Issue Between Intel and NVidia

So basically, it all started when Nvidia announced plans for the future development of motherboard chipsets that will support Intel's new Core i7 Nehalem architecture. Intel has tried to speak from the nVidia with this plan, but nVidia has kept his plan and began developing a new motherboard chipset that nVidia would let fans use the Core i7 processors on Nvidia chipsets, which fans have the power of Core i7 and Tri-SLI GPU.

However, Intel did not want to go to nVidia with the plans, and this is the case in court, saying that Nvidia has a license to create chipsets that support Intel's QPI (QuickPath Interconnect) system and an integrated memory controller technology. However, Nvidia claims that are several years old license that allows them to be exact thing.

But what is really the issue here? It really just Intel trying to maintain their advantage, among others. Currently, only Intel's X58 chipset motherboard supports Intel's incredibly strong Corei7 Nehalem processors. Basically, Intel is sort of a monopoly going on in the industry, Core i7, because the development and manufacture of both processors and motherboards that work together.

Now, Nvidia wants a piece of cake. In previous years, Nvidia has successfully developed chipsets that support the Core 2 series processors (680i, 780i, 790i Ultra, among others), and they are very popular, competing well against Intel's own chipsets (P35, X48, P45, etc.) .. And now, Intel has launched a processor that exceeds many of the Core 2 processors that cost much more than the Core i7 processor. NVidia is definitely hungry for a big piece of this new series of processors, and now is trying to do the same thing has succeeded in making the reign of Core 2 processors.

So, here is a summary of what Intel will lose if nVidia succeeds in developing its new chipsets:

1 Intel will lose the advantage of saying that their X58 motherboards are the only motherboards that support Core i7 processors

2 Intel will no longer be able to have an advantage over Nvidia Core i7 and X58 motherboard, because nVidia will be able to create chipsets that enable the Core i7 and Tri-SLI graphics cards to work in harmony. X58 motherboards support up to SLI.

The Classmate PC - Intel's Education Initiative

Intel with a scheme similar to the OLPC - Intel class computer. This initiative is part of Intel obrazovanja.Intel colleagues in being angry, children laptop computers in education, as one laptop per child foundation -. Both commendable aspirations

But there the similarities end ...

Unlike the One Laptop Per Child Foundation, a student PC is a commercial product like any other product Intel produce. It is only available for those who can afford it. It is making technology available to those in developing countries and children, but not practical.

is on sale at Amazon, and undermines the XO laptop, "Give one, get one 'scheme. Remember though, if you buy a laptop colleague just buying one - and inferior product in to.Acer Aspire One is cheaper if you are looking for a mini laptop, but has higher specs. With similar money, OLPC will ship two XO laptops, one for you and one to one where we can help transform lives through education.

That said, as Intel did is part of the solution to education. Intel said that they were aimed at "middle stage in developing countries, where some of the technology already exists and colleagues is easy to expand on it.

"Intel Education Initiative" is a program designed to help produce the next generation of innovators who are going to take the technology forward. Intel to spend a whopping $ 100 million on teacher training, teaching at universities around the world in mathematics, science and technology.

Education Initiative is all part of 'Intel World Ahead Program "that focuses on making technology available to connect people through wireless technology, quality education and the creation of localized content and services as more people become connected to each other.

first, very similar to the XO laptop in size and weight, 7-inch 800 x 480 color LCD display and powered by Intel Celeron M 900MHz processor - just like the first Asus Eee PC. It is 245 × 196 × 44 mm and weighs up to 1.45kg.

The second generation version is slightly smaller and lighter, has a powerful new Intel Atom processor and is available with a 8.9 "1024 × 600 LCD color screen. It has also improved battery life, additional cameras and the network of networks.

Both are available with XP Professional or Linux, a feature 10/100M Ethernet and 802.11b / g WLAN, integrated 2-channel audio, microphone and speakers, as well as 2 USB ports and an SD slot.

For those who need a rugged notebook, was a colleague of possible options. It is designed to be hitting more than other laptops and netbooks, and yet there XO.XO version of Microsoft XP are available that can assist in communion through the entire network of computers. For these reasons, the organizers of "Racing Planet" to use the class for athletes, medical teams, press and the likes of the communication and computing. "Racing the Planet 'is the endurance competition that challenges contestants to pass some of the toughest terrain on earth, from Antartica to the Sahara Desert.

