Both allow you to watch satellite TV on computer though the installation varies. The external card can be connected to the computer via a cable to the USB port.

There are two things which I must remind you when using PCTV cards to watch satellite TV on your computer. PC Hardware Configuration For Watching Satellite TV on Computer

Internet Connection Speed

You may notice that graphics card and sound cards are not exactly emphasized.

Of course, there is now another way to watch satellite TV on computer. In case you have not heard about it, PC satellite TV which is watching satellite TV on computer using PC satellite TV software is pushing new limits in satellite TV entertainment.

Find out more about this revolutionary way to watch satellite TV on computer today.

Watch Satellite TV on Computer – How To Set It Up For LIVE TV

Both allow you to watch satellite TV on computer though the installation varies. PC Hardware Configuration For Watching Satellite TV on Computer

Of course, there is now another way to watch satellite TV on computer. In case you have not heard about it, PC satellite TV which is watching satellite TV on computer using PC satellite TV software is pushing new limits in satellite TV entertainment.

Watch Satellite TV on Computer – How To Set It Up For LIVE TV

Whether the requirement is regarding the high efficiency of the computer or heavy data storage, computer RAM serves as the soul of the system.

RAMs in Demand Among Manufacturers ; Suppliers:

DDR3 RAM PC3:

1GB DDR3 RAM, 2GB DDR3 RAM, 3GB DDR3 RAM and 4GB DDR3 RAM are quite popular among suppliers these days.

DDR2 RAM PC2:

You may find various computers or laptops running on DDR RAM or SDRAM, but these memory modules do not come with the latest manufactured computers or laptops.

