Processors with processor socket LGA 775 contact. CPU (processors) prices. Equipment of test stands

Hello everyone let's talk about a 775th socket, I know him well, as it seems to me. At one time I even wanted to assemble the computer on it, but I was stopped by the power consumption of the Q9650 processor, because the computer works I have a clock day. But today is not about this, but about what processors are suitable for 775th sockets. Of course, I will not list everything, because it is long enough and tediously, and it is unlikely that you need it, here is the main thing, it is not only proper processor, but also the right motherboard. There is not so easy, as it may seem at first glance and the so cool thing I myself came to one unpleasant moment, in short, sorry for the expression, I stupidly laugh ...

So it was all, I tell. In short, I decided to assemble the computer on a 775-bit socket, but such a simple, I think I will collect it on hemp, and then I will buy a normal percentage of 4 cores, well, type Q9650. But at that time I did not particularly shaky in a 775-way socket. I'm used to buying iron on the Internet, for and the prices are good and I haven't had such a thing that I bought something, but it did not work. Well, I watch I, selling excellent gigabyte boardsAt the same time, new, there is a penny. The boards are good, 4 slots under DDR1, there is no built-in video, this is not a problem, the same seller took a new vidyuhu, simple, but still an order of magnitude better than building ...

Well, so, the fees really were cheap, I paid about $ 60 for 3 things, it is inexpensive. Came fees, all in bags of such special, in general I checked them, everything is ideal, they are also well working, the fact that I wanted. Well, then I decided to buy a funeral under a 775th socket, I was looking for some kind of one, well, like Extreme EditionBut I did not find this. But another model came across, also very interesting, it is Pentium 4 670, 3.8 GHz clock frequency, stream support. It was the most powerful one nuclear processor In the world, in principle, it remains to this day. For an office computer, I think that such a percent is coming. I am sure that he will calmly pull and windows 10, but this is a completely different story ..

Well, I ordered this Pentium 4,670, he cost me as much as $ 15, and put it in the Gigabyte fee. By the way, I did not write that I took three motherboards because of the good price, because at the same time they were still in excellent condition, almost new, well, I would have taken it to say with a reserve for the future ... In general, I also bought 4 staks DDR1 512 MB, I had a power supply, I was all collected and everything was fine ...

As a result, I had a quick quick computer to watch videos, read something on the Internet, and maybe even playing in old games. All this I bought in the 2013 year. So the guys, I was pleased to a certain moment, until I began to dig about the motherboard ... I no longer remember what was for the model there, well, I do not remember, and I don't remember what was for the chipset, but not, I remembered it was 915p Here! So, it turned out that this chipset supports the maximum only Pentium 4! Even Pentium D does not support, I'm already silent about 4-nuclear processors, although the socket is 775th! That is why these fees stood so cheap ...

The fact is that when a 775th socket came out, then there were no 4-nuclear processors, this was later they appeared, somewhere in 2006. And all that was before that year, these were boards under Pentium 4, under Pentium D Well, all sorts of Celeron models. And then there were 4-naders already appeared, but the socket remained the same, simply in fees under 4-nuclear boards was already a new, more modern chipset .. Here is such a joke guys

Some sellers, well, not quite honest, can take advantage of such a situation and sell you a board on a 775-way socket that supposedly supports all top processors. But you better take her model, I will ideally if you read it directly from the motherboard, well, so that it is for sure, and then check in the Internet, which processors support this motherboard. And then you will have such a joke, like me, but in fact this joke is sad ... True, no one bred me, I myself, well, it would say that it was lying ...

Now about the processors, otherwise I wrote a little bit, but I think you still will be useful! So see what we have at all under 775th sockets? Pentium 4, these are single-core processors, so would say weak processes in a line of 775 of that socket. Then the Pentium D comes, it is a little more powerful, although some models are not much better than Pentium 4. Then there are real two-subsidized processors, which are made in 45 nm technical process, one of best modelsI think it is E8400. There are two nuclei and a good overclocking potential. You can take if you need a good middle pepper on a 775-way society to say so.