"We travel light and fast during the race, and we simply can not use equipment that does not work," said Mary Gadams, CEO of Racing Planet. "At this point, there is no better device out there that meets the requirements of the Race Planet ."

Intel Motherboards

Intel motherboards have always been led by the latest technology, not surprising considering that one of the world's largest producers and processors not to mention various other technologies in the heart of many PCs or servers. Well known for their solid performance and reliability has meant that for many years Intel motherboards have a great loyalty and support from certain markets group with someone who will buy anything, but the Intel motherboard.

Since the basic component of every computer motherboard acts as a central nervous system, connecting all the components needed for our high-tech applications and multimedia entertainment, so it's strange that it is often the most overlooked component when deciding to upgrade your computer.

Of course, in today's market, if you're looking to upgrade your Intel motherboard then you really should be given to boards that support the latest Intel Core i5 and i7 processors. Until recently it was only found in the field of business and public institutions and the super-fast processors finally breaking into mainstream use with reasonable prices, Intel motherboards that support them. This combination of low price motherboard and reasonably priced processors means that more and more end users have the ability to consider the purchase of a new Intel motherboard and improved performance in extreme and Core 2 Duos are replaced. With the release of i5 and Intel P55 chipset, is ready to increase its market share with a loyal group mentioned above, and such a motherboard is Intel DP55WG.

This reasonably priced Intel motherboard brings a lot of bang for the buck, the motherboard is capable of supporting or i7-800-700 or i5 LGA1156 processor socket, supporting up to four DIMM DDR3 1600 + and provide up to 16 GB of system memory. Couple this with the Intel High Definition Audio subsystem delivering 7.1 sound and graphics technical support for either Nvidia or ATI ™ Similar CrossFire ™ allows two graphics cards to work together to get the ultimate 3D gaming performance and visual quality.

DP55WG Intel motherboards and offering when it comes to expansion and peripherals, giving end users a phenomenal fourteen USB 2.0 ports and six Serial ATA Consumer IR receiver and transmitter to name a few. Intel to advertise this motherboard as the "media machine with a touch extreme," advanced on-board sound solution, and FireWire ™ support means that it is a great motherboard to provide solutions Media PC with all the features one could ask you to provide Blue-Ray movie experience .

Intel know their customer base well and motherboards Intel DP55WG provides excellent performance and is ideal for mid to high-performance computer, developed with the latest generation of multimedia applications, its revolutionary twochip layout allows cross-platform capability means that the tasks have never looked so good. Whether for digital photography, video editing or just having fun this Intel motherboard has the technology to meet demands.

The AMD and Intel MHz Controversy

I've been into computers since I was like 10 years, now 25 years old. Since then I've always thought that Intel has jacked your clock to make it seem faster than AMD's normal computer users. Until a few years ago that is still what I am, however, that Intel is trying to deceive anyone. I now know what the difference is that Intel does not lie on their clock speeds are merely different factors are higher.

This post is aimed at people who have the same beliefs and set the record straight. It is by no means meant to be in-depth article in the pipeline and how the CPU work, etc. This is just to give you a basic idea why there is a difference between AMD and Intel MHz MHz.

First MHz MHz no matter what, there is no difference in any MHz.MHz the unit of measure like inches, feet, etc. MHz, one million Hertz, MHz short for megahertz. MHz are used for measuring data on electronic devices. Basically 1 MHz means that the device can process information millions of times per second. Now lets move on to how AMD and Intel are different.

a computer program running on the computer and send the instructions for the CPU to provesti.Program send instructions such as 1,2,3,4,5, but the CPU can execute instructions, such as 3,4,1,2,5, to called "out of order." CPU breaks every instruction down into pieces, such as 1a, 1b, 1c, and so on, but the CPU can execute before 3a 1a and 2a, the last because it is waiting for data from 1c. It becomes very complicated and I could never explain how it all works. This is the only way to realize that the CPU is very complex and the execution of the program is very complex.

