Search
Recommended Sites
Related Links






   

Informative Articles

Free Utility Audits the Use of Plug-and-Play Storage Devices Connected to Corporate Networks
SmartLine Inc today released DeviceLock Plug-and-Play Auditor, a non-intrusive clientless utility for system and IT security administrators that want to know how many users are uploading and downloading data to personal, portable storage devices. ...

Get Connected To Wi-Fi
Wi-Fi, short for wireless fidelity refers to a set of wireless networking technologies more specifically referred to as any type of 802.11 network, 802.11b and 802.11a, dual band. The word Wi-Fi was built by an organization called the Wi-Fi...

How To Deal With Wireless Encryption Security Threats
Because nobody wants to compromise the integrity of their network by having some hacker "borrow" your bandwidth or gain access and start snooping around you need to lock down your network. Fortunately, encryption is built into...

New Year's Resolutions
Ah, the start of another year! In a groggy haze on New Years Eve, I promised someone (or was it myself?) that I would be good this year. I said I would draw up my New Year's Resolutions – particularly after the roller-coaster year I had last...

Voice Over Internet Protocol
With VOIP technology, you can now place a phone call to someone on the other side of the world using your broadband internet connection rather than a telephone. VOIP technology, in essence, takes the analog signals from your voice and converts them...

 
Do The Differences In CPUs Really Matter?

CPU manufacturing is one of the most competitive areas of computer world. In the end, the overall performance of your laptop or your desktop depends on your central processing unit. Parallel to the demands of the users, we can say that CPUs traveled a long way from 386s to P4s and AMDs.

The cache is generally the most decisive factor in the tradeoff equation between the price and performance. Considering the L2 cache on some of the chips, you can easily understand that Athlon, P4 and PIII, having 256K or more L2 cache are the once with higher performance, in other words power chips.

Looking at the budget chips, you immediately notice that Celeron has 128K and the Duron only has 64K. Celeron is actually almost like a PIII with half the cache disabled. These numbers shows that the main budget issue for CPU manufacturers is to put enough cash on the chip.

You should consider the difference between the bus speeds: in the case of Athlon and P4, the bus speed between the Cache and the CPU can be 200 or 400 MHz respectively. This can give your system a major boost when you are using cache intensive utilities. The new CPUs are coming out with quad speed pushes and base 200MHz which results with 800MHz FSB like the new P4.

The numbers you would see under the name "Micron" in a CPU comparison table is basically the size of the transistors. As the number get smaller, the manufacturers can put more and more on the CPU die. The smaller transistors you have on your CPU, the smaller the CPU die becomes. The smaller the CPU die, less power is required and less heat is produced.

The CPU instruction set is the total code which tells your CPU how to process its data. The more sets you have on your CPU, the more efficient it is most likely to be. However, on this point Intel (Pentium) and AMD does not follow the same path. Intel made the first attempt to improve the basic instruction set by adding the MMX support for multimedia.

The difference's between the CPU's are getting smaller as each company sees the advantages of their rivals technology and tries to either use or emulate it. It is really hard to choose which one is better. So a good advice would be let your wallet decide which CPU your system will use.

About the Author
This article provided courtesy of http://www.wifi-tech-guide.com>http://www.wifi-tech-guide.com

Sign up for PayPal and start accepting credit card payments instantly.