The most powerful processor on a 775th socket and the most optimal temperature in terms of the temperature is certainly Q9650: there are 4 kernels of 3 GHz each, it is well chasing, it works on the bus in 1333 MHz, 12 MB cache, 95 watts consumes that not so much. Simply there is still a QX9770 model, it is in contrast to Q9650, it works on a bus in 1600 MHz, which is a little cooler, but in fact it is not particularly noticeable. The frequency is slightly higher, but at the same time the heat dissipation (TDP) is equal already 136 watts, which is already multipat.

There is still such a thing that you can put a server percentage from a 771 of that socket in 775th. Yes, this is not a myth, it is real, but what is needed? Here you need to first deal with the modifications of the bios, can you independently put the necessary BIOS and does your own-modified bios support? In general, there are subtleties, but in principle put the server percents can be calm. The chip here as I understand only in the price, these server models are bigger and they are a little cheaper, or much cheaper, it depends on who to buy.

I advise you to take or Q9650 or E8400. The second is about two times weaker, there are two cores, but it consumes only 65 watts. It is better to take certainly Q9650, because if you dispersed it, then in many modern games you can still play, well, for example, GTA 5 can be played in the tight.

Also in the Internet there is an opinion that the Q9450 model is better for overclocking. The share of truth is really there, for the frequency is less and is 2.6 GHz, but the cache is still 12 megs. By the way, in the Q9500 cache model, it is two times less, that is, only 6 MB, consider it ..

If there is not much money, but I want 4 kernels on a 775th socket, you can take Q6600, this is also a good percent, you can dispersed. It cache is 8 megs, the frequency of 2.4 GHz, operates on a bus in 1066 MHz, kentsfield kernel. This is the first four-fold percent of Intel (if not mistaken), TDP is 105 watts, which is a little more than the Q9650 model ...

I also forgot to say that the Q9650 models, Q9500 and the same, they are made on the Yorkfield core, this is the last kernel and, accordingly, the best. But the server analogues of Xeon by the way are made on the Harpertown kernel, but they say that they are equal in performance.

On this, all the guys, I hope that here you have learned a little useful info for yourself, sorry if something is wrong. Good luck to you and that you all have good

15.11.2016

Although motherboards and processors for Spent 775 have been released for a decade ago, in 2004, they are still relevant to solve a certain circle of tasks. The best processors of that time can work at quite high frequencies, up to 3.5 GHz, and they are now very cheap, since the technology on which they manufactured has long been outdated.

In this article we will look at best processors At 775 socket, which you can use to update your old computer or server. All models are located in random order and they are all suitable for this socket.

Intel has released quite a lot of processors for socket 775. Multiple Linek Celeron, Core, Pentium and Xeon. Not all of them will fall into our article. We will try to select only the best LGA775 processors that may interest you and be useful.

1. Intel Core 2 Extreme QX9770

This is one of the most top Intel processors of that time. He first studied the fastest data bus with a frequency of 1600 MHz, earlier in its processors the company used a tire with a frequency of 1333 MHz. However, due to the frequency of the tire, this processor will maximize its capabilities not on all motherboards with a socket 775. For its work, you need a chipset x48 or another with a 1600 MHz tire support. Even this processor has almost the highest clock frequency of all listed, it is only inferior to Intel Core 2 DUO E8600, but has high heat dissipation.

Number of Cores: 4;
Cache L2: 12 MB;
Clock frequency: 3.2 GHz;
Tire frequency: 1600 MHz;
TechProcess: 45 nm;
Heat release: 130 watts.

2. Intel Core 2 Extreme X6800

Nice enough intel processor An older generation than Intel Core 2 Extreme QX9770. It operates at a lower frequency - 2.93 GHz and the speed of its tire is only 1066 MHz. Also here are only two cores, not four. And more old technical process.

