Overclock An Xfx Gtx 280 Graphics Card

Overclocking is the process of increasing the speed of a computer component to run faster than its default factory setting. Overclocking is particularly popular among computer enthusiasts and gamers, because it allows them to get top performance from hardware. Most commonly overclocked components include the CPU, graphics card and memory. Overclocking your graphics card can make a significant improvement in video game frame rates. The XFX GTX 280 graphics card is the high-end card of the 2xx generation of nVidia graphics cards. With decent stock cooling, it is often possible to get an overclocked speed increase as much as 15%. The overclocking process is similar nVidia graphics cards.

Instructions

1. Download and install the latest nVidia ForceWare drivers from nvidia.com. Restart your computer once the setup is complete.

2. Download and install nVidia System Tools from nvidia.com. This will add more advanced settings, including overclocking settings, to your nVidia Control Panel. Download GPU-Z from techpowerup.com/gpuz and place it on your desktop for easy access.

3. Right click on your desktop and click "NVIDIA Control Panel." Click on the "Performance" section of the menu on the left-hand side and select "Device settings." Click on the large GPU icon to access the graphics card overclocking settings.

4. Select "Custom" under clock speeds. Increase the core and memory clock speeds by 10-20 MHz increments at a time. There is no need to modify the shader clock.

5. Click "Apply." Do not let Windows load the new settings automatically on start-up until you have found a stable overclock.

6. Run GPU-Z and click on the "Sensors" tab to monitor the temperature of your graphics card. For the XFX GTX 280, the temperatures should be no more than around 80 degrees on full load. Test the new overclock by running a video game. Restore the clock speeds to their default settings if you experience artifacts (random green triangles in 3D rendering) in your game. If the system is stable, increase the clock speeds one step at a time until you find the optimal overclock.

Tags: clock speeds, graphics card, Control Panel, Download install, from nvidia, graphics cards, nVidia graphics

Troubleshoot A Dell Latitude Cpx

Troubleshooting your Dell may fix common problems.

The Dell Latitude CPX is a portable notebook computer. Computers, like most electronic devices, eventually break down over time. Extended usage can cause problems to your computers hardware, battery and operating system. If you are experiencing problems with your Dell Latitude CPX, you may be able to solve those problems by following a few key troubleshooting steps.

Instructions

1. Remove the battery from your Dell Latitude if your computer is not turning on. To do this, power down your computer and remove the battery by sliding the triangular or rectangular button on the bottom of the computer. Insert the battery again and try restarting the computer.

2. Flash the BIOS. This can solve many hardware issues and can be done easily. To do this, download the proper BIOS update from the Dell website and double-click the file after it has been saved on your hard drive. The program will restart the computer and flash the BIOS. See Resources for a link to the BIOS download page.

3. Run a virus scan and remove any malicious software if your computer is running slowly or acting strangely. You can use your native Windows virus scanner to do this.

4. Defragment your computer's hard drive if you are experiencing slow computing. To do this, right click your hard drive icon and select "Properties." Click the "Tools" tab and then click "Defragment Now."

5. Restart your computer and see if your problem is eliminated. Often, restarting a computer can solve unseen or unknown computer problems.

6. Run the Dell diagnostics to try to pinpoint the hardware that is having problems. Restart the computer and as it is booting, press "F2" on your keyboard. Choose to boot from your Dell system CD and insert the system CD into the CD-ROM drive. Turn the computer off and then on again. The diagnostics will be automatically run.

Tags: your computer, Dell Latitude, your Dell, hard drive, from your, from your Dell

Amd Athlon Xp Vs Pentium

Advanced Micro Devices (AMD) and the Intel Corporation are two of the largest manufacturers and designers of advanced architecture microsystems for computers such as central processing units (CPU) and graphical processing units (GPU). The Intel Pentium D line went with two single cores that that would operate together on separate chips. The AMD Athlon would move to a 64-bit architecture and then begin putting multiple cores on the same die.

Core Clock Speed

Core clock speed, or core speed, represents how quickly a processor can perform calculations on complex instruction sets that it receives from the operating system or user applications. The AMD Athlon II series of processors have a range from 2.8 gigahertz (GHz) to 3.0 GHz. The Intel Pentium D 900 series has a range of 2.66 GHz to 3.73 GHz.

Front Side Bus

Front side bus represents how quickly a single core can communicate with other cores as well as external devices such as on-board memory. The AMD Athlon II processors have a front side bus of 2000 megahertz (MHz). This compares well with the Pentium D 900 series of chip which ranges from 533 MHz to 1066 MHz.

Athlon Features

Based on the AMD K10 architecture, the Athlon II bypasses L3 cache in favor of doubling the amount of available L2 which makes it more available for programs. The Athlon currently supports two to three cores at one time. The Athlon incorporates many features intended to reduce the core temperature as well as energy consumption including Cool'nQuiet and PowerNow. AMD products also integrate an additional layer of virus protection called Enhanced Virus Protection (EVP).

Pentium D Features

The Pentium D 900 series of processor features 4 megabytes of L2 cache as well as an almost 3.8 GHz before overclocking. The Pentium D runs significantly hotter then the Athlon, often requiring additional air cooling technologies in addition to fans and heat sinks. It also includes many of Intel's proprietary technologies to increase speed while reducing power consumption such as Enhanced Intel Speedstep Technology and Enhanced Halt State (C1E).

Conclusion

The Pentium D series of processor has reached the maximum clock speed that current manufacturing processes can safely achieve. While the Athlon is considerably cheaper and packed with more features, the Pentium D is significantly faster. The Athlon is also intended for mobile processing, where as the Pentium D is only for desktops, with the Core 2 Duo filling the gap for Intel's mobile line. The Pentium D is also slowly being phased out for the Core 2 Duo, meaning that it may be difficult to acquire D processors.

Tags: Pentium series, Intel Pentium, Pentium series processor, processing units, processors have, represents quickly

Build A Gaming Pc Under $1000

Some of the most astonishing video games of the day are available only on a computer, and require extremely powerful graphics, sound and processing engines in order to play correctly. Unless you have a ton of loose cash burning a hole in your pocket, you're probably looking for a way to afford the raw power necessary to play PC-exclusive powerhouses like Crysis.

Luckily, there is a simple way: build your own computer! By purchasing your own components and putting them together yourself, you'll have your own top-notch gaming rig for about $885.

Instructions

1. Mount your Western Digital Hard Drive inside the hard drive bay of the Cooler Maser chassis using the included mounting hardware. It should fit snugly and not wobble at all.

2. Mount your motherboard and CPU in their designated areas in the chassis using their included mounting hardware, and connect the two. You also should connect the hard drive to the motherboard at this point, as well.

3. Slot the video card into its motherboard PCI port, making sure it is fully pressed into the slot on all sides, and is not uneven. The back of the card featuring the video-out ports should extend through the back of the computer's PCI bank slots.

4. Remove any standard memory from your motherboard, and replace them with the 4GB of DDR2 RAM. Like the video card, these need to be situated evenly in their slots to avoid incorrect function.

5. Connect the Acer monitor's data cable to the exposed video-out port on the back of the computer. Make sure everything is powered correctly and test your system by installing a high-demand game like Crysis or Borderlands.

Tags: back computer, chassis using, hard drive, included mounting, included mounting hardware, like Crysis, Mount your

Find A Cmos Battery In A Dell Laptop

The CMOS battery is often located on the back of a Dell laptop.

Laptops are built to use not only a Lithium-ion (Li-ion) battery for operating power, but also a CMOS battery that stores some basic, important information that would otherwise disappear when the laptop loses power. These batteries last for up to five years before dying, but often the laptop is obsolete by that time. Still, if you want to resurrect an older laptop, knowing find the CMOS battery helps. Because Dell offers hardware documentation on all its models online, this information is not difficult to find.

Instructions

1. Turn your laptop over and read the exact model number on the manufacturer's sticker on the back. Go to the Dell website and type the model number into the search bar and click the "Search" button. From the results list, click on either the user's guide or the service manual for that model. When the manual loads into your Web browser, look for "Coin-Cell Battery" in the list of links below the manual's title. Click on the link to find instructions on locating and replacing the battery.

2. Turn off the laptop and unplug the power adapter. Close the laptop's lid and remove the Li-ion battery. To find the CMOS battery without help from a Dell manual, turn the laptop over and remove the screws from the access panels on the laptop's back. The battery is usually coin-shaped and about the size of a penny. On most models, the battery is removable and installed on a socket that is soldered onto the motherboard.

3. Remove the keyboard if the CMOS battery was not under any access panels on the back of the laptop. On Dell models, this procedure requires that you first pry up and remove the plastic piece located just above the keyboard on the laptop's base. Use a flat-head screwdriver to get one side up and then pull the rest of the piece off. Remove the screws attached to the top of the keyboard and then disconnect the keyboard's cable from the laptop base. Pull up any aluminum shields that block your view of the motherboard. On the motherboard, you will see the CMOS battery.

Tags: CMOS battery, access panels, back Dell, find CMOS, find CMOS battery, laptop base

Emachines T2542 Motherboard Problems

The EMachine T2542 is supported by the Windows XP Home operating system.

The EMachine T2542 is in the category of "budget-friendly" computers. Made for small home office or home computing, the T2542 contains an Intel Celeron 2.50GHz Processor supported by an 845GV chipset on the motherboard.

Problems

Many users of the T2542 report problems concerning the BIOS of the motherboard, CPU and IRQ conflicts. These problems cause the computer not to boot up, resulting in device conflicts through the I/O assignments on the motherboard. Overheating of the CPU due to heat sink fan stoppage (or CPU fan) is also problematic.

