choose Properties and select the Security tab. A dialog will be displayed showing the names of all your users. Alongside will be two columns which enable you to select levels of access for each of them, the permissions include Full Control, Modify, Read and Write. You can then check the appropriate box to determine whether or not to Allow or Deny a particular permission. For Windows XP Home Edition users, the Security tab won’t be immediately available. To access this option you’ll need to restart your PC, pressing [F8] until a menu appears. Next select Safe Mode and wait for Windows XP to start up. You can then set your options in the same way.

Another feature is NTFS compression. It’s quick and seamless as your file or folder is decompressed automatically when you access it. (Don’t confuse this with a Zip compression utility where the files need to be extracted before they can be accessed.) Although you may have used NTFS compression on a file or folder, there’s no way of telling just by looking at it. To remedy this, open My Computer, click Tools -> Folder Options and select the View tab. Under Advanced settings, scroll down and check the option ‘Show encrypted or compressed NTFS files in color’, then click Apply and OK. Take a look at your compressed items in My Computer and you’ll see the text label has changed from black to blue. Something else that’s exclusive to Professional Edition users is the Encrypting File System (EFS). You can use this to protect your important data so that no one else can read it. Your encrypted files and folders will only be accessible when you have logged into your user account successfully.

>Convert A File System

>

Your hard drive must be formatted with a file system such as FAT, FAT32 or NTFS so that Windows can be installed on to it. This system determines how files are named, organised and stored on the drive. If you’re not using it already, NTFS (New Technology File System) is recommended for Windows XP because of the additional functionality it offers. If your PC came with Windows XP pre-installed then there’s a chance that you’re already using NTFS. If you’ve upgraded from Windows 98 or Windows Me you may still be using FAT or FAT 32. The option to change over to NTFS would have been available during the upgrade process. Don’t worry if you skipped this as it’s possible to convert at any time from within Windows XP without losing any data.

The recommended option
There are a number of features in Windows XP that will only work if the NTFS file system is present, which is why it’s suggested you make use of it. File and folder permissions, encryption and privacy options are just some of those you’ll be able to access. In particular, those of you who have set up user accounts will find NTFS invaluable. For instance, if you continue to use FAT or FAT32 anyone with physical access to the drive will be able to access the files and folders that are stored there. However, with NTFS you’ll be able to use a level of encryption (Professional Edition only) that will enable you to protect your data.

You’ll also find NTFS more reliable in that it’s more able to recover from disk errors than its FAT or FAT32 counterparts. A log of all disk activity is kept so should a crash occur, Windows XP can use this information to repair the file system when your PC boots up again. To find out what file system you’re using, open My Computer, right-click your main hard drive and choose Properties. Take a look at the General tab to see confirmation of the file system that’s in use.

Convert now
You can use the convert tool in Windows XP to change the file system on your hard disk from FAT or FAT32 to NTFS. The whole process is safe and your existing data won’t be destroyed. To begin, click Start -> Run, type cmd and press [Return]. At the command prompt type convert c: /fs:ntfs and press [Return] (where ‘c’ is the letter of the drive you’re converting). When you try and run the convert utility, it’s likely that Windows XP will be using your paging file so the process won’t be completed immediately. Therefore, you’ll see a brief message on screen informing you that the conversion will take place instead the next time Windows starts up. Having restarted, the Check Disk utility will run, the conversion will be performed automatically and you may find that your PC will reboot twice more.

The benefits
With your drive now running NTFS, it’s time to take advantage of the new options that are available. Having created a number of different user accounts you can now control the level of access that’s granted to individual users. For example, there are going to be certain files and folders that you’ll want some users to be able to access but not others. If you have Windows XP Professional Edition you can do this immediately.

Right-click any file or folder, choose Properties and select the Security tab. A dialog will be displayed showing the names of all your users. Alongside will be two columns which enable you to select levels of access for each of them, the permissions include Full Control, Modify, Read and Write. You can then check the appropriate box to determine whether or not to Allow or Deny a particular permission. For Windows XP Home Edition users, the Security tab won’t be immediately available. To access this option you’ll need to restart your PC, pressing [F8] until a menu appears. Next select Safe Mode and wait for Windows XP to start up. You can then set your options in the same way.

