Replace A Bulging Capacitor For An Hp Motherboard

Capacitors with the negative stripe showing.

A capacitor stores power and regulates current. The expected lifespan is seven years; experts say that if they are not made right, they will start to deteriorate after three years. A failing capacitor will bulge, leak, pop and crust over. Replace your own to save money.

Instructions

1. Add solder to the leads of the capacitors to be removed. Heat up the capacitor leads, touching the soldering iron to the lead and the pad around the hole the lead goes through. As you heat them up, gently wiggle the capacitor until the leads come out.

2. Heat up the solder that is in the hole, and suck it out with the desoldering bulb.

3. Trim the leads to the new capacitor to 1 cm. Install the new capacitor in the holes. The spot where the capacitor mounts is marked with a semicircle to designate a negative side. The capacitor will have a stripe indicating which side is negative; be sure to match these marks. Slide the leads through the holes.

4. Place the capacitor flat against the board, and spread the leads to hold it in place. Heat up the leads and the pad around the hole. Have your soldering iron on one side of the lead, while feeding the solder to the other side. Trim the excess leads.

5. Check the board to be sure no errant bits of solder can cause shorts. Make sure your leads are not soldered to another nearby component. Check that the replacement capacitor is of the correct value and is mounted with the negative on the correct side.

Tags: around hole, capacitor will, soldering iron, with negative

Change The Memory In Bios To 128mb In A Geforce Go 6150

An AGP video card's memory aperture size can be easily adjusted in the Basic Input Output System, or BIOS for a computer, as long as the function is allowed by the motherboard. The process is similar for all AGP Video Cards, but this guide details the process for the GeForce Go 6150 using the nForce 4 chipset. Increasing the memory aperture size does not always improve graphic performance, and too much memory can actually be detrimental to performance. "128MB" is the recommended setting for most video cards.

Instructions

Change the Memory Aperture Size in BIOS to 128MB for a GeForce Go 6150

1. Turn on the computer and look for text reading something along the lines of "press (key name) for setup on the monitor."

2. Press the "Enter Setup" button and a blue-colored screen should appear.

3. Select "Advanced Chipset Features" from the BIOS menu.

4. Highlight the number to the right of "AGP Aperture Size (MB)" on the Advanced Chipset Features menu, and press "Enter."

5. Select "128M" from the menu, and press "Enter."

6. Press the "Esc" button to return to the main menu.

7. Select the "Exit" or "Save and Exit" option from the main menu.

8. Choose the "Save Changes and Exit" option from the Exit menu. It will also work if you select "Save Changes" and then select "Discard Changes and Exit."

Tags: Advanced Chipset, Advanced Chipset Features, aperture size, Aperture Size, Change Memory, Changes Exit

Flash My Jetway A210gdms Bios

The BIOS "lives" on a memory chip on the motherboard.

One of the most daunting tasks for new or inexperienced computer users is flashing an update to the BIOS, the computer's Basic Input/Output System. The BIOS is resides on the computer's motherboard. It handles the fundamentals of the computer hardware and loads the operating system. You can permanently damage the computer by corrupting the BIOS, but it is unlikely except in the event of an interruption of electricity flowing to the computer.

Instructions

1. Insert the floppy disk into a floppy drive. Remove all other removable drives and media from the computer.

2. Click the "Start" menu, open "My Computer" and right-click on the floppy drive's icon. Select "Format" from the context menu. Be sure you have selected the correct drive, because formatting will erase the target drive. Put a check mark in the box labeled "Create an MS-DOS boot disk." Leave all other options on their defaults and click "Start." Click "OK" on the message box after the format is complete.

3. Download the latest A210GDMS BIOS update from Jetway's website.

4. Copy the downloaded BIOS file to the floppy disk.

5. Reboot the computer. When you see the message, "Press to continue, or to enter Setup," press the "Delete" key to enter the BIOS setup.

6. Use the arrow keys to highlight the "Advanced BIOS Features" option and press "Enter." On the "Advanced BIOS Features" menu, use the arrow keys to highlight "First Boot Device" and press "Enter." Use the plus and minus keys to select "Floppy" on the menu and press "Enter". Press "F10" to save and choose "Esc" to exit the BIOS. The computer will restart and boot from the floppy disk. When the booting is finished you will see a command prompt.

7. Type "Awdflash A:\[FILENAME] /SN/PY/CC/R" at the command prompt, replacing [FILENAME] with the name of the file you downloaded. Press "Enter" to begin flashing. It will take less than a minute to complete. The computer will restart automatically when the flash is complete.

Tags: floppy disk, Advanced BIOS, Advanced BIOS Features, arrow keys, arrow keys highlight, BIOS computer, BIOS Features

Replace A Sata Hard Drive

A SATA hard drive is a disk drive inside your computer case that is connected to the motherboard with a serial cable. When you want to upgrade your computer or you want more room to store information like movies and videos, you might need more hard drive space. Adding a SATA hard drive can easily give you that additional space. If you want to replace your primary SATA hard drive with a new SATA hard drive, be sure that you have a copy of an operating system to place on the new drive.

Instructions

1. Back up all the data you want to keep. If you have pictures, documents, video or other data stored on your current hard drive, be sure to copy that data to a removable drive, such as a CD or DVD, so you will be able to access it after you replace your current hard drive.

2. Turn your computer off, unplug it and open the computer case. Each computer case will be slightly different, but most will open by unscrewing two large thumbscrews on the back of the computer. Some cases will slide open--some even snap open.

3. Locate your current SATA hard drive. The drive will be a short rectangle with two wires connected to the back side. It will be attached to the frame of your computer with four small screws.

4. Unplug the wires from the back of your current hard drive. These wires are connecting with two plugs that may be a bit stiff. If the wires do not easily slip off, wiggle them back and forth gently. In some cases, the plug will have a plastic catch that needs to be held in order for the plug to release.

5. Remove the hard drive. To do this, unscrew the four screws holding it in place and slide the drive out of the drive bay.

6. Install the new SATA hard drive in the same location. Be sure to use the screws that come with the new hard drive. Then install the same two cables to the rear of the hard drive.

7. Turn your computer on. In most cases, the BIOS will recognize the new hard drive immediately. In some cases, BIOS may give you an error and ask you to press F1 to continue. In that case, after you press F1, your new hard drive will be recognized by the BIOS.

8. Insert your operating system CD/DVD and install the operating system on your new SATA hard drive.

Tags: hard drive, SATA hard, your computer, SATA hard drive, your current, computer case, current hard

Build A Pc Gaming Configuration

A custom-built gaming PC ensures that you can play the games you want to play.

In 2010, computer games are often filled with stunning graphics and rich sound that require a robust PC system to fully experience. A gaming computer minimally requires a good graphics card and processor, as well as a fast hard drive and a large amount of memory. A well planned gaming computer can last for a number of years before needing an upgrade. While there are ready built and customizable desktop PCs available that are geared towards high-end PC gaming, building your own gaming computer allows you to personalize the machine for optimal performance to suit your budget.

Instructions

1. Set a baseline for your component choices. Choose a recently released game that best exemplifies the type of games you are interested in. Computer games will often give minimum specifications needed to run the game, as well as specifications for an optimal game play experience. Take the optimal game play specifications and either meet or exceed those specifications.

2. Purchase a video card and computer processing unit (CPU). The video card and CPU are the most expensive components, as well as the most important parts of a gaming PC as they will determine the quality of the video game graphics rendered on your machine. High-end gaming video cards often have graphics processor units (GPUs) from ATI or NVIDIA. High-end CPUs are available from both Intel and AMD.

3. Purchase your motherboard and memory. Purchasing your motherboard after selecting your video card and processor ensures that your motherboard choice will support these two very important components.

4. Buy an internal drive. Seek time is the time it takes for a system to find the information it is looking for on a hard drive. For optimal game play, choose a hard drive that has a fast seek time. Solid state drives (SSD) have the fastest seek times but have lower storage capacity than traditional magnetic hard drives.

5. Buy your power supply and case. Gaming PCs require a lot of energy to power all of the high-end components. Select a power supply and case that can support all your computer's components. The power requirement for PC components can be found on the box or with the component's documentation.

6. Purchase your peripherals. Essential peripherals include your keyboard, mouse, display and audio output. Factor in response time before buying a wireless or wired mouse. A wireless mouse and keyboard is convenient but you risk battery death during game play. A wired mouse and keyboard have the fastest response time with the computer.

Tags: game play, gaming computer, hard drive, optimal game, optimal game play, video card

Identify A Compaq Computer

Identifying your Compaq computer requires finding the service tag or stickers.

Hewlett-Packard utilizes several features to help you identify your Compaq computer. Whether you are using a notebook or desktop, the computers have stickers and service tags listing important information such as product and serial numbers. The stickers often list the product model name, as well, although there are ways to find out the model of your computer if this information is not listed. One of the options is HP software you install on your computer, while others utilize the HP website for additional information.

Instructions

1. Locate the service tag or product stickers located on your computer. On Compaq desktops stickers may be on the back or side of the case. On notebooks the service tag is located on the bottom of your computer or under the battery.

2. Read the tag. The sticker or tag often has the product name printed on it above the product number and serial number.

3. Utilize the search bar on HP's website HP.com if your product is not named on the sticker. The search bar is near the top right corner.

4. Utilize HP support tools if your computer is equipped with Windows Vista or Windows XP. You have to install these features, but they will tell you the product information for your computer, which is automatically stored.

