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How to Access Data of a Password Protected User in Windows XP

Computers can be very dangerous sometimes! It is one of greatest inventions of man, but we have become very dependant on it. Imagining life without the computer is difficult. Life is easy when everything is going fine, but once a computer crashes, that’s where all the problems begin to crop up. If you have protected your system with a password, then there is a slim chance of regaining the data stored.

Ways to Access Data of a Password Protected User in Windows XP in Case the PC Fails to Boot

If the PC fails to boot, the most sought after solution to fix it, is to re-format the hard disk. If you do so, all the files stored on the computer would be erased. To avoid this, you got to have a backup of files. This becomes very difficult if your PC is password protected.

As it is rightly said “Nothing is impossible”. Even if the PC fails to boot and your system is locked by a password, data can be retrieved from it.

The following mentioned procedure, if used correctly, can procure all the data:

  • First of all, grab a Windows XP bootable CD. Run it on your computer to boot it.
  • Now you have to locate the setup screen. Once located, select R on it. This has to be done using recovery console.
  • The console program selected will guide you to select the Windows folder. This is the place where Windows is installed.
  • Similar to DOS with only some features missing, you have to type Help to view further commands to proceed.
  • Open the current directory and change it to the user’s directory. This is the place where you will place all your backup data.
  • Now you have to type “CD” in “Documents and Settings\X”‘. Press “Enter” after typing. Here X denotes the username.
  • Once the above command is processed, your current directory will be changed to file X in Documents and Settings.
  • This directory will now be required to change to desktop. This can be done by simply typing “CD Desktop”. After typing, the moment the Enter button is pressed, you will be diverted to desktop folder.
  • Now, type DIR. Once you do that and press Enter, all the files available on the desktop will be visible.
  • Type Copy x.doc C:\BACKUP, followed by pressing the Enter key. Here, x.doc denotes the file existing on the desktop and C; \BACKUP is the place where the copied files will be placed.
  • As we did in earlier steps, change the directory to other names and place them in different folders, for all the other files. The files can also be placed in different folders other than desktop.
  • One thing which is noteworthy is that all files cannot be copied at once and in a single folder. Every file has to be individually copied one after the other.

Another method to establish a backup

This method can only be exercised by those who are comfortable with handling computer hardware and have one more computer lying at their disposal. The steps to be followed are listed below:

  • Shut down your computer and plug off all the connecting devices from your PC.
  • With the help of some tools, open up your computer very carefully.
  • Find the hard disk in it.
  • Now detach the power and serial ATA cables.
  • Accumulate the drive in to the other computer. USB or serial ATA can also be used.
  • Login the second computer and copy all the important information you wish to retain.
  • Now, you have the entire backup ready. So you can put the disk back it to the original computer and format it.

How to Stop DRWTSN32

If you ever suspect and encounter an unfamiliar file from your hard disk with a name of DRWTSN32.exe, either it is a certified program from Microsoft Corporation or a malware that gotten into the subfolders of your hard disk. The file DRWTSN32 means Dr. Watson postmortem debugger. The DRWTSN32 is a program error debugger which is automatically constructed in the Windows system. This file is usually located at the C:\Window\System32 folder in your hard disk.

The DRWTSN32 is liable for collecting debugging data when a program or application encounters an error. The data that are collected by the DRWTSN32 will then be used by a specific technical support group to identify the primary program error. DRWTSN32 is not exceptionally important in running Windows but it may cause serious problems and system errors.

After locating the fake DRWTSN32, you can now get rid of it by following simple steps.

  1. You have to open your Windows explorer or in mostly used term My Computer. Make use of the Search tool to locate different files named DRWTSN32. Remember that the common file location of the real DRWTSN32 is in C:\Windows\System32 so this means other files which are not in this folder are probably unwanted malwares.
  2. The next step is to delete the identified malwares from the different locations of your hard disk. After deleting the malwares, you should run a complete virus scan of all your hard disks. If the scanner identifies any infection, threat, or virus, delete the files immediately.

Here are some of important points to remember when trying to delete DRWTSN32.

  • Remember that you must only delete a file if it is a source of problems in the system.
  • You have to take note that deleting the DRWTSN32 may cause serious system errors and it may lead to malfunctioning of the system.
  1. You also have to keep in mind that DRWTSN32 is a program readily built by Microsoft Corp. to operate in most Windows OS. If they automatically built it in with the OS, this mean DRWTSN32 plays an important role in maintain the system.
  2. You have to remember that you should thoroughly check your computer for the actual cause of problems you encounter before deciding to delete the file.
  3. Finally, you have to conduct thorough scanning of your hard disks to make sure that no malwares or viruses are stored in your computer. You also have to regularly perform maintenance check up for your computer to make sure that your hard disks are healthy and they don’t serve as a haunt for terrible malwares and viruses.

There are other DRWTSN32 that are not genuine, though. Malware could take the name of the DRWTSN32 and disguise itself as the program and it is usually found in subfolders from the hard disk. It is important to identify the real location of the real DRWTSN32 so that you could remove the disguised malware from other folders. The steps above are there for you to avoid deleting the real DRWTSN32 and creating more system errors.