Number of Cores: 2;
Cache L2: 4 MB;
Clock frequency: 2.93 GHz;
Tire frequency: 1066 MHz;
TechProcess: 65 nm;
Heat release: 75 watts.

3. Intel Core 2 Quad Q9650

This processor has an almost the same clock frequency, as well as the previous one, but is made on a more modern technical process, has more L2 cache and a higher tire frequency. It reduces heat dissipation, as well as optimized executive nodes.

Number of Cores: 4;
Cache L2: 12 MB;
Clock frequency: 3 GHz;
Tire frequency: 1333 MHz;
TechProcess: 45 nm;
Heat release:95 watts.

4. Intel Core 2 Quad Q9550

This is a processor from the same line, which is the previous one and differs from it only a lower clock frequency. On the this moment The performance of this processor may not be enough, but at one time he was one of the best. In benchmarks previous processor Shows itself a little better due to increased frequency.

Number of Cores: 4;
Cache L2: 12 MB;
Clock frequency: 2.83 GHz;
Tire frequency: 1333 MHz;
TechProcess: 45 nm;
Heat release:95 watts.

5. Intel Core 2 Duo Extreme QX9775

This is one of the most powerful processors of its time using this socket. It was released in 2007 and has a clock frequency of 3.2 GHz and four computing kernels. Compared to the previous generation of processors, in this product, the volume of L2 cache is increased to 12 megabytes, added support for the SSE4 instruction set, which give a significant acceleration for multimedia applications. These improvements require more Transistors, in the previous generation of processors manufactured by technical process 65 nm there were 582 million transistors, and this is already 820 million.

Number of Cores: 4;
Cache L2: 12 MB;
Clock frequency: 3.2 GHz;
Tire frequency: 1600 MHz;
TechProcess: 45 nm;
Heat release:150 watts.

6. Intel Core 2 DUO E8600

This is the most powerful processor for a 775 socket. He came out in 2008 and has the highest frequency among all processors for personal computer On this socket. It is also the faster processor of the previous generation - Core 2 Duo E8500 by 167 MHz. The processor is made according to the process of 45 nanometers and has a very low heat dissipation for this frequency - only 65 watts. Of the shortcomings, there are only 6 megabytes of the second-level cache. In fact, this is the best dual-core processor of that time. You can put it in your motherboard if you need an economical processor with low heat generation.

Number of Cores: 2;
Cache L2: 6 MB;
Clock frequency: 3.33 GHz;
Tire frequency: 1333 MHz;
TechProcess: 45 nm;
Heat release:65 watts.

7. Intel Core 2 DUO E8500

Before the release of Core 2 Duo E8600, this processor was the fastest dual-core processor from Intel. Unlike the older model here, the frequency is slightly lower, and all other parameters are the same. The processor is also made according to the process of 45 nm, and has 6 megabytes of the second level cache.

Number of Cores: 2;
Cache L2: 6 MB;
Clock frequency: 3.16 GHz;
Tire frequency: 1333 MHz;
TechProcess: 45 nm;
Heat release:65 watts.

8. Intel Core 2 Duo E8400

Another model with the same rule of processors as the previous one. Here the clock frequency is below 160 MHz, and all other parameters remained the same. This also supports tire operation at 1333 MHz and MMX, SSE, SSE2, SSE3, SSSE3, SSE4.1, EM64T instruction sets. The critical temperature of this processor is 72.4 degrees, which is an average value for processors of that time.

Number of Cores: 2;
Cache L2: 6 MB;
Clock frequency: 3 GHz;
Tire frequency: 1333 MHz;
TechProcess: 45 nm;
Heat release:65 watts.

9. Intel Celeron D 365

One of the oldest and powerful processors. Despite the very high frequency for that time and low heat dissipation, this processor is far from the performance of Core 2 Duo E8600. It is made according to the old technological process and uses a 533 MHz bus, and does not support the SSE4 instruction set, which cannot but affect its performance. This model is great for games.

Number of Cores: 2;
Cache L2: 512 KB;
Clock frequency: 3.6 GHz;
Tire frequency: 533 MHz;
TechProcess: 65 nm;
Heat release:65 watts.