Tags: your computer, Compaq computer, your Compaq, your Compaq computer

Comparison Of Intel Core 2 Duo & Amd Athlon Dual Core Processors

Comparison of Intel Core 2 Duo & AMD Athlon Dual Core Processors

AMD Athlon X2 dual-core processor and Intel's Core 2 Duo dual-core processor have been competitors for years, but the two brands have more in common than you'd think.

History

Both the AMD Athlon X2 and the Intel Core 2 Duo have their origins in 2005, the year both AMD and Intel launched their first dual-core products. Although Intel's products did not take the Core 2 Duo name until 2006, AMD's had the Athlon X2 name from the start.

Similarities

Both the Athlon X2 and the Intel Core 2 Duo are dual-core x86 processors. The range of clock speeds is similar, with both beginning at about 1Ghz on the low end and topping out at about 3.33Ghz on the high end.

Differences

Intel and AMD have unique sockets and chipsets to accompany their processors, so Core 2 Duo and Athlon X2 processors require different motherboards. Intel has also generally enjoyed a lead in manufacturing technology, resulting in better energy efficiency.

Compatibility

Both Core 2 Duo and Athlon X2 processors can run a wide variety of Windows operating systems and will both run the same programs. However, some early Intel Core 2 Duo processors lacked the x86 64-bit instruction set and so are unable to run 64-bit operating systems.

Performance

The Intel Core 2 Duo has generally been faster than the Athlon X2. However, some Athlon X2 processors, known as "Black Edition" processors, are easier to overclock, which can result in better overall performance.

Tags: Intel Core, Core Athlon, Athlon processors, Athlon Dual, Athlon Dual Core, Athlon Intel

Change A Cooling Fan

The computer cooling fan, also known as the heatsink fan, is responsible for keeping the CPU chip cool while it is operating. The CPU chip is plugged into the motherboard and generates a great deal of heat. When the cooling fan is operating, it keeps the CPU chip cooled down, allowing the computer system to operate more efficiently. You can change the cooling fan yourself, and save the time and expense of calling a computer technician to do the work for you.

Instructions

1. Detach the power cord of the computer from the electrical outlet before attempting to change the heatsink cooling fan. Unplug the power cord from the back of the computer case by hand.

2. Remove the screws that are securing the cover to the computer case from the back of the case with a screwdriver. Lift the cover off the computer case, sliding it forward by hand and setting it out of the way.

3. Find the heatsink fan on the motherboard next to the RAM card slots. Unplug the electrical cable from the motherboard socket that runs to the heatsink fan by hand.

4. Locate the screws that are holding the heatsink fan to the motherboard, and unfasten them with a screwdriver. Lift the heatsink fan off the motherboard, and dispose of the old fan.

5. Clean the surface of the CPU chip gently with a razor blade to remove any leftover thermal compound. Apply a couple of small drops of thermal compound to the top of the CPU chip with a small syringe, and spread the compound out by hand.

6. Attach the new heatsink cooling fan over the top of the CPU chip, and secure the fan to the motherboard with screws. Plug the heatsink fan electrical cable into the motherboard by hand.

7. Slide the cover onto the computer case, and secure it in the back with screws. Plug the power cord into the back of the computer case.

8. Attach the power cord of the computer into the electrical outlet.

Tags: computer case, power cord, heatsink motherboard, back computer, back computer case, cord computer, cover computer

Convert Date To Day Of Week In Excel

Convert Date to Day of Week in Excel

Microsoft Office Excel (Excel) is spreadsheet software that allows the user to create workbooks that analyze information and perform calculations. Many uses of Excel incorporate date-specific information. In various analyses or calculations, it may be necessary for the user to know what the day of the week is, not just the date. This article will lead you through two ways of converting dates from a numerical format to a text, day of the week (DOW), format. One way will replace the existing dates, the other will enter the new information in a unique column.

Instructions

Convert & Replace Date with Day of Week

1. Open the Excel workbook in which you want to convert and replace the date data with day-of-week data. If this workbook is not available, open up a new file for practice. If using a practice workbook, enter sample date data in mm/dd/yyyy format.

2. Left click with the mouse to select the column or row that contains the range of date data.

3. Select "Format" from the menu.

4. Select "Cells" from the drop-down list.

5. Select the "Number" tab on the "Format Cells" pop-up window.

6. Select "Custom" in the "Category" list.

7. Enter "dddd" in the "Type" field to display the date as day-of-week, with the day entirely spelled out (Monday, for instance).

Enter "ddd" in the "Type" field to display the date as day-of-week, with the day abbreviated to standard three-letter abbreviation (Mon, for instance).

Convert Date to Day of Week, Without Replacing Initial Data

8. Open the Excel workbook in which you want to convert and replace the date data with day-of-the-week data. If this workbook is not available, open up a new file for practice. If using a practice workbook, enter sample date data in mm/dd/yyyy format. This article will presume that the date data is located in column "A," with the header "Date" in cell "A1."

9. Determine where you want the day-of-week data located. Label that column header with DOW (cell "B1," for example).

10. In "B2," enter the formula "=TEXT(A2,"dddd")" to display the date as day-of-week, with the day entirely spelled out (Monday, for instance).

Or, you can enter the formula "=TEXT(A2,"ddd")" to display the date as day-of-week, with the day abbreviated to standard three-letter abbreviation (Mon, for instance).

Press "Enter" to move the cell cursor out of cell "B2".

This is with the understanding that cell "A1" contains the label "Date" and cell "B1" contains the label "Day of Week" and that the first date is located in cell "A2" and the first cell to be populated with the day of the week is cell "B2". If your workbook is set up differently, adjust the location of the formula to the desired location of the day-of-week data and adjust the formula accordingly to refer to the correct cell.

11. Return the cell cursor to cell "B2". Select "Edit" from the menu.

Select "Copy" from the drop-down list.

12. With the cell cursor, select the entire range where you want the day-of-week data. Select "Edit" from the menu, and select "Paste" from the drop-down list; this will paste the formula that you entered in cell "B2" through the entire range of cells.

Tags: date data, date day-of-week, date day-of-week with, day-of-week data, day-of-week with, display date, display date day-of-week

Connect A Vga Monitor To A Motherboard

Connect a VGA Monitor to a Motherboard

The video monitor is the focal point of every computer system. Almost all the information you use is passed through the monitor. For more than a decade, the VGA monitor was standard with computers in most of the world. High-definition, flat-panel monitors replaced VGA monitors as the standard, but you can still make good use of surplus VGA monitors with a modern computer system by using them as a second or dual monitor.

Instructions

1. Power down the computer. Make sure you exit your operating system properly to prevent damage to the installation. In Windows, click "Start" and select "Turn Off Computer." This brings up a second window where you choose "Turn Off Computer" again. Other operating systems may have different power-down instructions. Follow your manufacturer's instructions.

2. Locate the VGA port attached to your motherboard on the back of your computer. This port is approximately 1 inch by 5/8 inch and is trapezoid-shaped. It is raised and contains 25 pinholes. If your motherboard does not contain a VGA port, use the VGA port on your video card or use the included adapter for the DVI port on your video card.

3. Plug the VGA cable from the monitor into the VGA port on the motherboard. Press the VGA cable plug into the port so it fits snugly and tighten the thumbscrews on either side. If you use the DVI adapter, plug that into the DVI port on the video card and tighten the thumb screws on either side. Then plug the VGA cable into the adapter and tighten its thumbscrews.

4. Turn the computer back on, enter the BIOS and make sure the VGA port is enabled on the motherboard. If you use the adapter on the video card, entering the BIOS is not necessary. Once the operating system has booted, adjust the video settings for the new configuration.

Tags: video card, into port, your video card, computer system, Connect Monitor, Connect Monitor Motherboard, either side

Fix The Iso When My Gateway Solo 2550 Computer Is Down

An ISO file is the digital manifestation of the burned-in image on a CD or DVD

An ISO file is a digital backup of information burned onto a CD or DVD. It is essentially a backup archive file, the same as a zip file. If your computer is down, then you will need to manually remove the hard drive in the Gateway Solo 2550 and install it into another laptop. This will allow you to search the hard drive, find the ISO file and perform the necessary fix. The fix will depend upon what is wrong with the ISO file, but compiling a new file is the best route.

Instructions

1. Unplug the power cord from the rear and disconnect the battery from the bottom of the laptop. Wait five minutes to allow the remnant charge to dissipate from the laptop.

2. Locate the hard drive panel at the front of the Gateway Solo. It will be secured with two Phillips screws and a slide button. Unscrew the screws, keeping them in a safe place as they will be needed to reassemble the laptop. Slide the button to the open position until you hear a click. Slide the panel out; it will have a hard drive cage attached to it with the hard drive inside.

3. Unplug the power cord and data strip cord from the hard drive. Use a Phillips screwdriver to unscrew the hard drive cage around the 2.5-inch hard drive. Keep all the screws in a safe place as they will be needed if you have to replace the hard drive.

4. Plug the external laptop hard drive mounter into your second computer's USB port. You will also need to plug the power into the mounter as USB cannot supply enough to power a high-speed laptop hard drive. Plug the laptop hard drive you just removed into the mounter and wait for your computer to "see" the hard drive.

5. Click on the hard drive icon that appears on your desktop. This will bring up a pop-up menu with the contents of your hard drive. Find the ISO file that you made and right-click on it and select "Mount" from the drop-down menu. This will then bring up a CD/DVD icon on your desktop. Open the new icon and it will display the file inside; remove or add the files you need to. If the ISO file is corrupted then you will need to make a new ISO file from the files on the laptop hard drive.

Tags: hard drive, laptop hard, laptop hard drive, Gateway Solo, This will, cord from

What Is A Motherboard In A Pc

A motherboard in a PC is the main hub that allows all the other components in the computer to communicate and process information. All the components of the computer connect to the motherboard, and boards can differ based on size, the number of components supported, and the types of components.