Solutions

T2542 motherboards can be reset by removing and reinserting the BIOS chip. If CPU overheating is a result of the heat sink fan, look for dust buildup inside of the fan. Check to make sure it is installed correctly. If the BIOS firmware needs an upgrade, drivers are available at the manufacturer's website.

Expert Insight

If the EMachine is still under warranty, a user should not incur the cost of a new motherboard. If the warranty has expired and the motherboard still has problems, buy a new motherboard from an authorized dealer. EMachine motherboards cost between $60 and $150 as of February 2011.

Tags: EMachine T2542, heat sink

Open The Case In An Asus Mini Tower P4sce Acpi Bios

Opening the case on your Asus mini-tower requires only a screwdriver and a few minutes of your time.

The ACPI BIOS on an Asus P4SC-E computer is a small, programmable chip located on the motherboard. The BIOS itself cannot be opened, but it can be physically accessed by opening the computer case and exposing the motherboard. It's not necessary to open up the case to access the BIOS setup menu since you can do this through a software interface when the computer boots up. However, if you'd like to open the case out of curiosity, or if you would like to upgrade your hardware, it will require only a screwdriver and a few minutes of your time.

Instructions

1. Shut down your Asus computer and disconnect the power cord from the back. Turn the computer around so that the back is facing you.

2. Remove the four retaining screws on the back of the case. The Asus mini-tower design uses one retaining screw at each corner of the case.

3. Locate the small indent on the left side of the Asus mini-tower case. Place your hand in that indentation and push back firmly until the cover slides free. Remove the cover and set it aside.

4. Turn the mini-tower on its side so that the motherboard is easily accessible. You can now swap out the CPU, install a new video card, or upgrade other hardware on the computer.

Tags: Asus mini-tower, minutes your, minutes your time, only screwdriver, only screwdriver minutes, open case, screwdriver minutes

Disassemble An Hp Pavilion Dv6000

HP Pavilion DV6000

The HP Pavilion DV6000 is one in a popular line of consumer-oriented laptops produced by HP. Relatively inexpensive, the Pavilion DV6000 is a good all-around value for most users. Taking apart an HP Pavilion DV6000 is not an easy chore and if you plan to use the laptop again, it is important you know what you are doing or you have a large appetite for risk. If the above doesn't describe you, consider taking the HP in for professional repair or upgrade. Otherwise, follow the steps below to disassemble the HP Pavilion DV6000.

Instructions

1. Prepare a clear workstation. Turn off the laptop and remove all power components including the cord and the battery. (Turn the laptop over and you will find the tab to push and pop out the battery.) Also remove any peripheral attachments like card readers and USB devices.

2. Turn the HP Pavilion upside down and unscrew all the screws you find. Try to keep them separate by size so you can put them back in the same spot when and if you decide to reassemble the laptop.

3. Remove the hard drive and memory modules by pulling up on the rectangular compartments. The memory is located in the central compartment (remove by spreading latches and pulling up), and in most HP models the hard drive is located to one side.

4. Remove the optical CD/DVD drive by pulling on the drive face to the left and out of the laptop. Remove the WiFi card by disconnecting the gold connectors on the antenna and pulling the card from its slot.

5. Turn the laptop back over and remove the keyboard and power panel/media touch pad. Carefully pry the power panel up with a piece of hard plastic near the power button on the left side. Be careful when pulling not to yank the power connection as you might accidentally rip out a wire. Pull back the keyboard to reveal the connections. Disconnect the connections by carefully pulling on the tabs with your thumb and forefinger. If they are tight, wiggle them back and forth while pulling on them to loosen them.

6. Remove the screws that were underneath the power pack/media touch pad. Carefully pry up the top casing and set it aside.

7. Detach all visible connections to the motherboard by pulling gently on them, wiggling them if they are stuck. Gently pull up from the right side of the motherboard and remove. The HP laptop is now fully disassembled.

Tags: Pavilion DV6000, Turn laptop, hard drive, laptop Remove, media touch

Motherboard Identification & Diagnosis Software

There are several different ways of finding out about the PC motherboard for informational and diagnostic issues. Software can show this information without opening up the PC case. These options are free and available with an Internet connection.

Manufacturer Website

If the make of the motherboard is known, the manufacturer often will have software on its website to help determine the exact model of the motherboard. This helps find the exact software needed to keep the motherboard updated. Both of the major motherboard manufacturers, Nvidia and AMD, have this available on their respective sites.

System Diagnostic Software

Programs such as CCleaner and PC Doctor will show what hardware is on the PC. These will do the job of showing the make and manufacturer of the motherboard but also can be used as diagnostic tools to help show what is happening on the PC. They both have tools such as registry cleaners and tools to delete any type of software.

Hardware Information Tools

There are several pieces of software that are just created to show information about the PC hardware. Speccy lists all components attached to the PC and also the temperature of each component. System Information for Windows is another program that lists everything that is attached to the computer, including the motherboard make and model. Both software programs are freeware with an option to buy a version with more features.

Tags: show what, There several

Enable Agp In Bios

The BIOS controls which video adapter is currently in use.

Your computer's motherboard includes an on-board video adapter that has a small amount of memory available for processing graphics. For a better graphical experience, third-party cards such as AGP cards can provide your computer with more video memory. After installing an AGP card, your computer may not be able to recognize that the on-board video adapter should be ignored. The computer's BIOS menu includes an option for enabling the AGP card to avoid conflicts.

Instructions

1. Select the "Start" menu and navigate to the "Restart" option. Let the restart process proceed until you see the manufacturer logo and a message at the bottom of the screen that says something similar to, "Press F2 to enter Setup."

2. Tap the "F2" key, or the equivalent key for your specific computer model. Computer manufacturers also frequently use the "Escape," "F1," "F8" and "F10" keys to enter "Setup." Check your computer's manual if you don't see a message telling you what key to press.

3. Use the right arrow key to scroll to the BIOS tab labeled "Advanced" or "Advanced BIOS Settings." Scroll with the down arrow key until you reach an entry labeled "Video" or "Primary Video Adapter."

4. Press "Enter" to open a new window. Scroll down to the "AGP" setting and press "Enter" again to set your AGP card as the primary video adapter.

5. Access the heading labeled "Exit" and scroll to the entry that reads "Save changes and exit." Tap "Enter" and scroll to "Yes." Press "Enter" again to save your AGP settings and load the computer's operating system.

Tags: video adapter, your computer, Enter again, enter Setup, on-board video, on-board video adapter

Remove The Casing For An Acer 4420 Laptop

The corner of a laptop computer case

The Acer 4420 is from the Extensa line of laptop computers that are available from Acer. When you need to replace any of the internal components the casing will need to be removed. Removing the casing will also allow you to see how the components have been installed in the laptop.

Instructions

1. Place the laptop face down on a table or desk and remove the battery. Unplug the power cord from the laptop if it is still attached.

2. Locate the screws that are used to secure the casing. Screws are also used to secure various component covers to the laptop case.

3. Remove all of the screws for the individual component covers. Pull off all of the component covers from the back of the laptop and set them aside.

4. Locate the remaining screws that are used to secure the casing of the laptop and remove them with the screwdriver. There will be about 12 screws remaining in the casing.

5. Lift up on the back casing enclosure to separate it from the body of the laptop.

6. Remove and replace any components that you can access now that the casing has been removed.

Tags: component covers, used secure, Acer 4420, casing will, screws that, screws that used, secure casing

Play Itunes Hd On Your Tv

You can rent and buy movies and television shows through iTunes on your television with Apple TV.

Apple TV is a small device by Apple that allows you to watch movies, television shows, videos and more through the iTunes Store and Netflix on your computer. You can choose what to watch on your television or automatically stream from iTunes on your computer, iPhone, iPad or iPod Touch. To use iTunes on your television, all you have to do is hook up Apple TV to your television and turn it on.

Instructions

1. Connect one end of the HDMI cable to the back of the Apple TV and the other end to the appropriate outlet on the back of your television.

2. Connect one end of the audio and video cables to the back of the Apple TV and the other end to the back of your television. Make sure to match the colors of each plug to the colors of each outlet on both the Apple TV and your television.

3. Plug the power adapter into the Apple TV. Plug the other end into a nearby electrical outlet.

4. Turn on your television.

5. Type the password for your wireless Internet network into the configuration screen. If you don't have wireless, plug one end of an Ethernet cable into the Apple TV and the other end into your modem.

6. Follow the rest of the steps to set up configuration. A five-digit code will appear on your television screen when you are finished.

7. Turn on your computer and open iTunes.

8. Click on the Apple TV icon in iTunes and type the five-digit code that appeared on your television.

9. Use the "+" and "-" buttons on the remote to scroll through what you want to watch on your television. Press the "Play" button to select. You can also select what you want to watch using iTunes on your computer and have it automatically stream on your television when it is on.

Tags: your television, iTunes your, your computer, Apple other, Apple your, Apple your television

Disassemble An Asus Notebook

Disassemble an ASUS Notebook

For years, Asus has been making quality, budget-priced laptops that compete with all major computer brands on the market. And just like these other top computers, Asus laptops require just as much care and maintenance. So if you need to disassemble your Asus notebook and can't afford to take it to a service technician, there is a way to do it yourself. It will take some time and concentration, but it is possible.

Instructions

1. Turn off and unplug your Asus notebook. Remove the keyboard by depressing the small plastic tabs at the top of your keyboard while simultaneously lifting it. This will reveal a metal plate underneath the keyboard that covers the motherboard.

2. Disconnect the thick plastic ribbon that connects from the bottom-middle of the metal plate to the bottom-middle of the keyboard by sliding the plastic cable connector (located where the ribbon connects to the metal plate) forward to release the ribbon.