10. INTEL PENTIUM EXTREME EDITION 965

Many users are confident that the LGA775 and platform processors on their basis have long already lost their relevance and are not able to demonstrate the high potential around both in working with resource-intensive applications and with dynamic games demanding to resources.

In this article, the reader is given the opportunity to make sure that the LGA775 platform is still able to fight AMD competitors and more new chips from the manufacturer Intel. Socket characteristics, test results and customer reviews will allow the reader to see what manufacturers of processors trying to promote new products in the global market.

Budget representatives of the platform

All products on the market, including the Intel LGA775 processor, have segmentation by price categories. The well-known manufacturer did not change its traditions and submitted to the world a mining Celeron crystals operating on low frequencies (1600-2000 MHz) and built on the basis of 1-2 physical nuclei. A feature of processor data is a small amount of cache and a reduced bus frequency.

Along with low performance indicators, crystals have an affordable cost and are not exposed to strong heating. Such a decision can cope with any office applicationsAnd also give the full functionality to the owner when working with multimedia. Count on something more not worth it, however, in the presence of powerful components (memory, hDD and the video card) The processor is able to support the performance of resource-intensive games on low quality settings.

Another generation

4, created for the platform are successors of the famous Intel line. Crystal data performance is achieved by increasing the clock frequencies compared to the processors of previous generations. Naturally, you should not forget about modern technologies using virtual nuclei that have become available in this chip. Also these crystals are considered to be full replacement All products of the previous generation (based on Pentium III) at the ratio of "price - quality".

Along with an affordable price, these devices are interesting and low power consumption. Such a solution will find application both in office conditions and in domestic use. Pentium 4 crystals are perfectly coping with uncomplicated tasksassociated with mathematical calculations, and are able to support the performance of many non-consumer games.

Leader Sales

But the LGA775 processors with marking D is considered to be the most successful modification in the world. After all, not every crystal is able to hold a decade in the market, remaining in demand among many users in the secondary market. This modification manufacturer has introduced both in low-cost Celeron processors and in modern devices Pentium. Crystals are distinguished in price and performance.

Studying test results in the media, the user will certainly notice one strange feature - all family processors are demanding of energy resources. This is the main disadvantage of these crystals. 130 watts scattered power - this is a serious blow to the user budget, which should incur additional purchase costs powerful block Nutrition and a decent cooling system.

Games with nuclei

It was necessary to see users (processors for it are marked in a new way) with the Dual Core and Core 2 Duo marking, but not everyone is understandable, what is the difference between them. In fact, two physical cores can be found only at the modification of Core 2 Duo. But Dual Core is an artificial product created by Intel advertisers, thus denoted by Hyper Threading technology using virtual nuclei.

In no case cannot be confused by these two labeling to potential buyers who wish to purchase a powerful processor for games and complex tasks. The fact is that with Core 2 Duo crystals, the user has every chance to enjoy the plot in your favorite toy, but with a Dual Core single-core processor when working in resource-intensive applications, problems may arise.

Above, faster, stronger

Show all the power of the Socket LGA775 platform in the affordable price class can crystals with four core 2 quad cores. Many users underestimate these processors, giving preference to AMD products and modern processors Pentium G or Core i3 based on Socket 1155. There can no longer be the speech on office use of this platform - these crystals are created for the resource games.

Yes, everything has a limit, and even the productive platform LGA775. 4 kernels on one crystal have serious problems with modern technologies. Thus, the processor does not support the work of a large amount of RAM, limiting 8 gigabytes for the 64-bit platform, as well as there are problems with the exchange of data between the video adapter and solid-state drive. However, in the ratio of "price - quality", it will not be able to surpass the products of competitors for several years.

Non-standard products

What is the power limit for the LGA775 platform? for workstation It belongs to the Family of Extreme Chips, which can not only work at high frequencies, but also support the transfer of large data volumes over the memory bus of 1600 MHz. True, it will take appropriate support on the motherboard for such a monster.