Another feature is NTFS compression. It’s quick and seamless as your file or folder is decompressed automatically when you access it. (Don’t confuse this with a Zip compression utility where the files need to be extracted before they can be accessed.) Although you may have used NTFS compression on a file or folder, there’s no way of telling just by looking at it. To remedy this, open My Computer, click Tools -> Folder Options and select the View tab. Under Advanced settings, scroll down and check the option ‘Show encrypted or compressed NTFS files in color’, then click Apply and OK. Take a look at your compressed items in My Computer and you’ll see the text label has changed from black to blue. Something else that’s exclusive to Professional Edition users is the Encrypting File System (EFS). You can use this to protect your important data so that no one else can read it. Your encrypted files and folders will only be accessible when you have logged into your user account successfully.

>Connect PlayStation To PC

>

If you have a PlayStation and a PC, and do not have a pad for the computer, or simply those that there are in the market seem to you too expensive or any you don’t like, you have a great option here. It connects your PlayStation pad (anyone) to your PC conserving ALL its functionality thanks to the excellent driver DirectPad.

*

It enjoys the ample range of pads that exists mainly for PlayStation and, of its compared price those of PC (speaking in terms quality-price).

*

They work for all pads including the dual-shock pads. Also, with the dual-shock ones you will be able to use both analog controls and the capacity for “vibrating” (Force Feedback) in Windows games that support it (Need Speed III, Incoming, Star Wars Rogue Squadron, Flight Simulator, Forsaken, etc). If you want to see the complete list of games that support the Force Feedback, look here.

*

You will be able to use ALL the buttons of PlayStation pad in your preferred games, altogether 10 if you use digitals or 16 if you use the analog control.

*

You can connect simultaneously up to two pads.

*

With the dual-shock pads you will be able to change between the digital control to analog during any game session.

*

If you already have standard PC pad you will be able to use it simultaneously without losing functionality in either of them (if connecting two joysticks/pads by a Y connector and to the game port, you will only be able to use 2 buttons in each joystick/pad)

*

The assembly is not very complicated.

*

In theory it would have to work with any control system of game for PlayStation (pad of another mark, steering wheel, etc).

Disadvantages

*

You will only be able to use it in Windows games, since driver it is programmed for DirectX.

*

If you want to use the dual-shock you will need an external power supply, or steal power from inside the computer.

*

The connection goes to the parallel port, which means that if you are going to use the printer you change connectors… but it is worth the trouble!

Words before beginning.

Following with the preliminaries, I will going to make clear that you do not need any knowledge electronics, although knowing how to solder and know how to handle a multi-meter. If you do not have any idea, or don’t want to do it get a friend who knows to help you.

Emulatronia

>Connect PlayStation To PC

>

If you have a PlayStation and a PC, and do not have a pad for the computer, or simply those that there are in the market seem to you too expensive or any you don’t like, you have a great option here. It connects your PlayStation pad (anyone) to your PC conserving ALL its functionality thanks to the excellent driver DirectPad.

*

It enjoys the ample range of pads that exists mainly for PlayStation and, of its compared price those of PC (speaking in terms quality-price).

*

They work for all pads including the dual-shock pads. Also, with the dual-shock ones you will be able to use both analog controls and the capacity for “vibrating” (Force Feedback) in Windows games that support it (Need Speed III, Incoming, Star Wars Rogue Squadron, Flight Simulator, Forsaken, etc). If you want to see the complete list of games that support the Force Feedback, look here.

*

You will be able to use ALL the buttons of PlayStation pad in your preferred games, altogether 10 if you use digitals or 16 if you use the analog control.

*

You can connect simultaneously up to two pads.

*

With the dual-shock pads you will be able to change between the digital control to analog during any game session.

*

If you already have standard PC pad you will be able to use it simultaneously without losing functionality in either of them (if connecting two joysticks/pads by a Y connector and to the game port, you will only be able to use 2 buttons in each joystick/pad)

*

The assembly is not very complicated.