3. Use a Phillips-head screwdriver to remove each of the screws securing the metal plate. On some Asus notebooks, there will be eight screws, while on others there will be 10.

4. Turn the computer over and remove the six screws from the bottom of the Asus. Four screws will be located along the back of the notebook, while the other two will be located on the front sides.

5. Turn your Asus right-side up and remove the top plastic housing from the bottom by gently pulling it up at each corner of the notebook. The metal plate will come off with the plastic housing, revealing the motherboard.

6. Disconnect the five wires that connect from the screen and housing of the computer to the motherboard. These are connected by plastic white plugs that can easily be unsnapped with your fingers. They are located on the top-left and bottom-center of the motherboard.

7. Remove the four screws from the top of the LCD screen with a Phillips-head screwdriver. Then remove the bottom two screws to release the frame from the screen.

8. Separate the two halves of the screen by working a fingernail around the length and width of the screen. Your Asus notebook is now completely disassembled and ready for whatever work needs to be performed on its interior components.

Tags: metal plate, from screen, your Asus, Asus notebook, from bottom, motherboard Disconnect, Phillips-head screwdriver

Identify Pc Slots

Identify PC Slots

Almost all motherboards built include a variety of slots that can be used to install expansion cards. Knowing which slots you have inside your computer is important to anyone who wants to purchase a new video or sound card. The easiest way to know which expansion slots you have, should you not have the documentation that came with your motherboard, is to physically look. Each card slot is different, and looking for key features is vital to learning which slot is which.

Instructions

1. Examine the motherboard. In small lettering below each slot the name of the above expansion slot will most likely be written. Depending on the motherboard, this may be on top of the slot.

2. Consider the length of each slot. Remember that PCI-E (PCI Express) x1 slots are quite short. AGP slots are the length of 1 1/2 PCI-E x1 slots and marked with three small gashes. PCI slots are slightly longer than AGP slots and are identified by their small gash followed by one longer gash. PCI-E x16 slots are the longest slots on a motherboard.

3. Look online. Sites often have diagrams or other visual aids to show you what each slot looks like.

Tags: each slot, Identify Slots, PCI-E slots, slots have

Reset My Vizio

The "Access Code Edit" setting changes the parental control password.

Customize your Vizio television with the options available from the main menu. Your available settings include adjusting the appearance of the picture, the quality of the sound and the parental controls. If you have trouble adjusting any of the settings and prefer to return to the default settings, reset your Vizio back to the factory conditions. Resetting your options back to default will not return your parental control password back to the default, if you have changed it. This prevents your children from changing your parental control settings.

Instructions

1. Press the "Menu" button on the side of the Vizio TV or on the remote control. The main menu will appear on the Vizio's screen.

2. Press the left arrow button until the "Setup" icon is highlighted. This icon is a picture of a wrench, located to the left of the TV satellite icon.

3. Press the down arrow button to navigate the options on the "Setup" menu. Highlight the option labeled "Reset All Settings."

4. Press the right arrow button to reset all of your Vizio's settings. It will automatically restore to the default factory condition. If you wish to exit the main menu without changing any of the default settings, press the "Menu" button. You may need to press the button several times before the main menu disappears.

5. Navigate the main menu with the arrow keys to change the default settings, if desired. The icons on the main menu will take you to the settings for the picture, audio, setup, TV and parental controls, from left to right. For example, under the "Picture" menu, change the brightness, the sharpness or the contrast of the picture. Under the "Audio" menu, adjust the bass, the treble and the balance.

Tags: main menu, arrow button, default settings, parental control, your Vizio, back default

Disable Integrated Video On The 4006272r Foxconn Bengal Rs780 Motherboard

The Foxconn Bengal RS780 motherboard includes an ATI HD3200 onboard graphics chip. While this adapter is more than sufficient for most uses, high-end video games will usually require a dedicated graphics adapter for optimal performance. If you have decided to install a graphics card on your computer, disable the integrated video from within the motherboard's BIOS.

Instructions

1. Turn on the computer. Once you see the "Press to Enter Setup" message, press the "Delete" key on your keyboard. This opens the American Megatrends Inc BIOS screen.

2. Use the "Down-Arrow" key to select "Advanced Chipset Features" and press "Enter."

3. Press the "Down-Arrow" key to highlight "Internal Graphics Mode." This option is at the bottom under the Internal Graphics Mode section.

4. Press the "+" key to change the option from "Enabled" to "Disabled."

5. Press the "F10" key. Use the "Left-Arrow" key to select "OK" on the Save Configuration dialog, and then press your "Enter" key. This closes the BIOS and reboots the computer. The integrated video chip is now disabled.

Tags: Foxconn Bengal, Graphics Mode, integrated video, Internal Graphics, Internal Graphics Mode

Overclock A Laptop With Vista

Overclocking is a process of speeding up and enhancing the performance of your computer. It means running a computer component such as central processing unit (CPU) at a specification higher than the manufacturer rating. Overclocking is an alternative to buying new hardware or a new PC, since it can improve the level of performance of old computer components.

Instructions

1. Turn on your laptop and open your Internet browser.

2. Find, download and install software called nTune (see 'Resource' below). This software is fully compatible with your Windows Vista operating system. When installing the software, make sure to check the option that allows you to run the program as an administrator.

3. Click on the "Start" button on your laptop and select the "Search" window.

4. Type in the term "nvcplui" in the search window and when your Vista displays search results, right click on the file and select the "Run as administrator" option. After this step, the nTune program you downloaded will be completely Vista-compatible.

5. Go to Control Panel to find the icon for the nTunes program or the icon for the nTunes manufacturer, nVidia. Find the option called "Performance" and click on the "Adjust Motherboard Setting" button.

6. Set the slider to the frequency you wish your computer to run on. Depending on your laptop and hardware, start with 1500 MHz or 1700 MHz.

7. Test the performance of your laptop by running a complex and demanding program such as 3D or video editing software. Check the laptop temperature while running the mentioned program: if it does not exceed 75 degrees Fahrenheit that means your laptop can handle the frequency you set up.

Tags: your laptop, icon nTunes, performance your, your computer

Check The Vga Card For Tvout Compatibility

Connecting your computer to your television can give you a much larger and higher definition image than your monitor might provide. If you want to connect your computer to your TV, then your VGA, or graphics, card must have TV-out compatibility. There are multiple ways your graphics card can connect to your TV using a variety of different jacks and connectors. Once you have checked you will simply need the appropriate cables to begin using your TV as a monitor.

Instructions

1. Move your computer so that you can have a look at it from behind. Locate your video card by following the cable that trails from your monitor to the back of your computer.

2. Check for an S-video jack at the back. This is a black round connector with space for multiple pins inside of it. This is the most common type of connector to connect to your TV. TVs often have S-video input jacks as well.

3. You can connect to your TV with composite cables and jacks.

Check for a composite tulip jack. These are often yellow, and contain video data. TVs commonly feature tulip composite jacks in sets of three--red, white, and yellow. The red and white connectors are for each audio channel, and the yellow is for video, i.e., your computer.

4. Connect the DVI to your HDTV.

Check for a DVI jack. DVI jacks are the wide white connectors (your monitor may be connected using this jack). New HDTVs sometimes feature DVI input jacks; alternatively, you can purchase DVI to HDMI (the common HDTV input jack) cables.

5. Some modern TVs can connect directly to VGA.

Check your TV for a VGA input. Some modern TVs now feature VGA inputs which mean that no matter what connectors your graphics card has, you will be able to connect it to your TV.

Tags: connect your, your computer, your monitor, graphics card, your graphics, your graphics card, computer your

Increase The Speed Of Computer Processors

The most effective way to speed up your computer's processor is to try to overclock it. Overclocking will allow your processor to run above the default clock rate. A successfully overclocked machine will result in increased software performance and greater processing speed. However, overclocking is a delicate procedure and could result in instability of your operating system.

Instructions

Overclocking

1. Restart your computer. After the beep, you will see a splash screen (the first screen that comes on the monitor after your computer is turned on). Make note of the button used to access the BIOS (Basic Input/Output System). Press that button.

2. Press the navigation arrows on your keyboard to go to "FSB Frequency" (it may be called "CPU host frequency"). Press "Enter". Raise it up one level more than it already is. Ignore the warning text.

3. Navigate to "CPU Voltage". CPU Voltage controls the amount of power given to those components. Again, raise it up one level more than what it is.

4. If your BIOS has the option, set "Protect CPU Overheating" to "Enabled".

5. Save these settings and exit the BIOS. Your computer will restart. Use your computer the see if you notice a difference.

Tags: your computer, level more, level more than, more than

Specifications On The Emachines W3050 Motherboard K7mnf64

Like the other personal computers made by eMachines, a subsidiary of Taiwan-based computer technology company Acer Inc., the w3050 is a desktop PC designed for budget-oriented customers. The motherboard of this particular computer is called the FIC K7MNF-64: a product of First International Computer, Inc., another Taiwan-based computer technology manufacturer.

Size and Processor Support

The FIC K7MNF-64 uses the Micro Advanced Technology Extended, or microATX, motherboard form factor, which has a maximum size of 9.6 square inches, or 244 square millimeters. With the Socket A, or Socket 462, the motherboard is designed to accommodate some of the Athlon XP, Sempron and Duron processor (or central processing unit) brands of semiconductor company Advanced Micro Devices. The CPUs must have a data transmission speed within a 266/333/400-MHz range.

Memory Support

The eMachines w3050 motherboard has two 184-pin dual inline memory module slots, which are based on Double Data Rate Synchronous Dynamic Random Access Memory architecture (DDR SDRAM) and can support up to 2GB of RAM. The memory access speed is set at 266, 333 or 400MHz.

