New Gaming and Over Clocking Computer Build
Building a new computer can be quite complicated and time consuming. You should take just as much care in researching each component as you would installing them into your system. It is crucial that the component fit your purpose, provide stability, and work well with the other components you select. For my system, I have chosen components that have been thoroughly tested and approved by respected people in the technology field.
The centerpiece of this system is of course the motherboard. I wanted something that was cutting edge but also stable. Ease of use is important, as well as compatibility. I plan to do some over-clocking so this feature was also of great importance to me. After sifting through many reviews I rested on the ASUS P5AD2 Premium, because of its immense offerings and satisfactory reviews. This board supports all of the latest features including SATA, PCI-Express, DDR2, and it accepts the new socket 775 Pentium 4. These features will allow me to use the fastest hardware made for consumers today and hopefully allow this computer to play the latest games for years to come. The board also comes with an impressive list of onboard features. It incorporates 8 channel onboard sound which will suit my needs and save me the expense of buying a separate sound card. It also has two onboard gigabit Ethernet ports and, onboard wireless G with an external antenna which should more than handle anyone’s networking needs. This motherboard has the most advanced feature set I could find available. ASUS has also made great advancements in over clocking with this board. All you need is the most recent bios and you can now unlock the clock multiplier on the Prescott Pentium 4. Until now this was only achievable through the use of an AMD processor but now offers this option with the newest Pentium family. Because heat has been a problem with the Prescott processors ASUS has also introduced “Stack Cool” this is simply placing another PCB on the
underside of the board to dissipate heat. This helps improve stability and increase the life of components.
For the processor I have chosen the Intel LGA775 Pentium 4 550. This 3.4 GHz, 800MHz front side bus processor is a very good choice for over-clocking and even at stock speeds it screams. Although the Prescott processors don’t score much higher than the Northwood processors in benchmarking at stock speeds, the over-clocking factor really comes into play here.
down the surface but this is by means no means the only factor. It is
Building a gaming computer may be an intimidating endeavour, but in all actuality with a little hard work anyone can be a whiz at putting together a gaming computer. Why build a custom gaming PC? Well it’ll save money, and give the builder a great experience. It’s always fun to learn how different things work. The price of a top of the line retail gaming computer runs from two thousand on up to five thousand dollars and beyond, a monitor alone could cost one thousand dollars. The two types of gaming PC builds are , the hardcore gamer build which will cost a little extra, and the casual gamer build which isn’t as expensive; moreover, the steps in building a gaming PC are: creating a budget, researching what the builder/user wants the PC to be used for, and purchasing the equipment.
Cons: Solid 3-D performance, though not on par with the Pentium III. Fewer manufacturers to choose from.
Choosing which motherboard to use is important. It also is closely related to what processor is chosen. Because of cost saving factors, the AMD Athlon processor is the best choice. Therefore we can only provide a motherboard compatible with the AMD AthlonXP 1900. For our client, we decided on the motherboard Aopen K77-333. This motherboard is an excellent choice for our client because:
Owning a gaming computer is one of the best investments a person can make in their life. Having a gaming computer can greatly influence one’s entertainment ranges and personal hobbies. Every gamer or anyone who occasionally games should have a gaming computer instead of a gaming console. A gaming console only provides people with basic programs and simple user interface while a gaming computer can be used for any needs one need. A gaming computer is one’s own cable box but better. Having a gaming computer you can have it fully customized to fit whatever theme you would like it to fit, can run many programs and other applications faster than a console, and can be loaded with a plethora of multiple useful programs one can use.
The motherboard is the most important part of your computer. It is also one of the most compared, critiqued, and reviewed pieces of hardware. Often, on the internet, you'll find reviews and debates over which board is best or which chipset is best. The chipset controls the system and its capabilities. It is the hub of all data transfer. It is a series of chips on the motherboard, easily identified as the largest chips on the board with the exception of the CPU. Chip s...
The first thing to do is to research what kind of computer you want. If you
So, which processor is the best? It depends on what the computer is being used for. The AMD Athlon processor is the best processor when it comes to 3D games and handles games quite well (Athlon Processor Quotes). The Pentium 3 processor is not quite as good at handling games. From personal experience with a Celeron 566 processor, the Celeron does not do a very good job at handling 3D games and will often freeze during a game, but otherwise is a very good processor. The Pentium 3 is the best processor for handling office applications, but the Celeron and the AMD do a good job as well. In consideration of the price, the Celeron processor is the best priced processor and offers good performance (P3 vs. Celeron 2). The Celeron is about half the price of the Pentium 3 processor (P3 vs Celeron 2).