Core 2 Extreme QX9775 and QX9770 processors are able to compete in productivity to many representatives of the Intel Core i5 and I7 family. This demonstration ends at specialized applications and resource-intensive programs where complex mathematical calculations are required. But in the Games Extreme Processors LGA775 in Bunda rAM, Winchester and video card are not able to cope with the tasks assigned to them.

For game lovers, there is an additional technique for transforming Xeon server crystals to the device under Socket 775. Judging by user reviews, this processors are often compared with EXTREME products, but in practice, the potential at Xeon is 10-15% in practice.

Finally

As can be seen from the review, the LGA775 processors are still able to surprise their owners who wished to go to a new platform. As evidenced by feedback, it is only enough to change the processor to a more powerful chip to increase the system performance. True, first will have to worry about compatibility, because not all motherboards support the most powerful crystals on a socket 775.

Many users have the erroneous view that the processors of the LGA775 model line are among the morally obsolete and assemble a decent system unit, which will be fulfilled on the shoulder, it is impossible.

However, in practice technical characteristics These crystals are enough for both complex mathematical calculations and in order to enjoy a comfortable gameplay. In addition, the CPU of the LGA775 series is capable of competing not only with their eternal AMD competitor, but also with representatives of older generations of Intel processors.

Budget category representatives

Intels in the market, the Intel processors with the LGA775 socket are represented by several modifications, each of which has its own hardware characteristics and is able to provide a certain level of performance. Among the models there are cheap options that are represented by Celeron crystals with a frequency of work in the area of \u200b\u200b1.6-2 GHz, as well as dual-core crystals. However, all these devices unites low-frequency system tire And a small amount of cache.

Low technical characteristics are very successfully compensated by low cost and low heating. CPU budget models with LGA775 socket will be excellent option For homework I. office computersThe main purpose of which is to work with the multimedia and the execution of basic tasks. However, if B. system block Implemented large amount of RAM memory and powerful discrete graphic systemThe processor will be on the teeth even dynamic games with minimal settings for graphic effects.

More modern models

A more modern and productive Pentium 4 came to replace the Celeron crystals, which were also created on the LGA775 socket. In the new crystals, the operating frequency was significantly increased, so they coped better with the performance of more complex tasks. In addition, in the new generation were implemented and more modern technologieswhich significantly expanded the capabilities of Intel crystals. One of these innovation was the virtual nuclei. Thus, Pentium 4 fully crowded from the market of its predecessor and steel optimal decisionuniting low cost and excellent performance.

Among the main advantages of new generation processors are low power consumption, which makes them the ideal solution for many categories of users who want to purchase good processor at the lowest price. On the basis of these processors you can collect and gaming computers budget category.

Leader Sales

One of the most successful CPU models of the model line LGA775, which over the years have headed the leading position in the world sales ranking and collected many forest feedbacks not only from the part of every ordinary people, but also from professionals, are models in which the letter D is present in marking. It should be noted that these crystals include as budget modelsSo representatives of powerful Pentium processors.
Processors with labeling D combine high performance and affordable price. However, it was not without drawbacks, the main among which is high energy consumption, which, in turn, requires the presence of a powerful power supply and good cooling in the system.

A little bit about nuclear

Among the representatives of the CPU LGA775 line were various modifications that differed in their technical specifications. In the process of choosing a new crystal, two labeling was made in the process of choosing a new crystal - Dual Core and Core 2 Duo, since most of the beginners of the users did not have the slightest idea of \u200b\u200bwhat the main differences between them. Both modifications refer to the number of dual-core processors, however, if the second option had physical nuclei, then in the first version only Hyper Threading technology was implemented, the principle of operation was based on the creation of virtual nuclei.

Therefore, it is necessary to perform their clear distinction, since Core 2 Duo can be used as a game processor, and Dual Core is suitable only for office tasks.