Expansion Ports and Audio/Video

Besides the two DIMM slots for the eMachine w3050's system memory, the K7MNF-64 has three Peripheral Component Interconnect slots for expansion cards. Although the motherboard provides the desktop PC's video and graphics via the integrated Nvidia nForce2 chipset, it also offers Accelerated Graphics Port, which allows the user to insert a more powerful and dedicated video/graphics processing unit and has 4x and 8x speed choices. Also included is a Realtek ALC655 sound driver, which adheres to semiconductor company Intel Corp.'s Audio Codec '97 standard.

Connectivity

Integrated into the eMachines w3050 motherboard is a 10/100 Ethernet controller, which means that the computer can perform wired networking at a peak data transmission speed of 100 megabits per second. In addition to the RJ-45 jack that comes with the Ethernet, the K7MNF-64 has two Integrated Drive Electronics interfaces, one floppy drive controller, two PS/2 and eight USB ports, 9-pin serial and 25-pin parallel ports, and three audio jacks.

Tags: computer technology, data transmission, data transmission speed, processing unit, semiconductor company

Find Asus Drivers

Find ASUS drivers. for an ATI card.

ASUS makes high quality graphics card that can handle modern games and intense photo and video editing. If you have recently updated your Windows version and are having problems, you may need to update the video drivers that are installed. Windows updater will alert you to updates needed for most drivers, but the ATI card is different. The best drivers available need to be downloaded directly from the ASUS website and they self-install without much difficulty.

Instructions

1. Identify your ATI card by typing "Device Manager" in the Windows search bar and pressing "Enter." Double-click on the "Display adapters" option and look at the card listed below. This is your graphics card name and model number.

2. Download the newest drivers from the ASUS website (see References). You will need to choose the type of graphics card from the list, as well as your current Windows version. Select "Display Results," then click the download button next to the available drivers.

3. Uninstall the current ATI drivers by clicking "Start," "Control Panel" then "Uninstall a Program." The ATI graphics drivers should be listed; select them and click "Uninstall."

4. Reinstall the new drivers that you downloaded. Double-click on the downloaded driver file and select "Install." If prompted, choose the "Express" install and let the program complete. This process is automatic.

Tags: graphics card, ASUS website, drivers card, drivers that, from ASUS, from ASUS website

Hp Xw6000 Motherboard Information

The Xw6000 is capable of supporting up to eight monitors.

The HP Xw6000 is a workstation computer that provides a variety of integrated features. Some of the features offered by the HP Xw6000's motherboard includes a dual-processor configuration, support for multiple monitors and RAID support.

Processor

The motherboard of the Xw6000 supports up to two Intel brand Xeon processors rated from 2.4 to 3.06 gigahertz with a 512KB L2 data cache or up to 3.2GHz with a 1 megabyte L3 data cache. The motherboard's front side bus is rated at 533 MHz and is supported by an Intel E7505 chipset memory controller hub.

RAM

The Xw600 supports a maximum of four duall channel DIMM modules in two pairs. It can utilize up to eight gigabytes of DDR type registered ECC memory with a maximum rating of 266MHz---PC2100.

Video

The Xw600 provides an AGP 8x expansion slot and four additional 32-bit PCI expansion slots rated at 33MHz. The Xw600 is designed for use with Nvidia Quadro graphics cards including the NVS 280 and 400 series, XGL 380 or 980 and the Quadro FX 1100 or 3000. The Xw600 also supports the ATI FireGL T2-128 card.

Connectors

The Xw600 provides a variety of input and output connectors. The connectors available on the Xw600 includes four USB 2.0 ports, a 25-pin parallel port, two 9-pin serial ports, an RJ-45 port and a 168-pin Ultra320 SCSI connector.

Tags: data cache, provides variety, Xw600 provides

Compare Amd With Intel

Intel and AMD are both makers of PC processors.

When shopping for a computer, you will see both Intel and Advanced Micro Devices (AMD) desktops and laptops for sale. Intel and AMD produce central processing units (CPU) that power computers.

Comparing Speed

Frequency, given in gigahertz (GHz), is the speed of a CPU. In multicore processors, the frequency is the same for each core, so that a 2.2 GHz dualcore CPU has a 4.4 GHz overall speed. Gigahertz is a definite unit of measurement, but a 3 GHz Intel is not equal to the processing speed of a 3 GHz AMD. The internal workings of each brand's CPUs are different. While the frequency of a CPU remains the most important factor in determining its speed, comparing Intel and AMD CPUs gets tricky in this regard. As a rule of thumb, AMD CPUs have lower frequency ratings than their Intel counterparts.

Budget, Mid-Range, High-End

Both Intel and AMD use names to differentiate their budget, mid-range and high-end processors. Celeron and Sempron are budget CPUs by Intel and AMD, respectively, although Celeron is considered the most low-end of all processors due to decreased overall features. Pentium D processors run at the high end of the budget Intel models. As of 2010, Intel's Core Duo and Core 2 Duo are the company's mid-range CPUs. These compete with AMD's Athlon II and Phenom X3 and X4. The top-performing CPUs, as of 2010, are Intel's Core i7 and AMD's Phenom II X6.

Price

AMD competitively prices its CPUs in order to stay in the Intel-dominated market. While branded, prebuilt computers and laptops tend to be Intel-based, AMD processors are commonly found in budget models.

Tags: 2010 Intel, 2010 Intel Core, Intel Core

Copy An Ide Image To An Sata

SATA hard drive disks are replacing IDE drives.

Before the widespread use of the SATA (Serial Advanced Technology Attachment) hard drive storage system, the type used was IDE (Integrated Development Environment). The main difference between the two, aside from how they connect to a motherboard, is the speed at which you could access the information on your hard drive. If you have an IDE hard drive and want to move the data from that drive to a newer SATA hard drive you are in luck. The process for switching the data from one to the other is actually rather simple.

Instructions

Simple Copy And Paste Method

1. Power down the PC and unplug the power cord from the system.

2. Connect the SATA drive onto the computer.

3. Plug the power cord back into the computer and turn on the system. The computer should automatically detect the new drive and install drivers for it. If your SATA drive came with drivers, install those using the CD provided by the manufacturer.

4. Copy all the data on the older IDE drive and paste it onto the new SATA drive. This process, depending on how much data you have, could take a while. This is a simple copy-and-paste procedure that you would use to copy something from one folder to another. In this case, you are copying everything from one drive to another.

Using Software

5. Install the drivers and software that came with the SATA hard drive following the prompts from the manufacturer CD.

6. Use included software to create a copy of your IDE drive onto the SATA drive. Many of these programs are very simple to use and only ask you to choose the drive to copy onto the new drive. There are also free programs online you can use, but, generally speaking, the software designed by the same people who made the drive is a better choice.

7. Begin the copy process from IDE to SATA. Again, this process can take a while based on the speed of the IDE drive and how much data you are moving over to the new SATA drive.

Tags: hard drive, SATA drive, SATA hard, SATA hard drive, came with

Does The Cpu Affect Speed

The CPU is one of many factors that determine your computer speed.

The CPU, or central processing unit, is one of five important factors that determine the speed of a computer. The other four factors are the amount of RAM, the disk speed, the video display and the transfer rate of your Internet connection. The CPU speed plays a large role, but even the fastest CPU will run more slowly if the other components are not up to speed.

CPU Speed

CPU speed determines how many instructions can be computed in a second. A fast CPU will allow programs to operate faster, but it won't correct for other devices. If the CPU is waiting for graphics to print to your screen, or data to download from the Internet, the computer will appear to run slowly because the CPU is waiting on other components.

Random Access Memory

Available random access memory, called RAM, can make a tremendous difference in how fast your computer seems to operate. RAM is used to load and run programs, provide program buffers and storage registers, and give your operating system switchable "pages" that make multi-tasking possible. Increasing the amount of RAM in your computer can make a more noticeable difference than upgrading the CPU.

Drive Speed

A slow hard drive can cause programs to run slower. Similarly, slow CD or DVD drives can cause video or music to pause or skip. Drive technology is constantly being improved, and newer programs and videos are produced with the current technology as the standard. Inserting a new game in an older drive will probably still work, but you can expect longer wait times because it takes longer to transfer the data into memory.

Video Bottlenecks

Video memory was once separate from system memory, but most Pentium and newer motherboards integrate video onto the board and share memory. Processing video is very intensive, and high quality video can cause your computer to slow down. You can install a video card with dedicated video memory, reducing activity on the CPU and making more system memory available for other uses.

Transfer Rate

The transfer rate is how fast information is passed to a network or Internet connection. The CPU, drive speed, RAM and video can all be brought to almost a complete halt by a dial-up Internet connection. The problem is not that the computer is overloaded, the computer is actually sitting idle waiting for data to be transferred.

Common Solution

A number of things that could cause a computer to slow down, including internal heat, excessive open programs, a virus or even memory problems related to your software. A simple solution is to simply shut the computer down for a few minutes. Wait for internal devices to cool off, and then restart. This does not fix the problem, it treats the symptoms of heat and memory bottlenecks by starting fresh.

Tags: your computer, Internet connection, computer slow, computer slow down, factors that, factors that determine

Difference Between Atx & Btx Motherboards

Difference Between ATX & BTX Motherboards

ATX and BTX are two types of motherboards that were designed by Intel. Motherboards are the heart of a computer, sending information to and from the various components, including the CPU and RAM.

History

ATX (Advanced Technology Extended) motherboards were introduced in 1995. BTX (Balanced Technology Extended) motherboards, which require a different case design, were launched almost a decade later, in 2004.