Facts

The computer motherboard is the central hub that allows all the different components of a computer to communicate together. The motherboard has different interfaces to match hard drives, processors and RAM, so that it can allow all the parts to effectively work together. The motherboard does not necessarily do any processing itself, but rather, facilitates the means by which the computer is able to run.

Types

Motherboards vary depending on size. Motherboards are most commonly either ATX or micro-ATX in size. There are two smaller size boards as well: the flex-atx and the mini-ITX boards. The difference, from a practicality standpoint, is that with a larger ATX board, there is more space for the different components to both live (as in be installed) and be cooled.

The motherboards can be as big as 30.5 cm (width) and 24.4 cm (depth) for ATX boards to as small as 17 cm (width) and 17 cm (depth) for mini-ITX boards.

Features

Motherboards are expanding the types of features they offer. Whereas, before it was necessary to purchase different PCI cards (such as video and sound cards) and controllers (such as RAID controllers), many modern motherboards handle all of those processes "on board," eliminating the need for space consuming components.

Many onboard sound cards have advanced to where most would not require a separate sound card. The onboard video cards are adequate for most computer use, though for graphics intensive processes such as gaming or video editing, a separate video card with a dedicated graphics processor is recommended.

Motherboards allow for the connection of many hard drives at once. Some manufacturers allow onboard RAID, which is a method of combining several drives together to mimic a single large drive. This is especially useful for video editing.

Considerations

Some components of a computer need to be compatible with the motherboard in order for the computer to run properly. Processors have a specific socket type, and motherboards are made to accommodate each type. In addition, motherboards are specified to work with certain types and speeds of RAM, and problems can arise when incompatible RAM is installed.

In addition, it is necessary to make sure hard drives, disc drives and graphics cards use the same interface as what is available on the motherboard. Also, the motherboard should be compatible with the computer case dimensions.

Warnings

Motherboards are especially affected by static shock. It is possible to burn a board out through a single static shock, rendering it useless. The best way to avoid this is to be grounded before touching the motherboard. This can be done by touching a piece of metal, which dissipates any static build up your body may have.

Tags: components computer, hard drives, compatible with, components computer communicate, computer communicate

Find The Best Gaming Computer

Choosing a gaming computer is a major investment that should not be taken lightly. They often may cost a few thousand dollars for a state-of-the-art setup. With so many different choices available, making the correct choice for such a large purchase requires research of what is available to you and knowledge of exactly how hard you will be pushing your computer. When in doubt about making the decision, ask a computer specialist or professional what their recommendation is for your computer habits.

Instructions

1. Set a budget amount and make sure that it is realistic. If you are looking for a hardcore gaming powerhouse, do not expect to find a budget machine that costs less that $1,000. On the other hand, if you plan on using your computer for casual gaming, purchasing a cutting-edge personal computer for thousands of dollars is overkill. Let your gaming habits dictate how much money will be spent on your computer setup.

2. Check the recommended system requirements of the games that you play most often (or would like to purchase) to serve as a basic benchmark for the computer you will purchase. Use the highest minimum requirements out of all the games as the absolute base requirements for your new personal computer.

3. Pick which type of optical drive you will need for your games. Most computers come standard with a DVD drive, but Blu-Ray is fast and some games require the drive for installation and execution.

4. Research having a computer custom built for you if the options you find are not to the exact specifications that you require. Make a list of the requirements and options that you would like to see in your machine and work with a computer professional to build a PC that you can be proud of.

5. Compare monitors to find one that will best display your games. There are many different types of monitors available, from cathode-ray tube to liquid crystal displays. High-definition monitors provide very high-quality resolution of graphics, while widescreen displays offer a more cinematic experience during gaming. Pick one based on your preferences, and you cannot go wrong.

Tags: your computer, many different, personal computer, requirements games, would like, your games

Dual Core Vs Quad Core In Benchmarks

Almost all processors available today from Intel and AMD are either dual core or quad core. Which processor is best for your needs depends on what applications you use and the benchmarks associated with them.

Productivity

In most productivity benchmarks, quad core processors have a slight but largely unnoticeable advantage over dual core processors. Programs like Microsoft Word don't use much processing power and therefore don't benefit much from additional processing cores.

Gaming

Performance in gaming benchmarks is something of a toss-up between dual core and quad core processors. Many modern games make good use of quad cores and this results in better performance, but there are still some that don't use more than two cores effectively.

3D Rendering

In 3D rendering benchmarks, quad core processors are anywhere from 20 to 50 percent faster than dual core processors. Any professional who has to render 3D objects and animations should absolutely be using a quad core processor.

Video Editing and Decryption

As with 3D rendering, quad cores offer increased productivity between 20 and 50 percent when used with video editing software. This is a must for those who work with digital video for a living, but it is also useful for those ripping DVDs to a home theater computer.

Relative Value

Quad cores and dual cores are roughly even in terms of performance per dollar. However, the fastest processors in absolute terms are now quad cores, so those looking to spend more than $200 will be buying a quad core processor.

Tags: quad core, core processors, dual core, quad core processors, quad cores

Speed Up My Pentium Dual Core Processor

Increase your processor speed with advanced power options.

The Pentium Dual Core processor is one of the most common processors found in computers. A processor, otherwise known as a Central Processing Unit (CPU), is a small chip-like device embedded in computers. The Pentium Dual Core CPU performs calculations for the PC, enabling it to perform tasks for the user. The speed of the processor determines the strength and speed of the computer. Increasing the CPU's working speed enhances the performance of the PC. CPU speed optimizing is done using power management features in the Windows operating system.

Instructions

1. Click the "Start" logo and select "Control Panel." From the Control Panel, click on "System and Security", then "Power Options." The Power Options dialog is displayed.

2. Click "Create a power plan." The Create a Power Plan dialog is displayed. Select the "High Performance" radio button. Putting the High Performance plan into effect causes your PC to utilize more of the Dual Core CPU's speed and power. Click "Next."

3. Click "Change Plan Settings" to the right of the High Performance plan text. Next click "Change advanced plan settings" near the bottom of the window and scroll-down the Advanced settings pop-up window to the "Processor power management" section. Expand the section and click on "Minimum processor state." Ensure the value "100" is entered into the text field. This value determines how much of the CPU is constantly in use by the computer. The number 100 in this field signals the PC to use all of the CPU's resources for any tasks being performed. Click "OK" and exit the window.

Tags: Dual Core, High Performance, Pentium Dual, Pentium Dual Core, Control Panel

The Specifications Of An Ibm Desktop Mtm 8141

The IBM MT-M 8141 utilizes Intel processors.

IBM computers have a diverse range of personal and business computer solutions available. The IBM MT-M 8141 desktop computer uses Intel processors and chipsets to create a highly customizable unit that addresses most computing needs.

Audio and Video

The IBM MT-M 8141 desktop features a SoundMAX Cadenza SPX sound card using an integrated PCI connection. Video is processed through the Intel Graphics Media Accelerator 900, also using internal memory. The option of a separate video card for better performance is available.

Memory and Storage

IBM MT-M 8141 computers have a maximum capacity of four gigabytes of RAM and support a RAM speed of up to 400 megahertz. The desktop supports EIDE ATA-100 7200 RPM hard drives and arrives with a 48x CD-RW/DVD optical drive.

Processor

Using an Intel 915G chipset, the processor for the IBM MT-M 8141 desktop can use Celeron D processors as well as Prescott Pentium 4 chips. Depending on the processor, the computer features a cache that ranges from 256 kilobytes to two megabytes.

Tags: MT-M 8141, 8141 desktop, MT-M 8141 desktop, computers have, Intel processors

Upgrade Cpu Speed

Upgrade CPU Speed

Upgrading the Central Processing Unit, or CPU speed of a computer is a process that can be completed in about a half hour. The CPU is designed to direct the operating software and computer programs to the right areas of the computer. In order to speed up the performance of the computer, you can replace the old CPU chip with an upgraded, larger capacity chip that allows the system to work faster. You can upgrade the CPU speed of the computer yourself, saving you time and money.

Instructions

1. Remove the power cord of the computer from the electrical outlet. Unplug the power cord from the back of the computer case by hand.

2. Unfasten the screws on the back of the computer case that are holding the cover onto the case with a screwdriver. Take the cover off of the computer case by moving it forward and setting the cover off to the side.

3. Locate the CPU chip under the heatsink fan that is plugged into the motherboard. Find the electrical wiring cord that runs from the fan into the motherboard.

4. Unplug the electrical wiring connector from the motherboard socket by hand. Remove the heatsink fan by lifting it off the CPU chip by hand.

5. Lift the lever on the side of the CPU chip and remove the chip from the motherboard by hand. Upgrade the CPU chip by attaching the new chip into the motherboard and pressing the lever down to lock it into place.

6. Place two small drops of thermal compound onto the top of the CPU chip with a small syringe. Spread the thermal compound over the top of the chip by hand with a latex glove.

7. Attach the heatsink fan over the top of the new CPU chip by pressing down firmly on the fan until you hear the pins snap into place on the motherboard. Plug the electrical wiring connector into the motherboard socket.

8. Slide the cover back onto the computer case and secure the cover with screws. Attach the power cord into the back of the computer case.

9. Plug the computer power cord into the electrical outlet.

Tags: computer case, into motherboard, power cord, back computer, back computer case, electrical wiring, chip hand

Centrino Vs Core 2 Duo

Intel's Centrino and the Core 2 Duo processors work well in different ways. Developed exclusively for the mobile market, Centrino continues to stay ahead. Both of these CPUs have two cores on one physical package. However, there is confusion about Centrino's and Core 2 Duo's differences and common points.