*

In theory it would have to work with any control system of game for PlayStation (pad of another mark, steering wheel, etc).

Disadvantages

*

You will only be able to use it in Windows games, since driver it is programmed for DirectX.

*

If you want to use the dual-shock you will need an external power supply, or steal power from inside the computer.

*

The connection goes to the parallel port, which means that if you are going to use the printer you change connectors… but it is worth the trouble!

Words before beginning.

Following with the preliminaries, I will going to make clear that you do not need any knowledge electronics, although knowing how to solder and know how to handle a multi-meter. If you do not have any idea, or don’t want to do it get a friend who knows to help you.

Emulatronia

>Dynamic And Basic Disk Storage

>

Windows XP Professional supports two types of disk storage: basic and dynamic. Basic disk storage uses partition-oriented disks. A basic disk contains basic volumes (primary partitions, extended partitions, and logical drives).

Dynamic disk storage uses volume-oriented disks, and includes features that basic disks do not, such as the ability to create volumes that span multiple disks (spanned and striped volumes).

General Notes
Before you change a basic disk to a dynamic disk, note these items:

You must have at least 1 megabyte (MB) of free space on any master boot record (MBR) disk that you want to convert. This space is automatically reserved when the partition or volume is created in Microsoft Windows 2000 or Windows XP Professional. However, it may not be available on partitions or volumes that are created in other operating systems.

When you convert to a dynamic disk, the existing partitions or logical drives on the basic disk are converted to simple volumes on the dynamic disk.

After you convert to a dynamic disk, the dynamic volumes cannot be changed back to partitions. You must first delete all dynamic volumes on the disk, and then convert the dynamic disk back to a basic disk. If you want to keep your data, you must first back up or move the data to another volume.

After you convert to a dynamic disk, local access to the dynamic disk is limited to Windows XP Professional and Windows 2000.

If your disk contains multiple installations of Windows XP Professional or Windows 2000, do not convert to a dynamic disk. The conversion operation removes partition entries for all partitions on the disk with the exception of the system and boot volumes for the current operating system.

Dynamic disks are not supported on portable computers or Microsoft Windows XP Home Edition.

Before you change a dynamic disk back to a basic disk, note that all existing volumes must be deleted from the disk before you can convert it back to a basic disk. If you want to keep your data, back up the data, or move your data to another volume.

How to Convert a Basic Disk to a Dynamic Disk

To convert a basic disk to a dynamic disk:

1) Log on as Administrator or as a member of the Administrators group.

2) Click Start, and then click Control Panel.

3) Click Performance and Maintenance, click Administrative Tools, and then double-click Computer Management.

4) In the left pane, click Disk Management.

5) In the lower-right pane, right-click the basic disk that you want to convert, and then click Convert to Dynamic Disk.

NOTE:You must right-click the gray area that contains the disk title on the left side of the Details pane. For example, right-click Disk 0.

6) Select the check box that is next to the disk that you want to convert (if it is not already selected), and then clickOK.

7) Click Details if you want to view the list of volumes in the disk.

8) Click Convert.

9) Click Yes when you are prompted to convert, and then click OK.

How to Convert a Dynamic Disk to a Basic Disk

To change a dynamic disk back to a basic disk:

1) Back up all the data on all the volumes on the disk you want to convert to a basic disk.

2) Log on as Administrator or as a member of the Administrators group.

3) Click Start, and then click Control Panel.

4) Click Performance and Maintenance, click Administrative Tools, and then double-click Computer Management.

5) In the left pane, click Disk Management.

6) Right-click a volume on the dynamic disk that you want to change to a basic disk, and then click Delete Volume.

7) Click Yes when you are prompted to delete the volume.

8) Repeat steps 4 and 5 for each volume on the dynamic disk.

9) After you have deleted all the volumes on the dynamic disk, right-click the dynamic disk that you want to change to a basic disk, and then click Convert to Basic Disk.

NOTE:You must right-click the gray area that contains the disk title on the left side of the Details pane. For example, right-click Disk 1.