PC Hardware Configuration For Watching Satellite TV on Computer

In case you have not heard about it, PC satellite TV which is watching satellite TV on computer using PC satellite TV software is pushing new limits in satellite TV entertainment. Volatile means that the contents ofmemory will be lost if the power of the computer is switched off.Graphics cardGraphics card provides display output to your monitor. Your graphic device will most likely come on your motherboard.Sound cardIf you require sound for your PC then you will need a sound card. It is also on the board of most computers.Ethernet CardsEthernet cards are usually purchased separately from a computer, although many computers (such as the Macintosh)now include an option for a pre-installed Ethernet card.FDDYou need a FDD to access floppy disks.Hard disk driveHard disk drive stores all your data including operating system, applications, user files and documents.CD-ROM driveNearly all operating systems and applications software comes on CD. A ZIP drive could be your answer as ZIP disks can store 100 or 250 MB depending on which modelyou choose.TV cardA TV card gives you the option of watching TV on your monitor.Chapter TwoA STEP-BY-STEP GUIDE TO COMPUTER SYSTEM ASSEMBLYIf you are thinking of building your own PC, or need practical information about PC hardware or software, you havecome to the right place. The Hardware section provides information about all therequired PC hardware such as motherboard, CPU, memory etc. Most motherboards made nowadays are ATX. ATX motherboard fits into an ATX case andcomes with an ATX power supply. The AGP (Accelerated Graphics Port) is whereyou would connect and AGP graphics card. The PCI slots is where you would connect cards such as sound card,modem, tv card etc. The other connectors includes the Intel socket 370 CPU connector, the DIMM slot forSDRAM, IDE connector for connecting your HDD, CD-ROM or other IDE devices, and FDD connector.The processorThe processor also known as CPU (Central Processing Unit) is the brain of a computer. However if you are going touse PIII 866 you will require PC133 SDRAM which runs at 133Mhz bus speed. Thecurrent top end graphics card are made by Nvida (Geforce cards) and ATI (Radeon cards). The graphics card that wewill use for our demonstration PC is a GEFORCE II 64MB AGP card as shown below.Sound cardIf you require sound for your PC then you will need a sound card. If you are thinking of playing gameson your PC then having a sound card is a must. Some Ethernet cards also contain an AUI connector. Majority of home PCs areequipped with IDE Hard drives. For our demonstration PC I have chosen use an IBM ATA100 drive as shown below.CD-ROM driveNearly all operating systems and applications software comes on CD. As blank CD’s arevery cheap, it is an affordable backup device.Like all other PC hardware a CD/DVD Writer comes in various speed. You will require a SCSI card if choose to get a SCSI model.CD / DVD Writer is more than just backup device, you can use it to create your own Audio CD, Photo CD, Video CDetc. ZIP disks look similar to floppy disks but are slightly larger. One of the popular TV card is Haupauge WinTV PCI as shown below.Older TV cards were all analogue device. You can now place the ATX power connector to themotherboard. Your ATX case should come with a power supply unit (PSU) and should already be mounted to the case.The ATX power connector is shown on image below.Place the ATX power connector on top of the power socket on the motherboard. ATA 66 cable consists of 80 conductor cable where as thestandard IDE cable consists of 40 conductor cable. The small white connector on the right hand side is the power connector for the floppy drive. Figure 1and 2 below shows what a floppy drive cable and floppy drive power connector looks like.Figure 1 – Floppy drive cable.Figure 2 – Floppy drive power cablePlace the floppy drive into the FDD mounting slot as shown. Screw the drive securely into place.Insert the floppy drive cable into the floppy drive connector. Make sure the pin 1 on the cable connects to the pin 1 onthe floppy drive connector. Most floppy drive cables are designed so that it will only go in on way, so you can not connect it incorrectly.Push the floppy drive power cable to the power connector. This will only go in on way.Finally connect the other end of the floppy drive cable to floppy drive connector on your motherboard. Next to power connector you have the IDE connector. One side of your audiocable connects to this socket and other side connects to the sound card cd-in socket. This would allow you to listen toAudio CD’s on your computer.Figure 2Mount your CD/DVD-ROM drive into its mounting slot. Use the supplied screws to screw the drive into position.Figure 3Connect the IDE cable to the drives IDE connector. If your HDD is on the primaryIDE socket and your secondary IDE socket is free, then it is better to use your secondary IDE socket for the CD/DVDROM.Figure 4Finally connect the power cable to power connector and connect the audio cable to the CD Audio-Out socket as shownon figure 3.Next – Graphics card installationMost modern graphics cards are AGP based and connects to the AGP bus of the motherboard. Use the screws suppliedwith case and screw the card to the case.Next – Sound card InstallationMost modern sound cards are designed with the PCI interface and connects to the PCI slot of your motherboard. Once the card isseated correctly into position, screw the card on to the case.Finally insert the audio cable into the CD-IN socket. Place your modem card on top ofthe slot and gently push it down into position.Once the card has seated correctly into position, screw the card to the case using the screws supplied with the case.Now you have installed all the prerequisite hardware devices. You can either proceed to the finalising stage, or youmay want to install optional devices like a ZIP drive, CD-RW drive or a TV-Card. Different motherboards place the connectors in differentlocations. Connect all the cables to back of ATX case. These includes the main power cable that connectsto the power supply. Monitor cable that connects to thegraphics card port, etc. You now need toproceed to the software section which explains how to setup the BIOS, Hard disk and install an operating system.If things did not go smoothly and your PC does not switch on then go to the troubleshooting section for possiblesolutions.SoftwareAfter assembling your PC you need to setup the BIOS, hard disk, and load an operating system to get your PC up andrunning. BIOS Setup2. Hard disk partition and format.3. Installing Windows 98 / ME4. Installing Windows XPAward BIOS Version 6.00PG SetupThis is the BIOS setup for Award BIOS v6.00PG. However you can manually setup each feature if required. You can specify what IDE devices you have such as Hard drive, CDROM,ZIP drive etc. This ensures thatthe floppy disk is read first when the system boots, and therefore can boot from windows boot disk. If you want to boot from a bootable CD then you can set the third bootdevice to CD/DVD-ROM. This involves partitioning and formatting the hard disk.Windows 98 or ME boot disk contains the required software to perform this procedure. Start the partition and format procedure by booting your PC using aWindows boot disk. If yoursystem has no problems booting you will be presented with a Windows boot disk menu. Leave boot diskin the drive.When the system reboots, choose start without CD-ROM from the boot disk menu. Choose “Y”. You are nowready to install an operating system.Installing Windows 98/ME Operating SystemThis procedure demonstrates how to install Windows ME operating system. Since Windows ME is the latest Windows 9x family operating system, it will be used to demonstratethe installation procedure.Boot your system with Windows 98 or ME boot disk. Select the option to boot with CD-ROM support. Thiswould create a RAM drive and load a device driver to support your DVD/CD-ROM. The RAM drive is assigned to D: (Ddrive) and your CD-ROM should be assigned to E: (E drive).Place the Windows ME CD into the drive. Then type setup. At hisstage Windows runs DOS based scandisk to verify if your hard disk has any problems. Some of your hardware device may have conflicts or may not have drivers loaded as Windows doesnot contain those drivers.From device manager you can check if all the drivers has been loaded or if there are any conflicts. Click on the System icon and then from the System Properties windowselect the Device Manager tab. Your hardware should come with manufacturer supplied drivers. From the device manager double click on the device containing the exclamation mark.2. This would open a device properties window.3. Click Update Driver push button. Windows iscompletely setup when there are no more exclamation marks in the device manager.Figure 3: Installing Device DriverInstalling Windows XP ProfessionalThis procedure demonstrates how to install Windows XP Professional. If your hardware is not on the compatibility list you can check your hardware manufactures website todownload the drivers for Windows XP. If you havean older PC and your BIOS does not support boot from CD-ROM then you need to create boot disks using 6 floppydisks. You can download the following program from Microsoft which will create the 6 floppy setup disks:Windows XP Home Edition – downloads/release.asp?releaseid=33290Windows XP Professional – downloads/release.asp?releaseid=33291If your computer can boot from CD-ROM then you can perform the following steps to install Windows XP:1. Start your PC and place your Windows XP CD in your CD/DVD-ROM drive.2. Press a key to boot from CD and Windows setup will begin. Windows XP Setup wizard will guide you through the setup process of gathering information about your computer.12. Register Windows XP if you’ve installed all the current hardware on your machine.19. Your hardware should come with manufacturer supplied drivers. The Wizard for updating device driver pops up as shown in figure 2.figure 2: Installing Device DriverYou now get two options. If you don’t know the location of the driver choose the automatic searchwhich would find the required driver from the manufacturer supplied CD or Floppy disk. Make sure you have connected theATX power connector to the motherboard. Check if the cable for the power switch at front of the PC is connected to thecorrect pins on the motherboard.Problem: The power LED comes on but the PC does not boot, there is no display on monitor.Solution: Check if the processor is firmly into the socket. Check CPU jumpers to verify if CPU frequency is correctlyset.Problem: The PC does not boot, but is beeping.Solution: Different BIOS manufacturers use various number of beeps to indicate faults with various hardware. Refer to your motherboard manual to set it correctly.Problem: The HDD is not being detected by the BIOS.Solution: Check if you connected the IDE cable to the motherboard correctly, is pin 1 on the IDE cable connected topin 1 on the IDE sockets on both motherboard connector and HDD connector. Please refer to Hard disk installation section formore detailsProblem: I can not access my CD/DVD-ROM in DOS mode, hence can not install Windows.Solution: CD/DVD-ROM device driver is not installed. Install the manufacturer supplied device driver. If you do nothave a device driver disk, you can use the windows boot disk which will provide access to your CD/DVD-ROM, so thatyou can install Windows.Chapter ThreeComputer System Troubleshooting and MaintenanceThere are two types of people who need to learn computer problem troubleshooting.1. Then below information is for you.Computer Hardware TroubleshootingThis computer hardware troubleshooting section will help you if you have a computer problem and need a quick fix.It is hard to separate computer hardware with the Operating System. Device Manager’s usefulnesscomes to the fore when a device malfunctions. To open Device Manager (in Windows XP), click start button, rightclickMy Computer, and choose Properties. From the resulting System Properties dialog, click the Hardware tab.In the Device Manager section of the dialog box, click the Device Manager button. The device still might not work, but, from the standpoint of Windows XP, it works just fine.If Windows XP sees any device as malfunctioning, Device Manager opens with that device’s category automaticallyexpanded to reveal the problem hardware. Consider removing the hardware device, and installing it inanother PC if one is available.

