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Dual Core Processors Will Increase Computer Speed

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Choosing the Components to Build your Own Computer

By:IC

Many people now opt to build their own computer so that they are more in control of the specifications they want and save more than just a few pounds. There are a multitude of DIY’s found all over the Internet, and yes, it is possible to build one yourself! But before doing so, you must choose the right components for your computer. Here are some of the very basic components you need to get:

Computer Case

Computer cases now come in a variety of designs and colours. Some now even come with a panel window where you can see the inside parts through. What is important when buying a case is that the size of the case should support the size of the motherboard. A mid-tower case is highly recommended as it has enough room for all the hardware.

Power Supply

The power supply must provide you at least 300 watts and fit right into the computer case you choose. If you are one of those who extreme users or gamers, you may want to buy a bigger power supply to feed additional cooling, USB devices and case lighting.

Processor

The processor is the most important choice you need to make in setting up your own computer. You have to know exactly what kind and how fast you need. There are a variety of options from AMD and Intel, for example: AMD Athlon, AMD Sempron, AMD Duron, Intel Celeron, Intel Core Duo, among others. If you only use the computer to surf the web, do word processing, gaming and some graphics editing, the 1.8 GHz - 2.0 GHz might be enough. Extreme gaming, 3D rendering and video editing would need at least a 2.4GHz processor.

CPU Cooler

Processors usually come with a fan and a heat sink. But it is best to get a cooler that is more efficient and quieter than the one included in the package. Remember to get a thermal compound to put onto the CPU core.

Motherboard

Choose a motherboard that matches your processor's socket type and supports the same bus speed as the CPU.

RAM

Similarly, choose a RAM that is compatible with the motherboard's bus speed. Get at least 512MB of RAM.

Hard Disk Drive (HDD)

The HDD is your permanent storage for system files, applications, documents, games and so on. Get the largest hard drive capacity that you can afford. If you are on a tight budget, you can get at least a 60GB. Most motherboards have IDE slots for hard drives. Newer ones also have SATA connectors for SATA HDDs, which are quite faster than IDE HDDs.

Graphics Card
If you use the computer for regular office work, you can get a motherboard with a built-in video card. If you use it for gaming, you might want to buy a separate video card. Video cards usually use an AGP slot or a PCI Express slot on the motherboard.

Sound Card

Most motherboards have built-in sound cards which generally have good quality. If you use sound mixing or audio/video editing, you can get at least a 24-bit sound card for better quality.

CD/DVD

Of optical drives, it is best to seek for a DVD/CD-RW combo or a DVD±RW; the latter is a better choice. DVDs have larger capacity to allow you to store more music and movie files and back-up data. If you do not expect to burn disks, you can opt for a CD-R or a DVD-R drive.

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AMD vs. Intel: Which Chip Offers More Bang for Your Buck in Gaming PCs?

by: Jordan Hall

Computer enthusiasts have long known of the ongoing rivalry between Intel, the processing giant, and Advanced Micro Devices, or AMD. Since the early nineties, Intel and AMD have vied for technical dominance in the computer hardware field and in relation to computer gaming. For many years, AMD was like the “kid brother" of Intel the latter held a seemingly insurmountable lead in terms of market share, and the former simply eked by and scrappily etched out a place in the industry for itself. Intel was also traditionally associated with more powerful chips while AMD came to symbolize greater value. Back in the nineties when clock speed meant everything, Intel’s Pentium III chip always managed to maintain a sizeable lead in terms of performance and speed over AMD’s Athlon offering. Product support also tended to lean decidedly in Intel’s favor largely due to their history of success, there were no shortage of computer manufacturers ready to do business with the company. AMD, meanwhile, enjoyed an almost cult-like following amongst computer enthusiasts who lauded its price-to-performance ratio.

Eventually, however, the raw power of a processor began to be less important than its overall performance, information processing ability, and power consumption. The landscape began to really shift in about 2000. That year, AMD announced and began to develop its 64-bit line of processors, Opteron and Athlon 64. The company essentially staked its future on these chip lines, and in 2003 they released to much acclaim. The balance of power had shifted decidedly in the processor market while Intel’s Pentium 4 chips struggled with power consumption and heat issues as they steadily increased in clock speed, AMD’s 64-bit offerings allowed consumers to take advantage of more powerful 64-bit code in their systems—including gaming systems. Whereas Intel enthusiasts could always point to the performance discrepancy between the two different types of chips, AMD quickly became the processor of choice for computer gaming and computer hardware enthusiasts. The processing power provided by the 64-bit AMD chips proved to be too great to pass up, and this was only reinforced in 2005 when the company released the first dual-core processors to the market. Since then, Intel has been playing catch-up in terms of hardware availability, and AMD’s market share has reached its highest point at roughly 20 percent, according to eWeek.com.

What are the Advantages of AMD Processors?