Centrino

Centrino technology enables mobile processors to have the best efficiency and the best battery life. The Centrino technology is a collection of performance and power management technologies.

The Centrino processors follow a similar Intel naming convention. There is the Centrino processor, single core, optimized for the mobile market. Then there is the Centrino Duo that has two cores and still 32 bit. Finally, enter Centrino Pro and Centrino vPro, which are specifically Mobile Enterprise. The Centrino Pro and vPro incorporates Core 2 Duo technology and have 64 bit instruction sets.

Core 2 Duo

Core 2 Duo is the best selling chip right now. There are several dozen Core 2 Duo processors for laptops. These processors are not specifically mobile CPUs. Nevertheless, Core 2 Duo now has dominance in the mobile market, as well as deskop processors. The Core 2 Duo is available to a wider segment of machines needing processors. Processor speed for mobile chips ranges up to 3.06 GHz. The 2 Duo processors for the desktop have frequencies as high as 3.33 GHz.

Differences

When it comes to mobile processing, Centrino technology has a decided edge. Centrino technology was developed specifically for mobile applications. So the Centrino group is on the path of best practices to that goal. This is why the newest Centrinos have incorporated Core 2 Duo technologies.

The Core 2 Duo CPUs have not, as of yet, incorporated all that Centrino has to offer. The newest Centrino has Next-Gen Wireless-N. That is a wireless technology with up to 5 x faster performance and 2 x WiFi range. Additionally, Centrino-specific technologies are being ported to Core 2 Duo processors.

Common

The Centrino 2 actually has Core 2 Duo as a component. There are both 64-bit Centrino and Core 2 Duo processors. The Core 2 Duo used technologies that originated with Centrino. These technologies are being used on the desktop and mobile.

Significance

When you peep under the hood of the Centrino you'll find some engineering that Core 2 Duo does not have. The Centrino processor is quickly becoming the standard for mobile enterprise computing. But Core 2 Duo is not left in the dust. They ascend to the present level and beyond only with a concerted effort. The latest Centrino CPU has Core 2 Duo as a component.

Tags: Centrino Core, Centrino technology, Core processors, mobile market, Centrino Centrino

Repair A Gateway M6307 Motherboard

Repair your Gateway laptop's motherboard.

Your laptop's motherboard is the main printed circuit board where all hardware components and electrical devices connect with your computer. If the motherboard isn't functioning properly, your computer will experience a host of functionality issues. This can be anything from a dead power supply to hardware devices that stop working at random intervals. Motherboard diagnosis is a costly and time-consuming procedure, which is why many laptop technicians will advise you to replace the motherboard completely. Replacing your Gateway M-6307 laptop' s motherboard demands completely dismantling the computer.

Instructions

1. Shut down the laptop, and unplug the power cable. Close the display lid, and place the laptop face down. Slide the battery's release buttons toward the center of the laptop. Remove the battery pack from its compartment.

2. Loosen the single Phillips-head screw fastening the CD/DVD drive to the left side of the laptop. Pull the drive out of its compartment, and set it aside. Loosen the Phillips-head screws from the hard drive cover in the laptop's lower left corner, and remove the cover from the laptop. Remove the two Phillips-head screws fastening the hard drive to its compartment. Slide the hard drive to the right, and remove the drive from the laptop.

3. Remove the memory compartment cover, and its retaining Phillips-head screws from the center of the laptop. Remove both memory modules from the compartment. Each module is secured to its individual slot by two retention clips. Use tweezers to unplug the three antenna cables from the wireless module inside the compartment. Loosen the wireless module's two retaining Phillips-head screws. Remove the wireless module from the laptop.

4. Remove all screws from the laptop's base enclosure, flip the laptop over and pull open the display panel assembly. Insert a thin, flat-head screwdriver into the right side of the keyboard cover. This is the plastic piece situated above the keyboard assembly. Begin to pry the cover from the laptop. Work your way from left to right until the cover is completely removed.

5. Remove the two Phillips-head screws from the keyboard, and lift it slightly out of the laptop. Disconnect the keyboard's ribbon cable from the center of the motherboard. Remove the keyboard from the laptop. Unplug the LCD ribbon cable from the upper left corner of the motherboard. Grasp the Wi-Fi antenna cables coming out of the display panel's right side. Pull the cables through the hole in the top casing. Remove the Phillips-head screws from each display hinge. Remove the display panel from the laptop.

6. Remove all remaining Phillips-head screws from the top cover, which is the main plastic piece covering the motherboard. Lift the top cover from the laptop's base. Disconnect the ribbon cable extending from the touchpad to the motherboard. Remove the top cover from the laptop.

7. Locate the cooling fan assembly on the motherboard. The fan sits directly on top of the processor. Remove the fan's Phillips-head screws, and disconnect the fan's power cable. Remove the fan assembly from the motherboard. Turn the processor's locking screw in the counterclockwise direction. Lift the processor out of its motherboard socket, and set it aside.

8. Loosen and remove all screws fastening the motherboard to the laptop's base. Disconnect and remove all cables and devices from the motherboard. Carefully lift the entire motherboard out of the laptop, and set it aside.

9. Reverse this procedure to install the new motherboard, and reassemble the laptop. Keep in mind that all removed hardware devices must be transferred to the new motherboard as you install it.

Tags: from laptop, Phillips-head screws, laptop Remove, screws from, Phillips-head screws from

Debug A Graphics Card

Your graphics card has external ports for plugging in your monitor.

The graphics card in a computer processes the video and graphics for the computer. Motherboards have built-in graphics cards, but these are usually inferior in performance to the separate, stand-alone graphics cards sold in stores. However, problems can arise when you use these individual cards. Many of these problems are simple enough to solve, but tracking them down can be difficult because your card relies so much on other hardware that it can be hard to differentiate a problem with your card and that of another piece of hardware.

Instructions

1. Run a RAM checker to make sure that your problem does not stem from your RAM rather than your graphics card. A RAM checker is a program that runs a diagnostic on your cards to make sure they are functioning properly. Problems caused by bad RAM cards manifest in a wide variety of ways, making them hard to pin down unless your run a checker.

2. Check to make sure your graphics card is compatible with the rest of your hardware. Look up its specs in the card's manual. Use the specs to make sure that it is compatible with your power supply's output. Also make sure that you have the right kind of RAM for your graphics card. RAM comes in two varieties--AGP or PCI. You must not use the wrong kind of RAM with your graphics card.

3. Go to the graphics card manufacturer's Web page and check for updated drivers. Manufacturers periodically release new versions of software that comes with their products, and making sure your software is up to date is key to having your card function properly.

4. Test your monitor on another computer. If the monitor works fine on a separate computer but has problems with your own, then there is a problem with your graphics card or its ports. If the monitor does not work on another computer, then your problem may not be the graphics card at all, but rather the monitor.

5. Unplug your computer and open up its case. Touch your fingers to something metal to discharge any static electricity before handling the insides of your computer. Static electricity can easily fry computer components. Find where your graphics card is situated in your motherboard and inspect it to make sure that it has been fully inserted. A graphics card will not function properly if it is not properly inserted into its slot on the motherboard.

6. Find the cord that connects the graphics card to the power supply. Make sure the cord is plugged into the graphics card all the way.

7. Go to the card manufacturer's Web page and browse their support section for help. Chances are that someone else has experienced your problem before and reported it. If not, contact the company for personal assistance.

Tags: graphics card, your graphics card, with your, your graphics, make sure, make sure that, sure that

Asus Processor Compatibility

ASUS motherboards support most recent types of processors including Intel and AMD models. Processor support is determined primarily by the type of central processing unit (CPU) socket installed on a given board. The latest model processors (as ofo 2010) use the AM3 and AM2+ sockets from AMD and the LGA 1156 and LGA 1366 sockets from Intel.

AMD Motherboards

ASUS sells motherboards supporting a broad range of AMD processors compatible with the AM3 socket. Some of the processors supported by ASUS AM3 boards include the dual, triple and quad core Athlon II processors and the dual, triple, quad and six core Phenom II processors.

LGA 1156

ASUS motherboards using an LGA 1156 socket are compatible with Intel processors from the Core i3 and Core i5 processor families. Intel processors from the i7 family with a model number of 860 to 880 are also compatible with ASUS LGA 1156 socket motherboards. LGA 1156 compatible ASUS motherboards can also use older processors, including the Pentium G6950.

LGA 1366

ASUS motherboards using the LGA 1366 CPU socket are compatible with Intel processors from the Core i7 family. This includes processors with model numbers ranging from 920 to 980 and support for 130 watt processors.

Tags: ASUS motherboards, compatible with, Intel processors, Intel processors from, processors from

Compare Amd Athlon & Duron And Intel Processors

Compare AMD Athlon & Duron and Intel Processors

A computer's CPU (Central Processing Unit) receives and interprets data, and executes the computer program's instructions. Three major components make up a CPU: the control unit, the I/O (Input/Output) unit and the ALU (Arithmetic Logic Unit). The processor determines the level of a computer's performance. The two major manufacturers of computer processors are Intel and AMD. The AMD Athlon was the first desktop CPU to process data at one GHz (gigahertz), and the AMD Duron was a budget-line of CPUs released as an alternative to the Athlon. Popular, comparable Intel processors include the Pentium and the Celeron. The easiest way to compare the performance of older Intel and AMD processors is to look at existing benchmark ratings.

Instructions

1. Launch a web browser and navigate to PassMark (see Resources). Enter the name and model number of an Athlon, Duron or Intel processor into the search box. Click "Find."

