Here are a few thoughts on solutions.
This is a Content Management System (CMS) that will help build great websites and robust online applications.
This is also an open source solution that is free, and is one of the most powerful Open Source Content Management Systems on the planet. It is used all over the world for everything from simple websites to complex corporate applications. Joomla! is easy to install, simple to manage, and reliable.
Joomla is very powerful, and is a little more difficult to get to grips with if you're a novice than some others you might have in your control panel. Certainly, for ease of use and a less steep learning curve, Wordpress is a good option too, and is a lot easier to customize visually as well (not to mention a wealth of plug-ins that will make it do almost anything you want it too, including galleries and forums that you can build into Wordpress).
One can use Wordpress as the basis of quite large and complicated sites, especially when I know the client wants to update their site themselves and has limited coding knowledge. This is a great tool for use in the smaller business model.
There are a number of inventory solutions that are available at an affordable price. I happened to like IOL as they are professional, priced right, month to month and passionate about what they do.
Knowing what you want to build is always a good first step.
Wrong or mismatched interfaces: a PCI-e video card will not work in an AGP slot and vice-versa. Similarly, a 939-pin motherboard (Athlon) can’t be expected to accommodate a Pentium IV processor (427 pins).
One component too fast or slow: why buy a memory designed for a 400MHz front- side bus if your motherboard can only go up to 333MHz?
Write down all the known requirements for the build, filling in as many details as possible. Then look for parts that will meet those requirements. Make sure that all the components will work with each other before making any purchases.
Now is a good time to learn more about computers in general and the new build specifically even if someone else is building it for you.
Additionally, knowing what is needed will help preclude the inevitable last-minute addition. Finding out that you need a more robust or different style of heat sink for the processor as you are trying to assemble not only delays the build, it can also break the budget.
Knowing the limit on spending for the system is smart look for the best deals, make realistic decisions on which components to buy and use, and knowing how much the custom build will be allows you to see if there’s a pre-built that meets your specifications that would be cheaper (yes, that does happen, occasionally, especially if you are buying software, too).
Keep the receipts everyone knows that you always get good parts from the dealer, especially online dealers, right? Hold on to the packaging and especially the receipts until you know all of the components are working properly. .
Think about protecting your computer. Do you have an adequate surge protector? Have you considered getting an Uninterruptible Power Supply (UPS)? If your area is prone to brownouts, then a UPS is the way to go. Use a UPS that powers the computer from the batteries all the time and recharges them while power is on. If you do go with a UPS, be sure it isn’t underpowered, providing enough current to save your work and properly shut the computer down.
ESD be sure to use all reasonable Electrostatic Discharge (ESD) precautions when assembling your system. While today's electronics are better-armed against the ravages of ESD than their earlier counterparts, why take chances? Keep in mind that it is your money going into the system. Do you really want to risk damage and delays (awaiting replacement parts) by not using a cheap wrist strap?
Documentation do you know exactly what is in your computer right now? Do you know the model number and firmware revision of your sound card? Do you know where the driver discs and manuals for all the components are?
Recording all the details of the system as you build it up, as well as placing all the documentation and software discs in a common binder will save you time and effort in the long run. Want to check for the latest drivers? Grab the binder and look up the part number. That beats having to crack the case open and pull the card, which may or may not have the part number openly stamped on it. Want to put Linux on the computer? You have the part numbers handy so you can determine if and how the components will work with the OS.
This goes for that software you have loaded, as well. You might need to put all those CDs into a case, but where are the registration keys and serial numbers? What are the settings you spent so much time perfecting?
Likewise any passwords you may have. If you are like me, you have A lot of passwords for stuff that I tend to forget, particularly if I don’t use them on a regular basis. So I’ve compromised and placed all my passwords into a secure PDA file. With one master password, I can access the whole lot of them.
Do you have the most up-to-date drivers and firmware? Back-ups? You'll need them, so be ready beforehand? Have you slipstreamed your Win XP with the latest Service Pack and hot fixes?
Plan the install
What OS are you going to use? Are you planning on installing another at some time in the future? What are you going to use the machine for? How many partitions will you need and in what sizes? How should the partitions be ordered? Have you planned a backup scheme and how can you simplify that process from the beginning?
Write down what software you need to install and at what point you need to install it. You can use that list to build an unattended installation disc.
Backups you need to think about archiving data when you began ordering all the components. If you have a backup plan set up ahead of time, then you are likely going to use it, and it won't hurt quite as badly when that unexpected crash comes.
RTFM
Read the manual beforehand so you know what particular board requires RAM in both slots 1 and 2, not 1 and 3 as is standard on many other boards. If you have all your documentation in one place, you will know where that manual is.
The software might sometimes show both the minimum and recommended system requirements. Best you use the recommended + requirements as your guide.
Get a fast enough processor (preferably Quad Core - Intel being best choice for the future upgrading of your system.
Get as much memory as you possibly can afford to enhance your computer's performance.
If you are purchasing a computer system or building your own, get more hard disk space than you have determined that you will need now. Buy as large a hard drive as you can possibly afford. This is to allow for future expansion.
Taking the time to evaluate your needs before making your final selection will save you both money and regrets in the long run.
Before buying, it is very important that you familiarize yourself with some basic knowledge of what a computer consists of and the function of each of the components.
You should try to buy as much as you can possibly afford.
Do not 'cut corners' on your main system unit such as your processor, memory and hard drive.
You would not want to be running out of memory or disk space shortly after purchasing a complete computer system or building your own!
Delay the buying of some of the software applications that are not critical for you to get now until at a later date. You might want to be using this computer for a few years; therefore, you should ensure that you now have enough memory, CPU, hard drive, etc.
Categories of Computers
Basic:
This computer would be used by someone who sends and receives email, surfs the Internet, uses word processing, prepares spreadsheets and plays simple games.
Minimum Requirements: 1.0+GHz AMD or Intel processor, 512MB DDR RAM (Memory), 120GB, 7200 RPM, 8MB cache hard drive, on-board video, audio and LAN, DVD/CD-RW Combo Drive.
Mid Range:
In addition to the basic needs, this range is suitable for someone who is involved in medium graphics, some video editing, downloading music and video and playing games, etc.
Minimum Requirements: 1.8+GHz AMD or Intel Pentium 4 Processor, 1GB DDR Memory, 250GB SATA 7200 RPM 8MB Cache Hard Drive, mid-range Video and Sound (Graphics) Card, 10/100 LAN, DVD Writer and a 21" Monitor.
High Range:
This computer is suitable for intensive graphics, video editing, game playing and other memory and CPU intensive programs.
Minimum Requirements: AMD Athlon 64 FX62 or Intel Pentium (best bet) Core 2 Duo processor, 2GB DDR Dual Channel Memory, 400GB SATA hard drive, RAID (0,1), High-End Video (nVidia GeForce 7950 GX2 Graphics Adapter) and Sound Card (Sound Blaster X-Fi XtremeMusic), Gigabit 10/100/1000 LAN, DVD ROM Drive and a Dual format, Dual Layer DVD Writer and a 24" Monitor.
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