Significance

As the intended successor to ATX motherboards. BTX models were introduced for the purpose of better addressing the evolving heat issues that computers face. Intel's goal was to create a motherboard that could increase cooling by relocating the location of components on the board. Despite the BTX's ability to provide better cooling, ATX motherboards are still the computing standard today.

Types

BTX motherboards do not have any related designs. However, the ATX form factor has several variations, including Extended ATX (EATX) and reduced-size boards known as MicroATX, FlexATX, and Mini ATX.

Tags: Between Motherboards, Difference Between, Difference Between Motherboards, Extended motherboards, Technology Extended, Technology Extended motherboards, were introduced

Do A Silent Install Of Msi

.MSI files are proprietary Microsoft files used to install various types of software onto your computer. Typically when you launch an MSI file, you also launch the Microsoft Install Wizard, which will guide you through most of the automated installation. If, however, you prefer not to be bothered or don't wish to see the installation as it happens, you can launch the .MSI file from the command line and include a specific parameter that will cause the file to install "silently."

Instructions

1. Open the Start menu.

2. Type "CMD" into the Windows Live search box. This will bring up the Command Prompt window.

3. Type the following command into the Command Prompt:

MSIEXEC.EXE /I "X:\ABC\XYZ" /QN

Replace "X:\ABC\XYZ" with the drive, folder path and filename of the .MSI file you are installing. If it is located in C:\MSI and the filename is "Install," for instance, replace "X:\ABC\XYZ" with "C:\MSI\Install.MSI."

4. Press "Enter" once the command has been typed in. The MSI will now be installed invisibly, requiring no further input from you whatsoever.

Tags: Command Prompt, launch file

Overclock A Compaq Hp Presario Sr1903wm

The Compaq HP Presario SR1903WM is a desktop computer that ships with Windows-based operating systems. Overclocking this computer is necessary where you discover that modern applications no longer run as well, necessitating that you squeeze an extra iota of performance out of your system hardware. This is possible by replacing the stock locked BIOS on the motherboard with a motherboard that is more user friendly.

Instructions

1. Shut down the Compaq HP Presario SR1903WM and disconnect the power cord from the wall.

2. Remove the case screws and slide off the side case panel.

3. Move the memory retaining switches outwards and pull the RAM chips out of the motherboard.

4. Disconnect all cabling from the motherboard, including the data cables from the hard and optical drive and the power cables from the power supply.

5. Lift the retaining levers on the CPU fan and pull it off the processor. Lift the retaining lever for the CPU chip and pull it out of the machine.

6. Unscrew the cards on the bottom half of the motherboard and pull each out of the case.

7. Remove the screws holding the motherboard in place and lift it out of the case. Insert the new motherboard in its place and screw it into position. Reverse the previous steps to reinstall the CPU, RAM, computer cards and cables to the new motherboard.

8. Plug in the computer and start it. Press the key displayed in the startup message to enter BIOS. This is normally "Esc" or one of the "F" keys.

9. Click "Advanced Settings" and highlight "FSB Frequency." Press "Enter," enter a value five to ten points higher than the default value and press "Enter" to confirm. This will increase the speed of the CPU, overclocking the system.

Tags: Compaq Presario, cables from, Compaq Presario SR1903WM, Lift retaining, motherboard place

How Tell If My Processor Is Compatible With 64bit Windows 7

Many modern computers are capable of supporting the 64-bit version of Windows 7.

Previous versions of Windows have been available with a 64-bit version of the operating system, but Windows 7 is the first version that packages both versions of the OS together. Users have the option to install either version once they purchase the software. Most modern computers can run either version, but before installing the 64-bit version of Windows 7, you must first ensure that your computer's processor can handle it.

Instructions

Windows 7 and Windows Vista

1. Click the Windows "Start" button and click "Control Panel."

2. Enter the phrase "Performance Information and Tools" into the search box at the top-right side of the window and click on the returned result. A new window will open that shows you a rating of your computer's performance and other information.

3. Click "View and print detailed performance and system information" on the right side of the window below the ratings information if you are currently using the 32-bit version of Windows 7. If you are using Windows Vista, click "View and print details."

4. Scroll down the page until you see the System Information section. Look for the entry that says "64-bit Capable." If the entry says "Yes," then you can install and use Windows 7 64-bit. Otherwise you cannot.

Windows XP

5. Click "Start" and right-click "My Computer."

6. Select "Properties" from the right-click menu.

7. Look for "x64 Edition" under the System section of the window. If you see this entry, then the computer can run the 64-bit version of Windows 7. If you don;t see this entry, there is still a possibility that your computer can use the 64-bit version--check Upgrade Advisor (http://go.Microsoft.com/fwlink/?linkid=160680) for information on upgrading from Windows XP to Windows 7.

Tags: 64-bit version, version Windows, 64-bit version Windows, your computer, computer 64-bit, either version, modern computers

Clear The Dell Inspiron 531 Cmos

CMOS stands for Complementary metal--oxide--semiconductor and is a type of microprocessor that is used to store a computer's basic input/output system, or BIOS. The BIOS is a small set of instructions designed to get the computer up and running and to load the operating system. Clearing the CMOS will return all BIOS settings to their defaults. This can be useful when diagnosing computer problems. The Dell Inspiron 531 desktop computer contains a clear CMOS jumper on the motherboard that will allow you to easily clear the BIOS settings.

Instructions

1. Prepare the computer for service by first shutting it down and then disconnecting the power cable and all peripheral devices attached to the computer.

2. Place the computer onto its left side as you face it from the rear.

3. Use a flat-blade screwdriver to remove the two screws from the rear of the case that hold the cover on. Pull the cover toward the rear of the case a few inches and then lift it off the case to expose the motherboard and other internal components.

4. Attach your anti-static wrist strap. Make sure you attach the clip to an unpainted metal surface on the computer chassis. This will ground you and prevent a static electric discharge which can damage sensitive computer parts like the RAM modules and processor.

5. Locate the jumper located along the edge of the motherboard furthest from you as you face the rear of the computer. It has two rows of three pins each. The clear CMOS jumper is the set of three pins closest to the rear of the computer.

6. Remove the jumper from its current position on pins one and two and place it onto pins two and three. Wait approximately five minutes for the CMOS to clear and replace the jumper onto pins one and two. The CMOS settings are now reset to the defaults.

Tags: BIOS settings, clear CMOS, clear CMOS jumper, CMOS jumper, Dell Inspiron

Compatibility Of Intel Cpu & Motherboard

Intel processors that uses gold contacts rather than pins to interface with the socket.

There are two basic motherboard components that determine Intel processor compatibility. The first of these is the socket. This is the slot that houses the CPU. The second is the chip set. This is a collection of integrated circuits that determine most of the motherboard's capabilities.

Socket

A CPU socket contains rows of pin holes. These correspond to the arrangement of the CPU's pins. They fix the processor in place and allow it to transfer data. According to CPU World, some Intel sockets use gold contacts instead of pins. In either case, a processor must precisely fit into the socket in order to function.

Chipset

The chip set facilitates data transfers between the processor and all other computer components. According to Help With PCs, in order to communicate with the chip set, a processor must be compatible the speed of its pathway, or "bus." In Intel chip sets, this is called the "front side bus."

Misconceptions

Just because a processor fits into a given socket does not mean that it is automatically designed to work with that motherboard's chip set. Intel often makes multiple chip sets for the same socket, despite the fact that each chip set is compatible with different processors.

Tags: chip sets, gold contacts, processor must, that determine

Evga 7600gt Specifications

Dedicated graphics cards increase video performance.

The EVGA GeForce 7600 GT video card is a dedicated video card suitable for anyone looking to increase their graphics capabilities on the computer. With 256 megabytes of GDDR3 video memory, the card processes video instructions separately from the standard computer memory. With separate memory, the card aids in conserving computer memory for alternate processes.

Connections

The 7600GT includes 256MB of 128-bit GDDR3 memory, with a 700 megahertz core clock speed, which can be overclocked to 1.4 gigahertz. It plugs into the 16x PCI Express slot for fast processing speeds. Two DVI ports are included to plug in dual-monitors. Additionally, the S-Video port allows users to connect the card to a television.

SLI Support

The NVIDIA includes SLI capabilities. SLI allows two identical video cards to be connected together to increase performance. The cards must have identical chipsets, in this case, two 7600gt chipsets to function together. SLI increases the power draw on the system as a whole.

Driver Support

The 7600GT supports DirectX 9 and OpenGL to handle the minimum requirements for Windows Vista and newer operating systems.

Resolution

The 7600GT supports a variety of resolutions from 640 by 480 pixels at the smallest up to 2,048 by 1,536 pixels for the largest screens. A larger resolution allows more information to be displayed on the screen.

Pure Video

Pure video technology uses the video processing core located on the card, instead of the central processing unit, to render smooth and clear video quality without stutter. It also aids in modifying gamma, brightness, saturation and color temperature.

Tags: 7600GT supports, computer memory, memory card, video card

Benchmark Test Tools

Benchmark tests tools help you figure out how healthy your computer system is.

Benchmarking involves running a system to determine how well it is performing. This is done by comparing a certain test to testing standards. You can run benchmark tests on both hardware and software systems. These tests help you compare performance under normal and extreme stresses. To help you with this process, there are software programs that run these benchmarking tests and scans.

Fresh Diagnose

This tool can run benchmark tests on your hardware systems, including your hard drive, CD or DVD read-only memory drives, processor and graphics cards. This program scans each system of your computer and outputs this information into reports. You can compare current reports to past reports to see how well your system has performed over time. Fresh Diagnose will even run scans on your software programs, but you can only do benchmark tests on hardware systems with this program. While this is a free program, you must provide the author with your name and email address. You will receive the unlock codes in your email.

