MCSE Boot Camp Training

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.
 

 
 

MCSE boot camp, MCSE 2003 boot camp, MCSE boot camp provider, MCSE 2003 training boot camp , MCSE Microsoft Boot camp, MCSE cert boot camp, MCSE windows 2003 Boot camp, MCSE Security boot camp, MCSE 18 days Boot camp, mcse exam boot camp, mcse server boot camp, mcse boot camp professional, mcse NIS boot camp, CCNA & MCSE boot camp, MCSE & CCNA certification boot camp, MCSE & CCNA boot certification camp, MCSE & CCNA training boot camp , MCSE & CCNA Microsoft Boot camp, MCSE & CCNA 2003 boot camp, MCSE & CCNA windows 2003 Boot camp, MCSE & CCNA Security boot camp, MCSE & CCNA 18 days Boot camp, MCSE & CCNA exam boot camp, MCSE & CCNA server boot camp, MCSE & CCNA boot camp professional, MCSE & CCNA NIS boot camp, MCSE & CCNP boot camp, MCSE & CCNP certification boot camp, MCSE & CCNP boot certification camp, MCSE & CCNP training boot camp , MCSE & CCNP Microsoft Boot camp, MCSE & CCNP 2003 boot camp, MCSE & CCNP windows 2003 Boot camp, MCSE & CCNP Security boot camp, MCSE & CCNP 18 days Boot camp, MCSE & CCNP exam boot camp, MCSE & CCNP server boot camp, MCSE & CCNP boot camp professional, MCSE & CCNP NIS boot camp in USA, UK and India.
 
 


 
 

 

Real MCSE Bootcamp Training - Microsoft MCSE certification

 

MCSE Boot Camp, CCNA Bootcamps, CCNP Boot camp Certification Training

MCSE Guide

Free MCSE
Free MCSE Training
MCSE
MCSE 2003
MCSE Books
MCSE Boot Camp
MCSE Brain dumps
MCSE Certification
MCSE Exam
MCSE Free
MCSE Jobs
MCSE Logo
MCSE Online
MCSE Online Training
MCSE Practice
MCSE Practice Exams
MCSE Practice Tests
MCSE Requirements
MCSE Resume
MCSE Salary
MCSE Self Paced Training Kit
MCSE Study
MCSE Study Guide
MCSE Study Guides
MCSE Test
MCSE Testing
MCSE Training
MCSE Training Kit
MCSE Training Video
MCSE Windows 2003
Microsoft MCSE Training
Training MCSE
Windows 2003 MCSE

 

 

MCSE : Security

18.  The 7 layers of OSI model are:

1.      The Application Layer: Application layer is responsible for identifying and establishing the availability of desired communication partner and verifying sufficient resources exist for communication. Some of the important application layer protocols are: WWW, SMTP, FTP, etc.

2.      The Presentation Layer: This layer is responsible for presenting the data in standard formats. This layer is responsible for data compression, decompression, encryption, and decryption. Some Presentation Layer standards are: JPEG, MPEG, MIDI, PICT, Quick Time, TIFF.

3.      The Session Layer: Session Layer is responsible for co-ordinating communication between systems/nodes.  The following are some of the session layer protocols and interfaces: a) Network File System (NFS), SQL, RPC (Remote Procedure Call), X-Windows, ASP, DNA SCP.

4.      The Transport Layer: The Transport Layer is responsible for multiplexing upper-layer applications, session establishment, and tearing-down of virtual circuits. This layer is responsible for flow control, to maintain data integrity. 

5.      The Network Layer: There can be several paths to send a packet from a given source to a destination. The primary responsibility of Network layer is to send packets from the source network to the destination network using a pre-determined routing methods. Routers work at Network layer.

6.      The Data Link Layer:

Data Link Layer is layer 2 of OSI reference model. This layer is divided into two sub-layers:

A. Logical Link Control (LLC) sub-layer.

B. Media Access Control (MAC) sub-layer.

The LLC sub-layer handles error control, flow control, framing, and MAC sub-layer addressing.

The MAC sub-layer is the lower of the two sub-layers of the Data Link layer. MAC sub-layer handles access to shared media, such a Token passing or Ethernet.

7.      Physical Layer: The actual flow of signals take place through Physical layer. At Physical layer, the interface between the DTE and DCE is determined. The following are some of the standard interfaces are defined at Physical layer: EIA/TIA-232, EIA/TIA-449,V.24,V.35,X.21,G.703,HSSI (High Speed Serial Interface).