2. Review the rank number located to in the third column. The lower the rank, the better the processor.

3. Select the link to go to the comparison chart. Look at the number located to the right of the processor to determine how well the CPU performs compared to other processors of its type. The higher the number, the better the processor; the lower the number, the worse its performance.

4. Click "Back." Repeat the steps for any other processors you want to check.

Tags: Athlon Duron, Athlon Duron Intel, Duron Intel, better processor, Compare Athlon

Remove A Socket 478 Fan

Learn to remove the CPU fan from a socket 478 processor.

The socket 478 is a CPU (Central Processing Unit) socket used with Intel's Pentium 4 and Celeron processors. It is called the socket 478 because it has 478 pin holes that interface with the Pentium 4 and Celeron CPU's. Every processor comes with a dedicated cooling fan that helps control the CPU's overall temperature. The cooling fan is instrumental to the life of the CPU chip. If the cooling fan goes bad, the CPU will overheat and cause damage to the motherboard.

Instructions

1. Turn off your computer, disconnect all cables and peripherals from your computers sockets and ports. If you are using a laptop, remove the battery pack from the bottom side of your laptop.

2. Locate your computer's service and maintenance manual. If you don't have access to your computer's service manual, many computer manufacturers provide these manuals from their website's support pages (see Resources).

3. Follow the disassembly procedures outlined in your computer's service manual. Gaining access to your computer's CPU fan may require partial or major disassembly, depending on your computer's make and model. In the case of most laptops, this requires that you remove most of your computer's hardware and outer casing.

4. Locate the cooling fan on your computer's motherboard. Remove the Phillips-head screws securing the fan to the motherboard. Disconnect the cooling fan's power cable from the motherboard and then lift the cooling fan out of your computer.

Tags: your computer, computer service, your computer service, access your, access your computer, computer service manual, cooling your

Comparing Amd And Intel Core 2 Duo Processors

Comparing AMD and Intel Core 2 Duo Processors

Both AMD and Intel sell a line of dual core processors. Competition in the technology market is stiff and AMD began its marketing campaign for its line of dual core processors by taking out a full page advertisement in several national newspapers challenging Intel to a head-to-head dual core processor challenge. Intel declined, but that doesn't mean you can't stack the two processors up against each other and see which reigns supreme.

Identification

A dual core processor is a CPU with two independent cores. A dual core processor can juggle incoming data streams more effectively than a traditional single core CPU. A dual core processor can also be attached to an existing motherboard, as long as the motherboard has the correct socket. Both AMD and Intel have a line of 64-bit dual core processors. Dual core processors are not the same as multi-core processors. Multi-core processors are faster and more efficient than dual core processors, just as dual core processors achieve better performance than single core processors.

AMD vs. Intel Dual Core in Everyday Computing

In any comparison of different dual core processors, benchmarking each processor's speed when handling day-to-day computing tasks such as word processing is just as important as evaluating how fast these processors can handle advanced multimedia and multi-tasking. Computing website CNET compared AMD's line of five dual core processors (the AMD Athlon 64 X2 3800+, 4200+, 4400+, 4600+ and 4800+) against Intel's four dual core processors (the Intel Pentium D 820, 830, 840 and the Extreme Edition 840). When it came to handling office applications, two of AMD's dual core processors topped the list. AMD's lower budget dual cores also triumphed over their Intel counterparts.

Gaming

CNET also compared how well AMD and Intel dual cores handled computer games. To do this, the website created a special demo of the game Half Life 2 with the 3-D features scaled down, requiring the dual core processors to carry most of the processing weight, and then measured the frame rate of the game on each processor. The results were surprising. Intel's line of dual cores performed very poorly, with its highest-end processor, the Extreme Edition 840, losing out to AMD's cheapest low-end option, the Athlon 64 X2 3800+.

AMD vs. Intel in Multitasking

AMD's line of dual cores also perform markedly better than Intel's when it comes to running two tasks that require heavy processing simultaneously. To test multitasking, computing website CNET had both lines of processors run McAfee virus scanning on 40 gigabytes of files and encode an 85-megabyte video file at the same time. AMD's processors took the top three spots. Intel's highest-end model, the Extreme Edition 840, achieved fourth place, but completed the tasks only four seconds faster than an AMD dual core processor, which is half the price.

Other Tasks

CNET's comparison tested AMD and Intel dual core processors on a variety of other tasks, including photo editing, MP3 encoding and video encoding. Every time, AMD products beat out Intel processors. In the end, AMD's lower-end products routinely outperform both their Intel counterparts and Intel high-end products that cost significantly more. When it comes to not only pure performance, but also price versus performance, AMD's line of dual core processors are the best bet for anyone looking for an extra jolt of computing power.

Tags: dual core, dual core processors, core processors, core processors, dual core, core processor, dual core processor

Bios Resource Conflicts

Resource conflicts are often due to PCI cards added to the motherboard.

If you add multiple peripherals, such as graphics cards or sound cards, to your computer system, this can result in resource conflicts. This means that the system cannot meet the demands of all the devices you installed. The BIOS, or basic input/output system, may report a resource conflict during the power-on self-test process. POST is the primary check the computer system completes during the boot sequence.

Symptoms

The computer can manifest a range of symptoms if a resource conflict is present. The system may freeze or hang, especially when a peripheral device is in use. The computer or peripheral devices may make excessive noise during operation. Sound from an audio card may be distorted or unclear. The screen may display random characters. The mouse may move very slowly or not work at all. The printer may print nonsense. Applications may crash or experience random errors. The computer may be unable to format media. Data may incorrectly transfer from various devices.

Static Resource Conflict

If your system BIOS reports a "Static Resource Conflict," it is most likely due to a Plug and Play device. PNP devices are peripherals, such as video or audio cards, which work with the computer system without installing additional software. The user simply plugs the device into the computer's system board. The BIOS may misread the location of the PNP device and assign more than one location to it. Possible solutions for this problem are: rebooting the system, updating or flashing the system BIOS, updating PNP device drivers or removing the PNP device.

Device Manager

If your system detects a resource conflict, you may be able to solve the problem in Windows. Getting to Windows may require that you start the computer in Safe Mode. The Device Manager shows what resources each peripheral device uses. You can disable these devices through the Device Manager, if needed.

Hardware Issues

Hardware incompatibility may cause resource conflicts. Your system may not be able to support all peripheral devices equally. Consult your computer user's manual for device compatibility. Most manufacturers offer online support to ascertain device compatibility, even for legacy systems and hardware. In addition, outdated hardware drivers may be responsible for resource conflicts. Check with your computer manufacturer for driver updates.

Viruses

If the system BIOS detects a resource conflict, but none exists, a computer virus or malware may be responsible. Perform a complete system scan using your preferred anti-virus application. Free applications are available online if you do not currently have any installed. Removing the virus should remedy the conflict.

Tags: computer system, resource conflict, Device Manager, system BIOS, your computer, detects resource, detects resource conflict

Difference Between Intel Celeron & Pentium Dual Core

Difference Between Intel Celeron & Pentium Dual Core

The Intel Celeron and Pentium Dual Core are members of different families of computer processing units: Celeron a single-core processor; the Pentium Dual Core is a multi-core CPU. They have additional differences.

History

Intel Corp. introduced the first member of the Pentium Dual-Core family in 2007. The first member of the Celeron family made its debut nearly 10 years earlier, in 1998.

Intel Celeron

The older Celeron family is inferior to the Pentium Dual Core in nearly every aspect. The processing speed ranges from 266 MHz to 2800 MHz, much slower than the average Pentium Dual Core. The Celeron ranges in FSB speeds from 66 Mhz to 1066 MHz, comparable to the Dual Core. The Celeron is comprised of a wide array of models that vary in socket types, including Slot 1, Socket 370, Socket 478, Socket 495 and Socket 775. The family also has lower L2 cache capabilities, with models that have anywhere from 0 MB cache sizes to those with 1 MB cache sizes.

Pentium Dual Core

Similar to the Celeron, the Pentium Dual Core is comprised of both mobile and desktop CPUs. The Dual Core family varies between 1.3 GHz and 3.06 GHz processing speed. It also has L2 cache sizes between 1 and 2 MB. While the Celeron may have comparable FSB speeds, the average Dual Core processor is much faster, with FSB capabilities of 533 MHz to 1066 MHz. The Pentium Dual Core is also made up of a variety of socket types, including Socket M, Socket P, Socket 775 and Socket 1156.

Tags: Dual Core, Pentium Dual, Pentium Dual Core, Socket Socket, Celeron Pentium, Celeron Pentium Dual

Troubleshoot A Gigabyte Ep45ud3p

Troubleshoot the Gigabyte motherboard, but the issue is probably caused by another device.

The Gigabyte EP45-UD3P is one of the more reliable motherboards made for Intel dual core processors. It is a highly reliable motherboard with many electrical safety features that give it higher protection against brownouts and electrical shorts. Other features include the upgraded DDR 2 and DDR 3 memory controllers, making this a much faster motherboard. Even though there are no known issues with the EP 45 motherboard, it can still fail as other motherboards do, though less frequently. However, signs of a failed motherboard can be confused with other device failures. By troubleshooting the Gigabyte EP 45-UD3P you can determine whether the problem is really the motherboard or some other issue.

Instructions

Freezes & Restarts

1. Turn on the PC and look for screen freezes, application freezes or sudden restarts for no apparent reason. These are indications of motherboard issue but can also indicate a RAM or hard drive problem.

2. Disconnect the power cord from the computer and turn it so the back end faces you. Unfasten the screws holding the right side panel and slide the panel toward you and off the machine.

