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To use Sysprep as part of the disk duplication process, the following requirements must be met:

• The master installation and the destination computers must have compatible hardware abstraction layers (HALs). For example, HAL APIC and HAL MPs (multiprocessor systems) are compatible, whereas HAL PIC (Programmable Interrupt Controller) is not compatible with either HAL APIC or HAL MPs.

• The mass–storage controllers (IDE or SCSI) must be identical between the reference and destination computers.

• Plug and Play devices such as modems, sound cards, network cards, video cards, and so on, do not have to be the same. However, any device drivers not included in Drivers.cab should be included in the master installation before you run Sysprep. Alternatively, make sure the uninstalled drivers are available on the destination computer at first run, so Plug and Play can detect and install the drivers.

• Third–party software or disk–duplicating hardware devices are required. These products create binary images of a computer’s hard disk, and they either duplicate the image to another hard disk or store the image in a file on a separate disk.

• The size of the destination computer’s hard disk must be at least the same size as the hard disk of the master installation. If the destination computer has a larger hard disk, the difference is not included in the primary partition. However, you can use the ExtendOemPartition entry in the Sysprep.inf file to extend the primary partition if it was formatted to use the NTFS file system.

Note If the reference and destination computers have different BIOS versions, you should test the process first to ensure success. When using Sysprep for Disk Duplication, Sysprep modifies the local computer Security ID (SID) so that it is unique to each computer.


How to prepare a master installation for cloning
1.  Install Windows XP on a master computer. As a best practice, Microsoft recommends that Windows XP be installed from a distribution folder by using an answer file to help ensure consistency in configuring the master installation, so that iterative builds can be created and tested more readily. See Unattend.txt for information about automating Windows Setup using an answer file.

2.  Log on to the computer as an administrator.

3. (Optional) Install and customize applications, such as Microsoft Office, Internet Explorer favorite items, and so on.

4. (Optional) Install any device drivers not included in Drivers.cab and not installed by the answer file.

5. (Optional) Run audit tests.

6. (Optional) If you want, create a Sysprep.inf file manually or with the aid of Setup Manager. This file is used to further customize each computer for the user and helps to set the amount of information for which the user will be prompted during Mini–Setup.

7. Run Sysprep.exe. Make sure that both the Sysprep.exe and Setupcl.exe files exist together in the %systemdrive%\Sysprep folder on the local hard disk. When used, the Sysprep.inf also needs to be in the same folder or on a floppy disk that is inserted when the Windows boot menu appears.
- Important: if Setupcl.exe is not in the same directory as Sysprep.exe, Sysprep will not work.

8. If the computer is ACPI–compliant, the computer will shut down by itself. If not, a dialog box appears stating that it is safe to shut down the computer.

9. Take out the system drive and follow the steps for duplicating the system on other computers. You must have special equipment or software for duplicating hard disks.
 

 
 
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Cellular phones
Digital wireless technologies
By Lars-Terje Lysemose

Compared to the old wireless analog technologies, digital wireless technologies offer many extra features like data and text messages and notably enhanced sound quality. This is possible because the signal as digital bits can be manipulated in a way that adds capacity to the network system, increases call clarity, and allows the use of digital protocols.

Despite the name, however, the Personal Communications System-PCS-isn't just one system, but a number of systems.

GSM

Developed by the European Telecommunications Standards Institute, the Global System for Mobile Communications has been used commercially since 1991. It serves close to 30 million subscribers in about 100 countries, or almost one third of the total world market for wireless telecommunications. GSM is the fastest growing wireless phone technology in the world, expected to reach more than 100 million users by the year 2000-and eventually, half the market for mobile phones. Supported by more than 200 network service providers, GSM networks already cover more than 2.7 billion people in Europe, Africa, Australia, New Zealand, China, India, and other parts of Asia, the Middle East, and North America.

Each GSM phone has a removable Smart Card, also known as Subscriber Identification Module (SIM) roughly the size of a credit card or a micro chip. The card is used for storing phone numbers, your PIN code, billing information, and subscriber identity.

In Europe, GSM usually refers to digital cellular networks that use the 900 MHz frequency band. Since these networks have suffered from congestion, a new upbanded version was created in 1993 called Digital Communications System 1800 (DCS). DCS can use the same features as 900 MHz GSM but it operates in the 1700-1800 MHz range.

In North America, GSM is also known as PCS-1900, using the 1850-1990 MHz band.

TDMA

Time Division Multiple Access, using the 800 MHz frequency range, was the first digital technology to be used in the U.S. by cellular systems. Transmission, however, also included echoes and other distortions. The recently established PCS version is called IS-136 TDMA. Network service providers can use this standard to migrate their networks from analog to digital operation, thereby increasing capacity.

By the year 2000, TDMA is expected to support 24 million users, 19 million of them in the U.S.

CDMA

The PCS Code Division Multiple Access system was not released commercially until 1996. CDMA has only about 250,000 users worldwide, expected to grow to 32 million in three years.

The major difference between GSM and CDMA is in how CDMA adds capacity to a wireless network. Instead of dividing calls up by time like GSM and TDMA, CDMA assigns each call a unique code. CDMA thus has the highest network capacity of any wireless technology.

For more information on digital wireless technologies, check out these Web sites: Cell Talk (http://www.celltalk.com), GSM World (http://www.gsmworld.com), The Personal Communications Industry Association (http://www.pcia.com), and The World of Wireless Communications (http://www.wow-com.com/consumer).

(Editorial intern and contributing writer Lars-Terje Lysemose has been on the 900 MHz GSM waves in Europe since 1994.)