PerformnceTest

The PassMark Software PerformanceTest allows you to perform both benchmarking and computer speed tests on your systems. This helps you determine whether or not your system is performing optimally. You can set up base tests on your systems to give you a measure to compare future tests against. You configure out if changes or upgrades to your system is adversely affecting performance. You can run tests on your central processing unit, hard disks, CD/DVD-ROM drives and memory. You can run tests on your graphics systems, using either 2D or 3D tests. Tests results are put into bar charts. The software comes with pre-defined benchmarks against which you can compare results. There is a free trial download version of this software program, which means that you can use it for a limited time free of charge. Once that trial period is over, however, you must purchase the full version, which costs $24 in 2010. PassMark Software offers free upgrades on its software programs.

Dr. Hardware

This program allows you to run benchmark tests on all computer system components. It is designed for both industry professionals and consumers. You can run tests on Advanced Technology Attachment, Serial ATA and Advanced Technology Attachment with Packet Interface devices and hardware sensors. You can also run analysis tests on your computer network. Dr. Hardware is compatible with Windows 95, Windows 98, Windows 2000, Windows 2003, Millennium (Me), NT 4.0, XP, Vista and Windows 7, and 32- and 64-bit systems. There is a free trial download version of this software program, but the full version costs $29.95 in 2010.

Tags: tests your, benchmark tests, software programs, your computer, your system, Advanced Technology, Advanced Technology Attachment

Asus M2v Specifications

The Asus M2V was widely used in desktop computers.

The Asus M2V motherboard was originally designed to meet the demands of high bandwidth computing. It supports several AMD chips, provides both Ethernet and USB ports and allows up to 1GB of RAM, a state-of-the-art feature when the motherboard was released in 1999. Even though it's no longer supported by Asus, you can rest assured that it supports both XP and Vista operating systems.

CPU Support

The Asus M2V supports AMD socket AM2 single-core Athlon 64 chips, plus Athlon 64 X2/ Athlon 64 FX dual core chips. The 64-bit architecture allows the use of 2MB/1MB/512K Level 2 cache on board the processor. In all, more than 20 individual AMD processors can be used.

RAM Support

Slots for up to four DIMM chips are available. You can install up to 8GB of memory using DDR2 800/677/533-MHz chips, the replacement version of older DDR chip technology. Dual Channel architecture supports ECC and non-ECC unbuffered memory.

Data Transfer Options

The M2V motherboard supports up to four PCI cards. Data transfer is accomplished using ATA I and ATA II as well as Serial ATA 3GBps. Four internal USB ports are included. Two IDE and one floppy disk cable connector are available internally.

External Ports

The M2V has external ports for PS/2 style keyboard and mouse, a parallel port, and a serial port. Four external USB 2.0 ports are provided, for a total of eight USB connectors supporting a maximum of 256 devices.. An RJ45 Ethernet connector is available along with input and output audio ports and coaxial network connectivity.

Proprietary Technology

The Asus M2V is built using Asus Quick n Cool technology. This allows the CPU to monitor system temperature and automatically adjust the voltage and cooling fan to achieve maximum performance potential. This type of technology is commonly used today but was considered state of the art when the M2V was first released.

M2V is Discontinued

The Asus M2V motherboard is no longer produced or supported by the company. It's known to run all versions of WIndows XP and WIndows Vista but may not perform correctly under Windows 7 or newer operating systems. The motherboard is adequate for most computer uses but could introduce problems when adding hardware or trying to use software that was coded after the motherboard was no longer supported.

Tags: Asus motherboard, connector available, external ports, longer supported, longer supported Asus, motherboard longer

Overclock A Sony Vaio

Overclock your Sony Vaio for a free performance boost.

Overclocking is the process of increasing a computer's default clock frequencies for an added performance boost. To overclock successfully you must have a thorough knowledge of your computer's internal components. Accelerating clock frequencies can be a challenging task if you don't know what you're doing, which could result in permanent heat damage. Overclocking a Sony Vaio laptop safely requires patience and multiple attempts to find the optimum performance boost, while retaining performance stability.

Instructions

1. Download and extract Set FSB 2.3 -- a free overclocking tool and the only one compatible with the Sony Vaio -- to the computer and run the program (see Resources).

2. Click on the "Arrow" icon next the "Clock Generator" field and select the clock generator for the Sony Vaio laptop from the drop-down menu. Click "Get FSB" to confirm your selection.

3. Increase the "FSB Frequency" by increments of 10MHz, for example from 200Mhz to 210Mhz. Click the "Set FSB" button to apply the custom configurations.

4. Download and install Prime 95, a free overclock testing tool (see Resources). Double-click on "Prime 95.exe" to run the program.

5. Click on the "Options" tab on the top of the Prime 95 window and select "Torture Test." Click on the "Start" button to initiate the test and allow it to run for at least 30 minutes. If the computer retains stability and doesn't crash, click on the "Stop" button to stop the test and increase the "FSB Frequency" by another 10MHz in Set FSB.

6. Click on the "Start" button in Prime 95 to run the "Torture Test" again and repeat this process until you find the optimum performance boost for the Sony Vaio. If the computer does freeze, restart it and lower the "FSB Frequency" to the last stable level.

Tags: Sony Vaio, performance boost, Click Start, Click Start button, clock frequencies, find optimum, find optimum performance

Troubleshoot A Kt4 Msi Motherboard

MSI's KT4 is an ATX motherboard with support for AMD Socket A processors. The board is capable of supporting up to 6 DDR SDRAM upgrades for a total of 3GB of RAM. The motherboard also has 1 AGP slot and 6 PCI slots for maximum customization. An onboard C-Media 8738MX chip provides six-channel sound and a Broadcom 4401/5702 chip provides gigabit Ethernet. The board also has four rear USB ports and connections for two front USB ports. The KT4 uses a system of beeps to express errors for troubleshooting. The board may also be fitted with an MSI D-Bracket which connects directly to the JLED jumpers on the motherboard and uses four diagnostic lights to describe the system state.

Instructions

With D-Bracket Installed

1. Identify the four lights on the D-Bracket. The light in the upper-left corner is 1, the light in the upper-right corner is 2, the light in the lower-left corner is 3 and the light in the lower-right corner is 4. Identify the correct orientation of the bracket using the USB sticker.

2. Press the power button on your computer and monitor the lights on your computer. If none of the lights on the computer turn on, the computer is either not receiving power or the cables are not connected properly. Verify that the computer is plugged into a working outlet. Check the power switch on the back of the power supply unit (where the computer's power cable plugs into the computer) and ensure that it is in the "ON" position. If the computer still does not power on, disconnect the power cable and open the case. Ensure that the power supply unit is connected directly to the motherboard with a 20-pin power cable. Close the case and turn your computer on.

3. Monitor the lights on the D-Bracket. If none of the lights turn on, the processor is incorrectly installed or damaged. Turn off the computer, disconnect the power and open the case. Remove the heat-sink from the processor according to the instructions that came with your heat-sink. Lift the locking arm holding the processor in place. Carefully lift the processor out of its socket. Inspect the processor for broken pins and carefully reinstall it. Close the case and turn your computer on.

4. Check the lights on the D-Bracket. If light 2 remains illuminated for more than two minutes, the computer's memory is damaged or improperly installed. Turn off the computer, disconnect the power and open the case. Visually inspect each RAM module to ensure that it is snuggly fitted into its socket and the locking arms are engaged. If a module is out of place, gently push it into the socket until the arms close on it. If the module will not fit in the socket, verify that you are using DDR SDRAM. Close the case and turn your computer on.

Without D-Bracket

5. Press the power button on your computer and monitor the lights on your computer. If none of the lights on the computer turn on, the computer is either not receiving power or the cables are not connected properly. Verify that the computer is plugged into a working outlet. Check the power switch on the back of the power supply unit (where the computer's power cable plugs into the computer) and ensure that it is in the "ON" position. If the computer still does not power on, disconnect the power cable and open the case. Ensure that the power supply unit is connected directly to the motherboard with a 20-pin power cable. Close the case and turn your computer on.

6. Reset BIOS to default settings if the computer will not start. Turn off the computer, unplug the power cable and open the case. Locate the nickel-shaped battery on the motherboard. Unclip the battery from the motherboard and remove it from its socket on the motherboard. Wait five minutes, then reinstall the battery, close your computer case, plug in the power and turn the computer on.

7. Download and install the KT4 BIOS (see Resources). Navigate to the install directory and rename "A6590VMS.140" to "AMIBOOT.ROM" then copy the file to a floppy disk. Insert the disk into the nonfunctional computer and turn the computer on. Hold "Ctrl" and "Home" while the computer starts. When the computer beeps four times, remove the floppy disk and restart the computer.

8. Listen for the onboard speaker as the computer starts. If you hear one long beep followed by two short beeps or eight short beeps, your video card or memory is faulty. Turn off and unplug your computer, open the case and visually inspect the memory and video card to ensure that they are completely installed. The pins on the cards should line up with the pins in the sockets and the cards should sit entirely inside of the socket. If you hear a siren sound, the CPU is overheating. Open the case and ensure that all of the case's fans are functioning properly.

9. Remove all non-essential components from your system. Turn off the power, unplug your computer and open the case. Disconnect the ribbon-style hard drive and disc drive connectors from the motherboard. Remove all non-essential PCI cards.

Tags: your computer, open case, power cable, case turn, case turn your, Close case, Close case turn

Display Your Pc Video On A Tv

With the correct cable, you can easily display images from your computer on a television screen.