So what makes a good gaming computer? Maintaining a high end PC gaming system can become an expensive proposition very quickly.

So What Makes a Good Gaming Computer?

Are you looking for computer shop software that runs your business more efficiently and profitably?Time management is a challenge for many small business computer professionals.; When you are running your own computer shop, you have a lot on your plate.; You wear many different hats and handle everything from sales and marketing, to accounting and billing, to service calls and basic walk-in retail customer traffic. If you use the right software, you can tackle many different time management issues head-on and free up more hours for more profitable, revenue-generating activities.; The following 3 computer shop software tips can help you work more efficiently and more profitably.1. Find Computer Shop Software that Helps You with Business Management. 2. Use Diagnostic Software to Isolate Problems. 3. Implement Point-of-Sale (POS) Software to Manage Sales Activity in Your Shop.

Computer Power Supply: How Much is Enough?

Find The Right RAM Memory Using Our Advisor Tool. Actually, that last phrase is little misleading because when buying RAM (Random Access Memory) for your computer you can have too much if your computer doesn’t have the hardware to handle or utilize all of your RAM. Who knows what the immediate future will bring and what extra demands will be made upon your system’s memory.The Tricky Issue of Shared MemoryKeep in mind, that unless you have a high end graphics video card with its own memory, your system’s memory will more than likely be shared between your Processor (CPU) and your graphics chip (video memory). Which means when your computer uses its own memory for your operating system, software applications, peripherals… your memory is quickly used up if this memory is also shared to run your video/graphics – and your system will report significantly less memory than what you originally thought you had.

That’s why many computer gamers will buy expensive Graphics Cards with lots of dedicated video RAM or built-in video memory. This way you can turn off the shared memory and free up your system’s memory for maximum power.