PMC-Sierra Introduces Industry’s First Multi-Core, Multi-Threaded RAID Platform for x86 Servers

In an announcement made by PMC-Sierra, the company launched a new product maxRAID ™. This product is first in the family of BR5225-80 RAID adaptor, designed especially to boost the function of Solid State Disk (SSD) storage in a multi server environment (x86). maxRAID BR5225-80 is based on PMC-Sierra’s multi-core SRC 8x6G RAID-on-Chip (RoC) controller, which multi-tasks with multiple-users on a performance optimized RAID stack software.

In accordance to this, the new software will enable PCI Express(R) (PCIe(R)) 2.0 to connect to eight SAS/SATA ports, offering a speed of 6 GB/second, while targeting the data- and transaction-based applications in need of high IOPS (Input/Output Operations per Second) or throughput. Presently, maxRAID is known to deliver 136,000 IOPS per RAID controller. However, with the aid of PMC-Sierra’s 6 Gb/s SAS RAID solution, this limit will almost be doubled reaching out with 300,000 IOPS. In addition, PMC-Sierra’s RAID platform will also include maxRAID storage manager that will help users to manage the storage on their server efficiently from any standard browser within the company. This is a web-based geographical application and basically features an intuitive user interface.

In a joint development agreement, PMC-Sierra has collaborated with IBM to produce breakthrough RAID solutions. According to the agreement, PMC-Sierra will integrate their storage protocol controller with IBM’s RAID software. The results are already visible! PMC-Sierra has become one of the first in the industry to come up with a multi-processor or multi-core and multi-threaded RAID solution (maxRAID) that optimizes and boosts the SSD storage performance. This high performance RAID solution by IBM and PMC-Sierra collaboration works for x86 servers at one go.

Presently, the RAID solutions offered within the industry are only designed for Hard Disk Drives (HDDs), which are only a fraction of the performance given by SSD. The technique used ensures that the HDDs are short stroked, meaning that they use only a small amount of their total capacity to improve functions. This results in low disk utilization enhancing the costs for improved performance. The the new PMC-Sierra’s maxRAID BR5225-80 instead uses the multi-threaded and multi-core built. Further, this has been combined with IBM’s RAID stack, which gives the performance equivalent to and as advantageous as that of SSD. This not only saves cost, but also lowers the data power requirements while at the same time enhancing and ensuring best possible utilization of storage capacity.

Some of the features of PMC-Sierra’s maxRAID BR5225-80 x8 PCIe 2.0 to eight 6GB/s SAS RAID adapter are: provides maxRAID suite for management utilities, provides web based Graphic User Interface, RAID-on-Chip controller aids in providing access to all the chips with instantaneously and simultaneously increasing the I/O, three multi-threaded cores, provides boot support for BIOS and uEFI systems, 1.5 & 3Gb/s SATA and 3 & 6Gb/s SAS support, maxRAID storage manager management utility, ability to connect up to 8 SSD or HDD devices per adapter etc.

-Sierra is a widely known company, which provides internet infrastructure semiconductor solutions. Although the recent announcement has definitely created a buzz in the market, however, the effect it has on the market remains to be seen!

Work function of BIOS

BIOS is the primary initiator of the computer devices and software which starts all the devices to work according to their menu. Basic input/output system (BIOS) is a boot firmware or primary system device or code of computer which helps to run and test all other applications and devices. BIOS is expressed as the initiating media which helps to coordinate all other activities of computer after it is powered on. After computer is powered on, the BIOS identify and run the hardware like floppy drive, hard disk, graphics card etc. In the same way BIOS also make the software files executable after computer starts. The BIOS works in a sequence that is stored in the ROM of computer.

BIOS is attached to motherboard of the PC and the primary work function of BIOS varies according to general or professional use of users. According to its usage in different manners, the different BIOS setup is fixed in different spaces. After the start of PC, the post work of BIOS includes self test works like virus identification, disability or troubleshooting of hardware, power system, over clocking system etc. Then BIOS hands over its duty to operating system to run the PC according to its configuration. But in case of transferring OS data, BIOS also helps from the backend. BIOS looks over the hardware whether it face compatibility problems. In fact BIOS works as an interpreter between software and hardware applications.

The communication job of BIOS is not done in a single stage as the overall service of BIOS is performed in three stages. In first stage, after primary investigation, BIOS transfer responsibility to BIOS. In the second stage, in case of any problem or difficulty OS send a signal to BIOS and in third stage BIOS takes step accordingly. The whole process is done within a very short period, so that users can’t identify the steps manually.

BIOS failure:

After switching on the PC, BIOS activates and then operating system and other applications. If PC restarts continuously then it is termed as BIOS failure. Any message can come in black screen which will dictate what to do. BIOS failure can occur due to various reasons:

1. Virus attack
2. Failure of any hardware device
3. Over clocking

To get rid from these types of problems one must change or replace BIOS chip.

Dual BIOS:

Dual BIOS is a system where two physical BIOS-ROM are attached to the motherboard together, one of which is principal BIOS and other is auxiliary or supporting BIOS. Principal BIOS helps in booting of PC and supporting BIOS works as default BIOS which helps to run the computer. The main aim of duel BIOS is to enable the PC work if anytime primary BIOS fails.

For a PC BIOS is a must to run it without any interruption. Dual BIOS can help more in future computing for better service.

Call Now: +1 833-522-1003
Call Now: +1 833-522-1003
Call Now: +1 833-522-1003