3. Locate the RAM memory, push back the securing slot levers slightly so you can remove the RAM. Clean the RAM module pins with a soft cloth dipped in isopropyl alcohol. Replace the RAM with a different module if possible to give you a better idea of the cause of the problem. Otherwise, replace the RAM in another slot and reconnect the power and video cord. Check to see if the PC continues to freeze or continually restart.

4. Disconnect the hard drive from the motherboard and replace with a different one. It's freezing continues after placing the RAM and the hard drive, the issue is most likely caused by the Gigabyte motherboard.

Dead PC

5. Turn the computer back around so the front is facing you. Look at the indicator lights to see if they turn on when PC is powered on. Though a dead PC can indicate a failed motherboard, it can also indicate a failed power supply or video card.

6. Check for computer sounds like the hard drive and fans spin start-up. Connect another monitor to the PC, if you hear sounds and see indicator lights, then this could be video related.

7. Turn the computer around to access the rear of the machine again, if the indicator lights do not turn on. Get close to the back fan of the computer and check for a burnt electrical odor, as this indicates a failed power supply. Look closely at the motherboard and determine whether there is a burnt odor emanating from it. If this is the case an electrical short in the power supply may have caused a short in the motherboard too.

8. Replace the power supply if you detect the odor in it, but not in the motherboard.

Non Working Ports

9. Go to the "Start" menu and right click on "Computer." Select the "Properties" option and select the "Hardware" tab. Wait for a new window to appear and choose "Device Manager." Select each of the devices like, the USB, BIOS, Network, Video, and IDE and click "Update Driver" to update each of the drivers. Non-working ports can be caused by outdated drivers, but, can also indicate an issue with the Gigabyte motherboard.

10. Replace any of the USB devices like the keyboard, mouse or printer to make sure that the device is not causing the problem.

11. Check for functionality after updating the drivers and changing the devices from ports, if you still experience intermittent and USB, PS/2 or video connection problems then the issue may be the Gigabyte motherboard.

Tags: Gigabyte motherboard, hard drive, power supply, also indicate, indicator lights, determine whether

P5q Audio Vs Sound Cards

The P5Q has a built in sound card.

The P5Q is a model of the Asus brand of motherboards. Motherboards frequently come with onboard sound components that let you connect speakers in order to hear the audio without an additional plug-in sound card.

Motherboard Limitations

Having a sound card on the motherboard always has limitations. The most obvious is that if the motherboard goes bad so does your sound card. The other thing is that you can't take the sound card out to troubleshoot it because it is built in. Most onboard sound cards--including the P5Q--will work for most people. These sound cards work fine for computer sounds and games.

Sound Cards

Other sound cards you usually connect into a PCI or PCI express slot. These slots are card slots in the back of the motherboard that allow for the addition of many kinds of hardware devices including sound, video and more. In motherboards you can get sound in a variety of quality by many different manufacturer's. When installing an external sound card, you'll also need to install a driver that will be provided on a disk or from the website.

Using Both

If you don't like the P5Q sound card, you can install another sound card and use both. You can also go into the BIOS when the computer starts and disable the onboard audio. The BIOS is the basic input output system of the computer that tells Windows use your hardware. If you have more than one sound card installed you will have to choose which one to use for which tasks in the Control Panel and in individual applications.

Tags: sound card, onboard sound

In Massachusetts After The Initial Unemployment Claim Does It Get Extended To A Tier

Unemployed Massachusetts workers can apply for initial unemployment compensation as soon as they lose their jobs. These benefits provide claimants with weekly compensation that helps them cover their necessary expenses while they search for a job. After workers run out of their initial benefits, they can apply for the federal Emergency Unemployment Compensation (EUC) program, which offers up to four tiers of extended benefits.

Initial Unemployment Benefits in Massachusetts

Initial Massachusetts unemployment benefits are funded by the state. Workers can apply for benefits either online via the Massachusetts Labor and Workforce Development website, over the phone using Tele-Claim or in person at a Massachusetts One-Stop Career Center. Regular unemployment benefits generally last for a maximum of 30 weeks. During periods of high unemployment, benefits may be capped at 26 weeks.

Federal EUC Program

Unlike initial compensation, the EUC program is funded by the federal government. EUC assistance is available in up to four benefit tiers. Tier 1 provides 20 weeks of additional compensation; Tier 2 extends benefits for another 14 weeks; and Tier 3 offers 13 weeks more of compensation. Tier 4, a final six-week extension, is available only in states with unusually high unemployment rates.

Applying for EUC

Workers who receive all of their initial unemployment benefits in Massachusetts can apply for federal EUC assistance through Massachusetts Labor and Workforce Development. The state notifies claimants about the application process for EUC and provides instructions about complete the necessary forms. If their claims are approved, they can move on to the first tier of EUC compensation.

EUC Eligibility Requirements

To receive EUC, workers must continue to search for work and submit regular work search reports. They must also have exhausted all of the initial state benefits that are available to them before they can apply for EUC. As they complete each benefit tier, the state automatically moves them onto the next benefit level.

Tags: unemployment benefits, apply federal, compensation Tier, high unemployment, Labor Workforce, Labor Workforce Development, Massachusetts Labor

Upgrade My Computer Pc Motherboard

Upgrade My Computer PC Motherboard

Successfully upgrade or replace an existing motherboard without damaging other hardware components in the PC. Follow a step by step process for the removal of an existing motherboard and installation of a new one.

Instructions

1. Unplug all power going into the PC.

2. Open up the case by removing the screws on the back of it.

3. Attach an anti-static strap to non dominant wrist and connect it to the metal framework of the case.

4. Remove RAM (memory) by pushing down the release buttons on the end while pulling them outward.

5. Locate the CPU and unlock it by lifting the metal lever on the side. Pull the CPU out.

6. Locate and remove all screws bolting the motherboard down. These are generally found along the edges and a few in the middle. Note that it will come out easily once unbolted, so when trying to pull it out, if it won't come out easily, check for more screws.

7. Carefully place the new motherboard in the case, and fasten the screws to bolt the motherboard down.

8. Reinstall the RAM by firmly pushing the modules into place. These have a certain orientation so make sure that the modules are going in the right way.

9. Locate the CPU socket and make sure the lever is in the open position. Insert the CPU very carefully into the socket so as to not bend any of the pins on the CPU. Lock the CPU in place by pushing the lever back down.

10. Put the case cover back on and plug in the power.

11. Turn on the computer and install the necessary drivers that came with the motherboard.

Tags: come easily, Computer Motherboard, existing motherboard, make sure, motherboard down, Upgrade Computer

Identify Laptop Motherboard Parts

You can find the specifications of your laptop hardware in Windows, but the manufacturer and model of each hardware component is not displayed. If you don't have access to your laptop's documentation, using a hardware identification utility is the easiest way to find out what hardware you're using. Knowing what hardware you have will make upgrading key components (if possible with your laptop) that much easier.

Instructions

1. Download the hardware identification utility of your choice. See the "Resources" section below for a list of free utilities.

2. Start the program. Be patient as most programs will now attempt to gather your motherboard information and this can take a few minutes, making it seem like the program has frozen when that isn't the case.

3. Find the Mainboard information on the program. This will generally be listed as "Modules," "Mainboard Information" or simple "Motherboard." Your motherboard and all of its relevant components, including manufacturers and version numbers, will be listed.

Tags: your laptop, hardware identification, hardware identification utility, identification utility, what hardware

I Changed My Bios & Now My Monitor Will Not Work

Every computer motherboard comes with a BIOS (Basic Input/Output System) menu that is used for configuring hardware settings and motherboard options. It's easy to accidentally change an important setting in the BIOS menu. If you were in the BIOS menu recently and now your monitor won't work, you'll need to reset your BIOS to fix the problem.

Instructions

1. Turn off your computer and remove the case cover. Move your computer case to a location where you can easily access the inside (such as a table). Keep all the cables, including power, plugged into it. You have two options for resetting your BIOS.

2. Look for a "Clear CMOS" or "Reset" button or switch on your motherboard. If your motherboard has such a button or switch, press the button or move the switch and then start your computer. The BIOS will now be reset and your monitor should work again. If it was a switch, shut your computer down and move the switch back to the normal position.

3. Look for the CMOS battery if you can't find the CMOS button or switch. This will be a circular battery, like what's often used to power wrist watches. If your motherboard has one, disconnect the battery for several minutes and then reconnect it. Start up your computer; the BIOS will now be reset and your monitor should work again.

Tags: your computer, button switch, reset your, your monitor, your motherboard

Dispose Of Old Computer Video Cards

Don't toss the old video card.

A video or graphics card allows your computer to display information. When you upgrade to a better video card, dispose of the old one in an environmentally friendly manner. Communities differ in their approach to electronics recycling, so check with your town to learn the laws regarding disposal versus recycling of electronic equipment. Getting rid of the old video card is easy, but requires some legwork via telephone.

Instructions

1. Call your town's department of public works and speak with someone about electronics waste. Let the town official know you have a video card you want to dispose of and ask whether it can be thrown out with household trash or recycled. Follow the advice given to dispose of the old video card.

2. Check with your computer's manufacturer regarding disposal of the video card. If your computer has a recycling program, use it. If yours does not, Earth911 advises that HP will accept any part of any computer hardware, which includes the video card. Contact HP for questions or shipping information.

Hewlett-Packard Computer Hardware Recycling Program

Palo Alto, California 94304

800-580-7370

hp.com

3. Bring the video card to a Best Buy for disposal by recycling. They offer free electronics recycling for any brand of video card. Other office and electronics stores have recycling programs, too, but Best Buy's program is free.