CPU Stands for "Central Processing Unit." The CPU is the primary component of a computer that processes instructions. It runs the operating system and applications, constantly receiving input from the user or active software
Computers are very complex and have many different uses. This makes for a very complex system of parts that work together to do what the user wants from the computer. The purpose of this paper is to explain a few main components of the computer. The components covered are going to be system units, Motherboards, Central Processing Units, and Memory. Many people are not familiar with these terms and their meaning. These components are commonly mistaken for one and other.
The P4DC6 utilizes Dual Intel 603 Xeon CPU’s in speeds from 1.5 GHZ – 2.0 GHZ, and will allow higher speed processors at the BIOS through flash updates. The i860 chipset supports a 400MHZ system bus which is quad piped 100MHZ FSB that uses the dual channel 600/800 MHZ RDRAM (Rambus Dynamic Read Only Memory) with memory transfer rates as high as 3.2 GB/s. Due to the large power requirements and to ensure system stability, a 400W (min.) ATX12V power supply (with both 4-pin and 8-pin +12V power connecter) is required for operating the SUPER P4DC6 correctly. There are many main parts of the SUPER P4DC6 motherboard, but the 3 main parts discussed in this paper are the memory slots, chipset and integrated I/O ports.
Buying a computer today is much more complicated then it was ten years ago. The choices we have are abundant, and the information we must gather to make those choices is much greater. The average consumer is a more educated buyer; they at least have some ideas of what they want in a computer. Yet, we must still ask ourselves these significant questions; such as: What will the primary function of my computer be? What computer components should I consider at the time of purchase? How much money do I have to spend? Where should I go to purchase my computer? For this report, I will consider the requirements of a typical family: using a mini-tower PC with the Windows 95 operating system, word processing, and entry-level publishing programs; as well as, an anti-virus package, games with high-level graphics and sound, and the internet. I will also consider the following components; those essential for the computer to work faster, and more efficient. They are as follows: Central Processing Unit (CPU) – System Memory (RAM) – Storage Device(s). The following is a detailed look at the CPU, RAM, and Storage devices; the important components that you should consider when purchasing a PC. Computer systems, particularly the higher-end models, come in several Configurations: desktop, mini tower, or tower. The configuration you chose should depend - to some extent - on the amount of expansion, (if any) you may want to plan for in the future. Most tower configurations have a greater amount of expandability than mini tower and desktop models. Also, the amount of space that you have in your home for the system should be taken into consideration. Tower configurations are usually placed on the floor; (however, not the mini tower models) whereas, desktop models are made to sit on the surface where the keyboard and monitor are located. The first consideration is the CPU. Today, the Intel Corporation is still the leading manufacturer of microprocessors. However; other chip manufacturers, such as Cyrix and AMD, are rapidly climbing the industry ladder to compete with Intel in the CPU marketplace. Although these other microprocessors are probably just as good as an Intel, there may be some subtle differences in them that may affect their performance. The speed of the processor is very important; this is the measure of its clock rate - which indicates the number of instructions that can be processed per second.
The central unit is the basic part of the computer and includes all the main computer parts. It is the heart of the computer system. It is responsible for executing, or running the software. The software programs are translated into a series of codes made up of 1s to 0s that the CPU can understand. Every code means a certain operation should take place.
computer architecture Computer architecture covers the design of system software, such as the operating system (the program that controls the computer), as well as referring to the combination of hardware and basic software that links the machines on a computer network. Computer architecture refers to an entire structure and to the details needed to make it functional. Thus, computer architecture covers computer systems, microprocessors, circuits, and system programs. Typically the term does not refer to application programs, such as spreadsheets or word processing, which are required to perform a task but not to make the system run.
The computer has progressed in many ways, but the most important improvement is the speed and operating capabilities. It was only around 6 years ago when a 386 DX2 processor was the fastest and most powerful CPU in the market. This processor could do a plethora of small tasks and still not be working to hard. Around 2-3 years ago, the Pentium came out, paving the way for new and faster computers. Intel was the most proficient in this area and came out with a range of processors from 66 MHz-166 Mhz. These processors are also now starting to become obsolete. Todays computers come equipped with 400-600 Mhz processors that can multi-task at an alarming rate. Intel has just started the release phase of it’s new Pentium III-800MHz processor. Glenn Henry is