Sometimes you want to share something on your computer screen with a wider audience, but to do that you need to display it on a bigger screen, such as a television screen, so that everyone can comfortably watch it simultaneously. Thankfully, computers and televisions come with output and input ports. These allow users to simply connect the two devices using the appropriate cables, so that whatever they're seeing on their computer monitor can be projected on a television screen.

Instructions

Instructions

1. Turn off your computer and position it somewhere close to your television.

2. Disconnect the computer monitor, but keep the mouse and keyboard connected.

3. Connect the computer and television using the appropriate video cable (see Tips for a guide to which cable you should use). The cable should connect from the computer's output to the television's input slot. The shape of the ends of the cable should correspond to the shape of the output and input slots.

4. Turn on the television. Using the remote, access its menu to program its settings to an input that matches the output of the computer. For example, if your computer is outputting through an HDMI port, set the television viewing port to HDMI.

5. Turn on the computer. The display from your computer should be automatically displayed on the television screen if all the settings are correct. Refer to the Tips section for information on what to do if nothing is being displayed, or if the display is stretched.

Tags: your computer, television screen, cable should, computer monitor, computer television, from your, from your computer

Connect An Asus Laptop To A Tv

Connect an ASUS Laptop to a TV

Asus is a computer manufacturer based in Taiwan that is known for its moderately priced Windows based laptop computers. Laptop computers offer users the convenience of portability and all in one computing, but for certain applications, such as watching movies, Internet video, or playing games, laptop screens may not be ideal. Connecting a laptop to a TV is a way to watch video running on the computer on a larger or higher quality screen.

Instructions

1. Turn on the laptop and the TV.

2. Inspect the video output ports on your laptop and the video input ports on your TV. To connect the laptop to the TV, you will need to use a video cable that both devices can accept. For instance, if your laptop has an HDMI out port and your TV has HDMI in ports, you can use an HDMI cable to connect them. Other possibilities are VGA cables, S-video cables and DVI cables.

3. Connect one end of the appropriate video cable to the video out port on your laptop.

4. Connect the other end of the video cable to the video in port on your TV. In some cases, the TV screen may display your laptop screen as soon as you make this connection.

5. Use your TV remote control to change the TV's video input channel to the channel you are using for the computer connection. For instance, if you are using an HDMI cable, inspect the HDMI input port on the TV to see if it is labeled as HDMI 1, 2, 3, etc, and then change the video input to the appropriate HDMI channel. Most remotes will have a button called "input," "source" or something similar to change video channels. Consult your TV manual if you do not know change video input.

6. Restart your laptop. In many cases your laptop will begin to display on the TV after step 5, but you may need to restart your computer for the laptop to display on the TV. Alternatively, you may have to turn on screen sharing by right clicking your desktop, selecting "Personalize" and "Display Settings," selecting the TV from the monitor list, clicking "Extend the desktop onto this monitor" and then clicking "Apply.

Tags: your laptop, change video, video input, change video input, port your, video cable, cable video

Instruction For Replacing Dell Latitude Battery

The Dell Latitude is a series of laptop computers designed for business use. Batteries in the series are warranted for one year, after which you can buy a Dell factory replacement or match up the battery with a generic brand and typically save money. Either way, replacing the battery is a straightforward procedure when you follow these strategies.

Identify the Battery Type

Dell Latitude laptops have been manufactured since 1997, with 40 different models in the series. Each Latitude laptop is marked with the series type on the back of the laptop case and on the front control panel in the upper left-hand side above the keyboard. For example, models in the E series will be imprinted with LATITUDE E, followed by a four-digit number such as 5400. The Latitude E5400 has a 14.1-inch screen. You need to know the Latitude series of your laptop to buy the correct replacement battery.

Battery Shopping

Armed with the Latitude series number for your laptop, you can go battery shopping. Ordering direct from Dell will get you a factory replacement battery, or you can shop for a less expensive generic battery that will fit the computer. Batteries for most Dell Latitude computers are available at electronics and computer-store retailers, at specialty battery stores such as Batteries Plus, and through many online retailers.

A word of caution: Dell does not provide technical support for problems that might arise with non-Dell replacement batteries.

Removing the Old Battery, Replacing the New One

Although instructions for the Dell Latitude state that you can replace the battery while the computer is running on AC power with the electrical adapter, the absolute safest way to switch out batteries is to close all applications on your laptop and power down.

If you close the laptop and turn it upside down, you'll see the battery compartment on the left-hand side with a sliding latch printed with an arrow showing which direction to push. Slide the latch and use your fingernail to lift the battery at an angle out of the compartment.

Replace the new battery by setting the edge with the battery contacts inside the compartment and lowering the battery into place. Push gently until you hear a click or snap and the battery is installed.

Charge the new battery after it is installed by connecting the AC adapter and making sure the battery charge icon is illuminated on the control panel below the laptop screen on the right-hand side. Full charging typically takes about two hours.

Tags: Dell Latitude, Latitude series, your laptop, control panel, factory replacement, left-hand side

Asus Motherboard Diagnostics

ASUS motherboards have troubleshooting options.

ASUSTek Computer, Inc. offers a full line of computers as well as their trademark line of motherboards. The ASUS motherboard has a variety of troubleshooting and diagnostic options available which add value.

Website

The manufacturer's website offers basic, level-one troubleshooting options. It gives a tree of potential repairs centering on "blue screen" evaluation, with advice depending on whether you can install the operating system or not. It also offers a complete line of errors and frequently asked questions.

AI Net 2

Most ASUS motherboards offer their AI Net 2 diagnostic tool that diagnoses Ethernet errors and reports them. Some motherboards in their line refer to this tool as the Marvell® Virtual Cable Tester™. They also come with Precision Tweaker software that lets you view and adjust CPU voltage as needed. You can also adjust the memory Front Side Bus with this tool. While this is technically a performance tool, it is also helpful in diagnosing CPU failure.

Third-Party

Available third-party software and hardware-based tools range from PCI card Power-on Self Test (P.O.S.T.) tools that, when you insert them, will offer a code to look up for diagnosing faulty components, to software-based bootable disks that will scan for errors and defects.

Tags: ASUS motherboards, this tool, troubleshooting options

Dell Gx280 Cpu Fan Problems

Dell offers a number of different system options for its OptiPlex GX280 line of computers, each with a different style of tower casing. Regardless the outward appearance, each computer houses a fan located directly above the CPU called a heat sink. This component is designed to help dissipate the heat generated by the CPU while in operation, and prevent the important chip from overheating. Various factors can cause the heat sink to malfunction, leaving your CPU, and entire computer tower, vulnerable to heat build-up.

Outdated BIOS

The files responsible for controlling the speed and operation of the GX280's internal fan and heat sink are located in the machine's BIOS software. The BIOS is built into the motherboard, and can become outdated over time, causing inefficient operation of other components. Check Dell's support website for any updates associated with the BIOS files on your system. Updating the BIOS can be risky for novice computer users, as any mistakes installing the new files could render your machine useless.

Loose Cooling System

As fans operate, they can vibrate their casing and eventually work their connections loose from the system's tower. A loose fan or heat sink may not work as efficiently as a properly secured one and allow heat to build internally. Check the connections of the heat sink and fan to ensure they are all tight and secure, and verify that the components are seated properly.

Accumulated Dirt

A dirty heat sink will not work as effectively as a clean one, and airborne dirt, dust and lint will accumulate on the cooling component over time. Power down your GX280 and open the tower to inspect the heat sink and fan for collected dirt. Use canned air to blow the debris off the cooling system, or use a soft-bristled brush or clean cloth to wipe away any stubborn dust. You may need to disconnect and remove the heat sink to clean it thoroughly.

Dried Thermal Paste

A thin layer of a substance called thermal paste is sandwiched between the CPU chip and heat sink to help move the heat more efficiently. Over time, this paste can dry out and fail to help with heat dissipation. Most electronics stores sell replacement paste, also known as thermal compound or grease, to allow you to renew this protective layer. Use your owner's manual to remove the heat sink, clean the CPU with some rubbing alcohol to remove the old paste and add a fresh coat of thermal conductor.

Tags: heat sink, BIOS files, heat sink clean, over time, remove heat

Overclock Software For Hp

Overclocking pushes computer processing to its limit, but carries risks.

Overclocking is a procedure that allows you to utilize the maximum capacity of your computer's central processing unit. It pushes performance to the limit, allowing you to get the most out of your HP computer. But it's not for everyone. It makes your fan run quite loudly, voids your computer warranty, and may damage your computer if employed for more than a day or two. However, several applications remove some of the danger of user error by automating the process.

Instructions

1. Overclock your HP with Ntune. This free tool automatically detects your system specs, allowing you to adjust the overclocking to fit. With sliders, you can adjust system bus speeds (memory and PCE) and the GPU bust speeds. You can even pick which specific part of your system to overclock via buttons at the bottom.

2. Overclock your HP with ClockGen. This free utility offers less customization that Ntune, but gives you the basics in an easy-to-understand layout. Dials allow you to control the speeds of various elements of your computer, such as your CPU or RAM. A "Reset" button allows you to quickly restore everything to the factory defaults, minimizing the damage of a mistake.

3. Overclock your HP with CPUFSB. This tool costs $17.95 (as of January 2011), but presents a simple one-window interface allowing for all the overclocking basics. It offers presets for various motherboard manufacturers, allowing you to try out the program's recommendations before modifying them to suit your needs.