4. Send the video card to A-Z Computer Recycling & Liquidation, which offers free disposal by recycling of all computer parts including video cards.

A-Z Computer Recycling & Liquidation

1661 South Brookhurst, Unit 1

Anaheim, California 92804

714-563-1029

spintradeexchange.com

Tags: video card, your computer, Computer Recycling, Computer Recycling Liquidation, disposal recycling, electronics recycling

Play Sound Through A Hdmi Cable On A Laptop

Listen to high definition audio on your laptop computer.

HDMI (high definition multimedia interface) is a cable connection that sends both the HD audio and video signal between HD equipment. If your laptop computer has an HDMI input connection installed, it is possible to play the audio of an HD device directly through the laptop computer's speakers. Doing so doesn't require any additional equipment, except for an HDMI cable.

Instructions

1. Plug the HDMI cable into the "Out" port on the device you want to send the audio signal from (such as an HD audio receiver or even a high definition television set).

2. Attach the other end of the HDMI cable to the HDMI connection port on the laptop computer.

3. Double-click the audio icon in the lower right corner of the laptop. Make sure nothing is checked off under the "Mute" option.

4. Play the audio from the original source device and the HD audio will play through the laptop computer system.

Tags: laptop computer, high definition, your laptop computer, computer HDMI, HDMI cable

Compare Intel Pentium & Intel Centrino

When comparing hardware, you will need to understand the fundamental differences between each architecture to make sense of what features are important to you and how different parts of processor function will impact your workflow. The Intel Pentium M is an older architecture, while the Intel Centrino is only available for mobile computers. These two processor types represent different eras of technology and come with different designs that reflect their age.

Instructions

1. Review your wireless requirements. Centrino notebook computers are integrated tightly with a wireless controller for reduced power consumption and certified performance. Pentium-based systems are mobile compatible but are not tightly integrated with wireless hardware and may use vendor software to manage wireless connections.

2. Consider the power requirements. Centrino computers dynamically lower their speed based on demand to offer a reduced power consumption during down times. Pentium computers are often faster but use more power and use it at a constant rate, quickly draining battery life.

3. Determine if you need gaming support. A more hefty desktop-style processor will offer higher clock speeds and be better able to handle a heavy load. While a Centrino system will be able to handle its demand, if your machine will be plugged in and needs constant performance, you will be able to reach higher clock speeds for longer periods of time using a Pentium processor.

Tags: able handle, clock speeds, higher clock, higher clock speeds, Intel Centrino, Intel Pentium, power consumption

Difference Between A P & T Processor

Socket P does not support the newer I3, I5 or I7 mobile processors.

Socket P and T processors include several families of mobile and desktop processors from the Intel corporation. These processor sockets share support for processors from the Core 2 family. The primary difference between socket P and T processors is that socket T processors are desktop models while socket P processors are designed for mobile computers. Socket T also supports a wider variety of processor families than Socket P.

Power Consumption

Socket P processors are designed for mobile computers. These processors include a variety of features that are not available in Socket T processors. One of the primary features that Socket P processors provide is energy efficiency. Socket P processors require significantly less power than Socket T processors and are programmed with a variety of low power instruction sets that allow them to smoothly switch between preset operating frequencies. These features are included in Socket P processors primarily to extend the battery life of mobile computer systems.

Socket P

Socket P motherboards are compatible with processors from different product families. The processors supported by this socket include models from the Pentium Dual-Core, Celeron M500 and Core 2 Mobile Extreme, Quad and Duo families of mobile processors. These CPU families support a variety of budget, mainstream and high performance processors.

Mobile Features

The mobile Pentium processors supported by socket P are budget versions that include 11 different models with speeds between 1.46 and 2.3 gigahertz. These processors provide L2 and L3 data caches with up to two and three megabytes respectively. The Core 2 Quad and Core 2 Extreme mobile processors are available in both dual and quad core models. These processors support much larger L2 data caches of up to 12 Megabytes (MB). The Core 2 Quad processors compatible with socket P includes two processors rated at 2.0 and 2.26 Gigahertz (GHz). The Core 2 Extreme mobile line of processors includes five processors rated at speeds between 2.6 and 3.06 GHz.

Socket T

Socket T provides support for several families of desktop processor including the Pentium 4 Extreme, Celeron D, Pentium D, Pentium Extreme, Core 2 Duo, Core 2 Quad and Core 2 Extreme families. Socket T is more commonly known as Socket 775 and provides support for most modern types of Intel processors excluding the new generation of processors from the I3, I5 and I7 families.

Socket T Features

Socket T includes support for single, dual and quad core processors with L2 data caches of up to 12 MB. Socket T processors include a wide variety of processors based on multiple generations of technology. The older single and dual core Pentium processors compatible with Socket T provide faster processor frequencies --up to 3.8 GHz-- but have smaller L2 caches and comparatively slow Front Side Bus speeds. The newer Core 2 families operate at slightly slower speeds but offer increased performance using quad core processors and large L2 data caches.

Tags: data caches, processors from, Socket processors, compatible with, Core Extreme

Upgrade Cpu Pentium Ii

With the ever increasing power of central processing units, it is good to know upgrade a CPU. The upgrade can improve the computer's efficiency, perhaps avoiding the need for a new one. Though a CPU is perhaps the most crucial component of a computer, replacing it is not difficult.

Instructions

1. Disconnect the computer from all electrical sources.

2. Remove the computer's side access panel. This may require removing two thumbscrews from the rear of the PC case.

3. Locate the the computer's CPU and heat sink. This is generally at the top of the motherboard near the rear I/O shield. This will also be labeled on the motherboard for easy identification.

4. Unlatch the holding clip, if necessary, that is holding the heat sink in place. This holding clip will simply bend down and into a latch. To remove it, press down on it and remove it from the tiny groove it is secured in.

5. Lift the heat sink straight away from the motherboard. There may be some suction from the thermal paste that was applied between the heat sink and processo.

6. Pull the CPU straight away from the motherboard and motherboard CPU socket.

7. Place your new CPU into the motherboard socket. Take care to match the pins of the new CPU with the socket pattern of the motherboard's CPU socket. The CPU is keyed and will only fit in one orientation.

8. Clean the remaining thermal paste off of the bottom of your heat sink. Use rubbing alcohol to aid in this step.

9. Apply a pea-sized amount of thermal paste to the cleaned face of the heat sink.

10. Install the heat sink against the CPU in the same orientation it was before removal.

11. Fasten the holding pin.

12. Replace the computer's side panel.

Tags: heat sink, motherboard socket, thermal paste, away from, away from motherboard, computer side

Reboot Socket Mobile

Socket Mobile, or SoMo, manufactures handheld computers and data collection software for businesses around the world. The company's devices run the Windows Mobile operating system and connect with a range of barcode scanners. There are several types of reboots available. These include "soft" reboots, which shut down and restart the computer; "hard" reboots, which force the device to restart; and "clean" reborts, which restore factory settings. Each one uses the reset button on the base of the device and a combination of buttons.

Instructions

"Soft" Reboot

1. Insert the stylus into the small hole on the base of the device.

2. Hold the stylus in place for a second, then remove it.

3. Wait while the Socket Mobile reboots. The device starts up as normal.

"Hard" Reboot

4. Hold down the "Calendar" and "Contacts" shortcut buttons directly beneath the screen.

5. Insert the stylus into the small hole on the base of the device.

6. Remove the stylus and keep holding the "Calendar" and "Contacts" button. A Socket Mobile splash screen appears after a few seconds.

7. Release the buttons and follow the on-screen instructions. The device has rebooted.

"Clean" Reboot

8. Hold down the "Calendar" and "Contacts" shortcut buttons directly beneath the screen, as well as the the "Left Programmable Application" button located in the middle of the three buttons on the left side of the device.

9. Insert the stylus into the small hole on the base of the device.

10. Remove the stylus and keep holding the "Calendar," "Contacts" and "Left Programmable" buttons. A Socket Mobile splash screen appears after a few seconds.

11. Release the buttons and follow the on-screen instructions. The device has rebooted to factory settings.

Tags: Socket Mobile, base device, Calendar Contacts, hole base, hole base device

Overclock A Compaq V2000

Hard-core computer gamers love to overclock their computers. While laptops are generally more difficult to overclock than desktops due to power constraints (overclocking requires extra power, naturally), the Compaq V2000 is one of the few laptops where overclocking can and should be done to achieve maximum performance. The ability to overclock starts with the CPU manufacturers. They tend to have an overstock of high-end processors, since mid- to low-end processors sell more. Thus, they purposely push down the performance of their high-end CPUs and sell them as low-end CPUs. Overclocking is the process of reversing what the manufacturer did to achieve high-end CPU speeds at mid- to low-end CPU costs. While this sounds like a superb idea, keep in mind that overclocking your computer improperly can have disastrous consequences and should be attempted with the utmost caution for new users.

Instructions

1. Download the necessary software (see below in "Resources"). You will need to download and install ClockGen, CPU-Z and Prime95 to overclock your computer safely. Only select one Prime95 download depending on whether you have a 32-bit or 64-bit computer. CPU-Z will let you find out exactly what kind of motherboard, CPU and memory you're using to set up ClockGen. ClockGen is the actual overclocking software. Finally, Prime95 will forcibly max out your computer's processing capabilities through its "torture test" to ensure long-term stability from any overclocking increases.

2. Restart your computer. Once restarted, make sure there are no background programs running. The only applications you want running are the three pieces of software you installed in the previous step.