Basically this is where Intel and AMD differ. The difference in speed comes from how fast the processor can execute instructions out of order and how quickly the pieces can be made. Imagine that you need to build a brick garage and you have 22 or 31 small trucks to carry the bricks on the site. Then imagine the second place you have 12 large trucks to carry the bricks. What do you think will be done faster? If you choose 12 more trucks, and to your right is the path that he chose AMD. Intel has chosen the second time that turned out to be the wrong one (the information about the pipeline refers to the older Intel and AMD processors ).

What happens here is that the Intel CPU to complete a simple task that has to do 22 or 31 items and the AMD CPU has only until 12 What this means is you have AMD CPU runs at 3.0GHz and 4.0GHz Intel for the Intel chip for less work per clock cycle, and more cycles. Basically Intel chip runs faster in MHz, but for a lot more work for the same result.

This is why Intel and AMD MHz may not coincide, because there are many other factors that go into figuring stroke. Just because the Intel chip sports faster clock does not mean it is faster in real world applications of the slower clock speed AMD chip.

Being dumped Intel Net Burst model for its CPU now uses 14 stage pipeline, which is much better. The use of multiple pipelines and running at high clock rates is causing overheating and other problems for them anyway. These new Intel processors require less power and can operate at cooler temperatures. So here was one Intel, AMD is now only say they were right all along and I'll be happy. AMD is stuck with a 12 stage pipeline in its Phenom processors.

Again, this article is only to be put to rest some of the misunderstandings that AMD and Intel figured clock rates and why the slower clock CPU AMD can be done quickly sat Intel CPU. This is true for older AMD and Intel processors, AMD has lost the battle gear now that Intel has reduced the number of pipeline down. If you find any of my information is incorrect please leave a comment or shoot me email using my contact form.

Intel Mobile Celeron Dual Core T1400 and T1500

to the financial slowdown hitting all over the world, especially of the computer industry are struggling to keep their profits in check. The result is a lot of low cost and affordable notebooks from manufacturers to maintain their market share. And right here is a processor that fits this trend. The Intel processor incorporates the power and value. These Celeron dual-core processor Intel Celeron family announced in January this year, sub-branded budget microprocessors.

model number T1400 T1500 -----

Family Mobile Celeron Dual Core "

Frequency (MHz) 1733 1860

Bus speed (MHz) 533 533

Package 478-pin micro-FCPGA package

Socket Socket P P

Celeron dual core vs Pentium dual core

Practically speaking there is no great difference between these two processors. The only major difference is that the Celeron dual-core processors are low on the 512KB L2 cache, ie in relation to 1MB.

But it's not much difference is significant, because this lack of 512KB cache will result in 10% - 15% reduction in performance, depending on the nature of the application. For example, in the case of business applications will be 5% - 10% and in case of memory-intensive applications such as games and video processing to be approximately 15% decrease in performance compared to the Pentium dual core processor (with similar clock speed).

and to your surprise, this process belongs to the Intel Core "micro architecture, family, and includes all the basic core" features.

Some of them are:

The architecture features

MMX technology
SSE
SSE2
SSE3
supplemental SSE3
Execute Disable bit (for virus and malware protection)
EM64T technology (64 bit processing)

Power saving features:

basic C1/AutoHalt, C1/MWAIT, C2 and C3 modes
Stop Grant mode
Standby
Deep sleep mode
FSB low power enhancements

These processors have the same savings as the primary features on the basis of microprocessors such as the extended extended HALT Stop Grant mode with enhanced SpeedStep technology.

Electrical / Thermal features:

V core (V) 0.95 to 1.3
Min / Max operating temperature (° C) 000-100
Min / Max power dissipation (W) 7.7 (Deep Sleep mode) / 56.25 W
Thermal Design Power (W) 35 W

So, the bottom line is these processes are of great value for money. When you do not need much power, but you need that extra bit for you.Besides as I said at the beginning of these processors are specifically designed to cut costs. You know there is an unwritten code in the business world to reduce maintenance costs, but profit margins. So, it's just that that is cutting costs (around $ 30) by sacrificing a little product (less cache) but maintain sales and, of course, profit.