Tags: your computer, Overclock your, Overclock your with, your with, This free, your system

Unlock Intel Processors

Each computer uses a small component called a processor or central processing unit (CPU) to process data when you use programs such as word processors or music playback utilities. The type of processor you use determines the speed of your software and how quickly it is able to install additional programs. Eventually you'll want to remove your existing Intel processor and swap it out with a newer unit that has faster speeds. Unlocking the processor from your computer's motherboard requires moving aside several other components.

Instructions

1. Turn off your computer completely and wait at least five minutes so the Intel processor and its attached heat sink have time to cool down. Unplug the power cable from the port on the back side of your computer's case.

2. Disconnect each of the other cables hooked up to your computer's ports for the keyboard, printer, mouse, monitor and any other hardware. Lift the computer case out of its current position and set it down on its side on a flat surface, such as a desk.

3. Loosen the two screws at the left side of the case access panel with a Phillips screwdriver. Pull the screws off the panel and slide the panel away from the computer's case.

4. Find the plastic cooling fan, which covers the Intel processor at the center of the motherboard inside the computer case. Follow the short cable from the edge of the cooling fan to the rectangular port on the computer's motherboard. Grip the cable and pull it off the motherboard port.

5. Locate the locking clips on the left and right sides of the fan. Lift the clips up and push them down. Grip two opposite sides of the fan and lift it upward to reveal the metal heat sink on top of the Intel processor.

6. Grab the corners of the heat sink and pull it off the Intel processor. Carefully place the heat sink upside down on a flat surface outside of the computer case. Avoid touching the bottom edge of the heat sink, as exposure to any amount of oil from your skin can prevent the component from keeping the processor cool.

7. Check the bottom edge of the square shaped Intel processor to see whether it uses a locking screw or a metal locking bar. Pull the bar to the side and lift it up if the Intel processor uses a locking bar. Turn the screw counterclockwise with a flat-head screwdriver if it uses a screw instead.

8. Grab the top and bottom edges of the processor and pull it directly off the motherboard.

Tags: Intel processor, computer case, heat sink, your computer, bottom edge, cable from

Overclock A Graphics Card Geforce 8600gt

NVIDIA released the GeForce 8600GT in 2007 for gamers who could not afford high-end graphics cards such as the Geforce 8800GT and the then-upcoming GeForce 9800GT. While the GeForce 8600GT provides a decent gaming experience at a considerably lower cost, you can increase its performance by tweaking the core clock and memory clock frequencies. However, you should note that overclocking a GeForce 8600GT graphics card can result in system instability or damaged hardware.

Instructions

1. Download and install the "NVIDIA System Tools" utility from the NVIDIA website (see Resources).

2. Right-click on the Windows Vista/7 desktop and click on the option labeled "NVIDIA Control Panel."

3. Click "Agree," then click the option labeled "Device Settings" on the left-side navigation pane of the NVIDIA Control Panel window.

4. Click the tab labeled "GPU."

5. Use the sliders next to the options labeled "Core clock," "Memory clock" and "Shader clock" to overclock your GeForce 8600GT graphics card. Click on a slider and drag it to the right to increase the values of the core clock, memory clock and system clock.

Tags: GeForce 8600GT, 8600GT graphics, 8600GT graphics card, click option, click option labeled

Dismantle A Laptop As Far As The Motherboard Gateway

The motherboard in your Gateway laptop is the platform where some of the most important internal components of your computer connect. Damage to the motherboard can be potentially devastating, resulting in data loss or even complete system failure. If you need to address a problem with your Gateway laptop's motherboard, you can disassemble the computer's exterior housing to access it.

Instructions

1. Turn off the laptop and remove any power adapters. Turn your laptop face-down and use a Phillips-head screwdriver to remove the eleven screws that hold the three different compartment covers (Memory, Hard Drive, Wi-Fi) in place. (The compartments are clearly marked.) Remove the three covers and set them aside.

2. Unsnap the two thin metal antenna cables from the wireless card, using your fingers. Remove the single screw that holds the wireless card in place, and remove the card by gently pulling it out of its compartment. Remove the two green memory modules from the memory compartment.

3. Remove the four screws securing the heat sink assembly (two metal bars directly over a copper plate that sits next to the memory modules). Lift the heat sink out of its compartment and disconnect the cooling fan next to the heat sink, by unplugging it with your fingers.

4. Remove the single screw securing the CD/DVD drive in the back corner of the Gateway. Push the drive out to remove it from the laptop.

5. Remove all screws along the sides of the bottom of the laptop to release the plastic housing. Turn your computer right-side up and remove the two screws from the back of the laptop that hold the screen hinge cover in place.

6. Open the laptop and remove the plastic hinge cover by pulling it up from either end at the top of the computer, just above the keyboard.

7. Lift the keyboard gently and place it face-down over the bottom half of the laptop. Remove the thick ribbon at the center of the back of the keyboard that connects the motherboard to the keyboard, by unplugging it.

8. Remove all screws securing the top metal cover of the system board and remove the top cover to reveal the green motherboard.

Tags: heat sink, compartment Remove, fingers Remove, fingers Remove single, Gateway laptop, hinge cover

Disassemble An Acer Extensa 5620

Take apart your Acer Extensa 5620 laptop.

Laptop disassembly is a useful skill for many situations. If you plan to upgrade, replace or repair your Acer Extensa 5620 laptop's hardware devices, you must know safely and correctly take it apart. This can be a time-consuming procedure if you've never done it before. It involves removing many of your computer's most important hardware devices. If you cause damage to the laptop during the disassembly procedure, you might void your laptop's warranty.

Instructions

1. Shut down your laptop. Unplug the power cable, and disconnect all external data and networking devices from the laptop. Close the display panel. Place the laptop face down with the front edge facing toward you.

2. Slide the battery-release button upward. Remove the battery pack from its compartment in the upper-right corner of the laptop. Remove the seven Phillips-head screws from the laptop's bottom cover. Remove the bottom cover from the laptop. Removing the bottom cover will reveal several of your laptop's hardware components, and the bottom side of the motherboard.

3. Locate the memory modules near the center of the motherboard. Spread the retention clips on each side of the module. Tilt the module upward, and then pull it out of its individual memory slot. Locate the wireless card situated to the left of the memory compartment. Disconnect the two antenna cables from the card. Remove the two retaining screws from the wireless card, and then remove it from the laptop.

4. Locate the hard drive near the laptop's top edge near the center of the bottom casing. Slide the hard drive downward to disconnect from the motherboard. Lift the hard drive out of its compartment, and set it aside.

5. Remove the single Phillips-head screwdriver fastening the CD/DVD drive to the lower-right corner of the laptop. Grasp the drive's face. Pull it out of the laptop. Set it aside.

6. Locate the fan near the upper-left corner of the motherboard. Disconnect the fan's cable from the motherboard. Remove the two Phillips-head screws fastening the fan to the motherboard. Lift the cooling fan off of the processor chip. Set it aside.

7. Turn the processor's flat-head locking screw in a counterclockwise direction as far as possible. Lift the processor out of its motherboard socket, and set it aside. Remove all remaining Phillips-head screws from the laptop's bottom casing. Flip the laptop over, and open the display panel as far as possible.

8. Use a flat-head screwdriver to pry the keyboard cover from the laptop. The keyboard cover is the plastic piece between the keyboard and LCD panel. Place the keyboard cover face down on the keyboard's surface. Disconnect the cable extending from the cover's bottom side to the motherboard. Remove the keyboard cover from the laptop.

9. Remove the two Phillips-head screws fastening the keyboard to the laptop's case. Place the keyboard face down over the palm rest. Disconnect the keyboard's ribbon cable from the motherboard. Remove the keyboard from the laptop.

10. Disconnect all cables connecting to the motherboard from the display panel. Remove the two Phillips-head screws from each display hinge. Lift the display panel from the laptop's base. Set it aside.

11. Disconnect all visible cables from the motherboard. Carefully lift the entire top cover from the laptop's base. This reveals the top side of the motherboard.

Tags: from laptop, Phillips-head screws, cover from, cover from laptop, display panel, from motherboard

Get Fsb From Cpuz

CPU-Z is a system information tool designed by Cupid. The program analyses the hardware installed on your computer and offers a detailed report on your computer components including your front side bus or FSB. The FSB is the pathway that allows your processor to communicate with the computer's memory. Along with processor speed, memory speed and memory type, the FSB is one of the key factors that determines the overall speed of your computer.

Instructions

1. Visit the link to Cupid's website in the resource section of this article. Find the section labeled "Download Latest Release." It should be in a box on the right-hand side of the webpage below the section labeled "Support CPU-Z." Click the link indicating download instructions in English. This takes you to a new Web page.

2. Click the button labeled "Download Now." It is a large button directly in the center of the Web page. Your computer displays a window indicating that you've chosen to open CPU-Z. Click the "Save File" button in this window. Your computer opens your downloads window indicating that CPU-Z has been downloaded. This may take a few seconds to appear.

3. Double-click the CPU-Z icon in your downloads window. Your computer may display a window asking you if you want to open the file. If so, click "OK." A window appears asking you if you want to run CPU-Z. Click "Run." CPU-Z starts a set-up wizard. This includes a series of screens, each of which asks you questions about your system and your preferences for installing the program. Answer all questions then click "Install" on the last screen. Wait for the wizard to indicate that the installation is complete.

4. Click the Start button in the lower left-hand corner of your screen and choose All Programs from the menu options. Locate and click CPU-Z from the list of programs. This opens CPU-Z. The FSB is located in CPU-Z's main window. This is the first window the program displays when it opens. Find the box labeled "Bus Speed" in the section labeled "Clocks." The value in this box is the speed of your FSB.

Tags: CPU-Z Click, section labeled, asking want, downloads window, indicating that, labeled Download