3. Double-click on the new CPU-Z icon on your desktop and go to the "Mainboad" page. This will tell you what kind of motherboard is inside your Compaq V2000. Leave CPU-Z open for later, as you will need additional information from it throughout the overclocking process.

4. Set up ClockGen. This can be the most difficult and potentially hazardous portion of overclocking your Compaq V2000, so be careful. Once ClockGen is opened, click on "PLL Setup," and check the "Ignore GSB/PCI" button. Look at your CPU-Z program now. If the "Mainboard" information here tells you which clock you're using, go to "PLL Setup" and scroll through the Clock Generator Setup drop-down list to find it. If the CPU-Z program does not, then you can try trial and error.

With the Compaq V2000, one of the options will work, but not every laptop is capable of overclocking. To do trial and error, select the first option in the Clock Generator Setup drop-down menu (CY28346). Click "Read Clocks." Then, close "PLL Setup" (but not ClockGen), and now open "PLL Control." If this is the proper clock setting, the CPU, FSB and RAM options should display numbers below their clocks. If none or only some numbers are displayed, repeat this process with the next drop-down option. If all three clocks are displaying numbers, go back to CPU-Z and go to the "CPU" tab. Ensure that CPU and FSB ("Rated FSB" in CPU-Z) are similar in both CPU-Z and ClockGen. Now go to the "Memory" tab of CPU-Z and ensure that the RAM is similar to that displayed in the ClockGen "PLL Control" box. If they are all similar, continue on to the next step. If not, repeat the trial and error process with the next drop-down option in "PLL Setup."

5. Open Prime95. With ClockGen set up properly, it's now time to start overclocking your computer. Inside Prime95, go to Options -> Torture Test, and begin the torture test. Essentially, this will push your computer's processor to its maximum under current clock settings. Naturally, as you attempt to increase this maximum clock setting (hence, "overclocking") with ClockGen (in the next step), Prime95 will force your computer faster and faster.

6. Open "PLL Control" once again from inside ClockGen. Now you're going to do the actual overclocking. Move the top slider slightly, so that the FSB moves up only about two points. Click "Apply Selection." If the computer immediately crashes, you selected the wrong Clock Generator Setup option and need to go back to trial and error. If the computer does not immediately crash, quickly look to the bottom right corner of your screen where you will see the Prime95 icon (the actual icon says "2p-1"). Wait for 5 minutes. If the icon becomes yellow at any time, immediately move the FSB slider back down two points and click "Apply Selection" once again. Congratulations, you've just overclocked your computer.

Tags: your computer, Compaq V2000, trial error, Clock Generator, Clock Generator Setup, Generator Setup

Build A High Performance Pc

Whether it is for gaming, editing or some other application, building a high-performance PC is not much different from building a regular PC, except that it's going to cost you a lot more money and you need to pay special attention to what you're purchasing to know exactly what type of performance the PC components can deliver. Do your homework on computer parts and soon you'll have a system that is smoking fast and mega strong.

Instructions

Planning

1. Research what you want. When you build a high-performance PC you will need to be extra cautious and be willing to spend quite a bit of money. Go to the manufacturers' websites for every major piece of hardware and compare options and abilities. You should also go to websites that compare benchmarks such as tomshardware.com. You need to pick your components by choosing the best speed and performance for each component.

2. Set a budget. Even with a high-performance PC you need to set a budget, because unless you have unlimited resources you will need to know how much you have to spend on each piece of hardware to narrow your choices.

3. Determine your focus. Even If you just want to build the absolute best computer possible, you still need to determine what your primary focus is going to be in using the computer. If you want a gaming PC, then you will want to have high-performance video and extremely fast components. If you're building a workstation for video editing than you really want to focus on processing power and memory. When building any high performance system, you will want power and speed. Your focus may cause you to sacrifice a little of one to put more strength into another area.

4. Decide to customize or have it made. You can buy the pieces and build it yourself or you can have it made. To get exactly what you want you will probably need to build it yourself, but if you are not experienced at building computers, building a high-performance computer may be a little more work than you want. You can choose to customize a computer through a company like Alienware, though it will be at a hefty price and still not completely customized.

5. Keep it cool. One problem you will likely encounter is keeping your system cool. Because you will be pushing the edge of the current computer market's capabilities, your system is probably going to get hot and you will need a plan for dissipating the heat. Make sure that you buy quality heat sinks and fans and design your case so that air can flow easily out. It is also a good idea to consider a liquid cooling system. Liquid cooling systems can be bought as part of a kit or you can build them piece by piece.

Building

6. Buy your parts. After researching the parts and deciding on what you want, you can either buy them directly from the manufacturer's website or go to a computer parts website like Newegg.com and order your parts. You will not likely find high performance parts at a local electronics store because they have to stock the more commonly purchased and more inexpensive items.

7. Install the main components. Put the motherboard, CPU and RAM into the case. Be careful that everything is fully connected and that the motherboard is not hitting the case anywhere, but is only making contact with the pins that screw the motherboard onto the case. Install the CPU onto the CPU connector on the motherboard, this will likely be a square that has pin holes where the chip's tiny pins will match the configuration. The CPU will only fit one way. Next Install the CPU heat sink and fan assembly on top of the chip. There will be matching openings or connections on the motherboard around the chip area for the fan assembly to be connected.

8. Connect your drives. Install all of your hard drives, optical drives and a floppy drive if you are using one, in the drive bays in the front of the case. Open up both sides of the computer case and screw the drives in carefully so they don't move. Connect the power plugs and connector cables. In building a high performance PC you will most likely be using SATA drives and will not need to worry about master/slave relationships as with IDE drives. If you are using a Raid setup though you will need to go into the Bios when your done and select the appropriate RAID settings.

9. Insert the cards. Slowly and carefully connect all of your cards. This includes your video, sound and any other special cards. After seating the cards in their appropriate slots, there is a faceplate on each card that should have slid into an opening on the back of the computer, screw the faceplate on here securely.

10. Check all other connections. Connect the power supply to the motherboard and make sure every drive and fan is connected with its appropriate power connection. Connect all of the case connections to their correct pins. These include the power and reset switches, which turn on your computer. The motherboard's manual will show you where these are on the board. The connections from the case are very small cables with two holes at the top of a small black plastic rectangle that connect into small pins marked on the motherboard.

11. Plug in the peripherals. Plug in the mouse, keyboard, speakers and monitor into the back of the computer.

12. Start the computer. Start the computer and go into the BIOS by hitting the correct key, the screen will have instructions for which key to hit to enter the BIOS. Make any changes for Raid drives or disable any onboard devices that will not be used. Restart the computer and make sure everything works. Use a diagnostics CD to test all of the hardware.

13. Install the operating system. Put the operating system CD into the CD-ROM. Set your BIOS to boot from the CD-ROM and reboot. The BIOS will detect the CD and boot from it. The operating system will now guide you to make selections as it installs on your hard drive.

Tags: will need, high performance, operating system, what want, will likely, back computer

Wire A Computer To A Sound System Wire

Sound systems can provide greater sound quality than computer speakers.

Computers are becoming the major source of entertainment around the world, with users able to access the Internet, watch DVDs, store music and play games on their machines. Given that many of these features use sound as a primary entertainment source, people occasionally might want to improve the sound quality by wiring the computer to a sound system. This can be done by connecting the computer's speaker source to the sound system amplifier, using a special cable.

Instructions

1. Plug the single end of the jack cable into the computer's headphone jack port. This can be located on the front of a desktop system, or you can plug it directly into the speaker port on the rear. On a laptop, the port can be found on one of the edges.

2. Connect the other ends of the cable to the input port on the rear of the stereo amplifier. Connect the red cable to the red port and the white cable to the white port.

3. Turn the volume down on the sound system. Turn on the computer. Set the sound system source to the source you connected the jack cable to. Adjust the volume on the sound system and test it by playing a sound on the computer.

Tags: sound system, computer sound system, jack cable, port rear, sound quality, sound system

Components Of Visual Basic

Visual Basic enables beginning developers to create applications and forms.

Visual Basic is a programming language that makes creating applications and forms convenient for beginning program developers. The application uses a graphical program environment that enables developers to add a large amount of code into their programs by simply dragging and dropping various installed controls. Visual Basic uses invisible components, background tools that complement these drag-and-drop controls.

Visual Basic Components

Visual Basic includes a series of components that are importable into Windows Forms. Developers use these components, available in the Visual Basic toolbox, to perform a specific task with the forms. Dragging a component directly onto a Windows form activates it. Components differ from controls in that components lack user interfaces, while controls are visible on the form. They perform similar functions, however.

Accessing Visual Basic Components

Several areas within the program house Visual Basic Components. Many are found in the "Components" tab in the program's toolbox. Other components reside in the "Dialogs," "Data" and "Menus & Toolbars" tabs, also located in the program's toolbox. An activated component's status is visible in the component tray, located at the bottom of the program's design view.

Sample Visual Basic Component - ErrorProvider

ErrorProvider is one of several components installed in Visual Basic. The component works with the TextBox control. The TextBox control allows the users to enter text into the form. The control is used to display or accept a single line of text. However, the TextBox properties are changeable by the developer, including multiline support, scrollbars and the amount of text entered into a box. The ErrorProvider component is used to validate data entered into a Windows Forms control.

Visual Basic Component Manager

Visual Basic users can download the "Visual Basic Component Manager," a tool used to publish, organize, search and sort reusable components. The application is used to publish components to other people. Additionally, users can track components in the manager because the tool stores them in a central location. Once installed, the manager allows users to search components by keyword, property value and descriptive text, among other included options.

Tags: Visual Basic, Basic Component, Basic Components, Visual Basic Component, Visual Basic Components, allows users