As the processing landscape has shifted towards AMD’s side, there are some key benefits of using AMD-based hardware that have been revealed. The first is obviously the pure power edge that AMD has attained. Tom’s Hardware (tomshardware.com) has long been regarded as a reliable authority in the field of computer hardware reviews. While Intel for years could always claim performance superiority over AMD at the high end, Tom’s reports that this is no longer the case. In conclusion to a comparison between AMD’s dual core Athlon FX-60 processor and Intel’s Pentium Extreme Edition, the reviewer writes, “With the exception of a few audio and video encoding benchmarks, the Athlon 64 FX-60 represents the new device to beat as far as performance goes, thanks to its two processing cores." Furthermore, the reviewer adds that the increased demands of running dual graphics cards configurations means that “this processor is a great choice for the best-possible 3D gaming experience." This status as the most powerful processor is reinforced by the fact that Alienware, renowned as the industry leader in terms of powerful custom computers, uses the FX-60 exclusively in its top-of-the-line Aurora ALX system.

Another advantage of AMD processors over Intel, at least for the time being, is the lower relative power consumption of their systems. According to Tom’s Hardware, AMD’s Turion 64 enjoys its status as the most efficient single core processor, and while Intel’s Core Duo is technically the most efficient dual core processor, the overall power efficiency of AMD systems offsets any advantage that the Core Duo might have. When you subtract the power draw of a graphics card, which can be massive, it remains clear that AMD processors just do their job in a more efficient manner.

So What about Intel?

None of this means that Intel processors should be completely disregarded, however. One key advantage that Intel maintains is in sheer numbers. Intel still maintains a roughly 80 percent share of the market today, and as such you are more likely to find a system sporting an Intel processor rather than its AMD counterpart. Furthermore, Intel’s long string of dominance ensures that there are no software-hardware compatibility issues as Intel is the accepted leader in the processor industry, companies base their compatibility around Intel processors first.

It’s not as if Intel is resting on their laurels, either. As has often happened during the rivalry between Intel and AMD, competition is breeding a new level of performance. Intel has recently shifted to a 65 nm processor core process, beating AMD to the punch in the process. The reduced core size allows for greater possibilities in terms of chip efficiency and power. Intel’s top-level chip is still more expensive than its AMD counterpart, however, perhaps due to the relative newness of the 65 nm process.

So Which Chip Should you Buy for Your Gaming Computer?

All of these technical comparisons are well and good, but they don’t answer the fundamental question: which chip is best for computer gaming systems? Though they continue to use the 90 nm core process for the time being, AMD processors still represent the best “bang for your buck." AMD’s highest-end chips are still priced lower than their Intel counterparts, and the performance numbers available for them don’t lie. Furthermore, AMD-based systems are more power-efficient in general, and certain technologies allow for technical innovation. nVidia’s nForce line of motherboards, for example, is just on the verge of achieving steady dual-channel DDR2-667 memory support for Athlon 64 FX2 dual core chips. What this means for the consumer is that the memory will operate faster, with a higher bandwidth, and in greater harmony with the processor than ever before.

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Beginners Guides: Overclocking the CPU, Motherboard & Memory

The term overclocking is thrown around a lot, for better or worse. If you're one of the many who has never overclocked, this guide will explain what it is and how to do it to the computers' processor, motherboard and memory. - Version 1.0.0

The prospect of overclocking a computer system can be intimidating for a computer newcomer, to say the least. The idea is simple enough; make the computer's processor run faster than its stock speed to gain more performance without paying for it. The execution of this idea though, can be anything but simple.

Successful overclocking is as often a matter of 'what you know' as 'what you have'. Understanding the maze of hardware dependencies and tweaks that can make the difference between a successful overclock and total failure is a demanding practice.

In this Beginners Guide, PCSTATS will explore the process of overclocking processors, motherboards and memory to achieve a faster yet still stable computer. The article will guide readers step-by-step through understanding overclocking concepts, how to discover their hardware's overclocking options and the actual process of overclocking. If you consider yourself an expert already, read on - there are a few tips and tricks packed into this guide that you may not know... or have a look at our recent experiment with underclocking. For insight into videocard overclocking, please see our companion guide on that subject right here.

What Does Overclocking Do?

Overclocking a computer's processor or memory causes it to go faster than its factory rated speed. A processor rated at 2.4GHz might be overclocked to 2.5GHz or 2.6GHz, while memory rated at 200MHz might be pushed to 220MHz or higher. The extra speed results in more work being done by the processor and/or memory in a given time period, increasing the overall computing performance of the PC.

Can Overclocking Damage Computer Hardware?

Yes, but it's typically unlikely. Generally speaking, when computer hardware is pushed beyond its limits, it will lock up, crash or show other obvious errors long before it gets to the point where the processor or memory might be permanently damaged. The exception to this is if extreme voltages are used when attempting to overclock, but since most motherboards do not support extremely high voltages, and neither does this guide, it's not likely to be an issue.

For older processors, heat is also a factor worth keeping a close eye on. Modern processors have thermal sensors which will slow down or shut off the PC, but older CPUs do not necessarily feature these safety devices. The best know example of this is the AMD AthlonXP (socket A/462), which was famous for burning itself up in less than 5 seconds if the heatsink was not installed properly (or at all).

The Purpose of Overclocking

The most obvious reason to overclock a computer system is to squeeze some additional performance out of it at little or no cost. Overclocking the processor and system memory can significantly boost game performance, benchmark scores and even simple desktop tasks. Since almost every modern processor and memory module is overclockable to at least a slight degree, there are few reasons not to attempt it.

source:www.pcstats.com

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