The more powerful, the better

In order not to test the shortcomings in the power, when buying processors with the LGA775 socket, you should pay attention to models Core 2 quad possessing four physical cores. Most of the users underestimate the capabilities of these modifications and prefer devices from the AMD manufacturer or the Intel processors of an older generation, created on a socket 1155. This is a completely reasonable explanation, because modern technologies are not implemented in the LGA775 series crystals, which requires most of the modern computer games, the maximum amount of RAM memory with which the CPU can work is only 8 GB, and there are certain problems when exchanging data between discrete graphics and SSD drive, however, in accessibility to these processors, not only there are no equal, but they will not even appear For a few more years.

Representatives of the top modification

The most powerful intel processor operating on a 775 socket is an extreme modification that is able to quickly process large data arrays and operate at high frequencies. However, it is necessary to note that it requires an appropriate to use EXTREME processors. system boardwhich will fully realize the full potential of these crystals.

One of the most striking representatives of the EXTREME series are QX9775 and QX9770 crystals, whose technical characteristics are enough for equal to compete with the third and fifth generation of Intel Core processors. However, this concerns solely fulfillment of complex operations and work with resource-intensive programs, but they are incapable of realizing a comfortable gameplay for many reasons.

Hello. I propose an overview of how in a fairly old motherboard with an LGA775 socket, you can put the server 4-core Intel Xeon LGA771.
In the review tried to describe everything in detail and photograph. As a result of this upgrade, the Cinebench processor performance estimate increased by 7 times !!!
So owners of old motherboard with LGA775, you here :)
To buy me to buy me.
So, first, it is necessary to read the appropriate forum branch. Not all motherboards support such processors. In the process of upgrades it will be necessary to "flash" Bios maternal Boards modified firmware, as well as make a small refinement of the socket of the processor itself. The fact is that the LGA771 processors are not put in the LGA775 sockets. They do not coincide the keys (plastic protrusions in a socket and cutouts in the processor), and 2 legs are intentionally confused. In the first case, you must carefully remove these plastic protrusions on the socket, then the main thing is not to confuse and insert the processor correctly. In the second case, it is necessary to use a special adapter, which is thin pCBstressed on the bottom of the processor. These adapters produce and sell our Chinese friends. They often sell processors with already glued adapters.
In the process of studying this topic, I came across this table:
This table indicates processors that have been tested with appropriate motherboards. The fact is that some xeon processors Very high heat dissipation (up to 150 W), and not every motherboard will be able to painlessly for the voltage converters installed on it, to save such processors.
Here is a list of Intel Xeon processors with basic characteristics and power outcomes:

Intel® Xeon® Processor X5270 X2 (6m Cache, 3.50 GHz, 1333 MHz FSB) Launched Q3 "08 80 W
Intel® Xeon® Processor L5430 x4 (12m Cache, 2.66 GHz, 1333 MHz FSB) End of Life Q3 "08 50 W
Intel® Xeon® Processor X5470 x4 (12m Cache, 3.33 GHz, 1333 MHz FSB) End of Life Q3 "08 120 W
Intel® Xeon® Processor X5492 (12m Cache, 3.40 GHz, 1600 MHz FSB) End of Life Q3 "08 150 W
Intel® Xeon® Processor L5240 (6m Cache, 3.00 GHz, 1333 MHz FSB) Launched Q2 "08 40 W
Intel® Xeon® Processor L5408 x4 (12m Cache, 2.13 GHz, 1066 MHz FSB) Launched Q1 "08 40 W
Intel® Xeon® Processor E5240 X2 (6m Cache, 3.00 GHz, 1333 MHz FSB) Launched Q1 "08 65 W
Intel® Xeon® Processor E5220 x2 (6m Cache, 2.33 GHz, 1333 MHz FSB) Launched Q1 "08 65 W
Intel® Xeon® Processor L5410 x4 (12m Cache, 2.33 GHz, 1333 MHz FSB) Launched Q1 "08 50 W
Intel® Xeon® Processor L5420 x4 (12m Cache, 2.50 GHz, 1333 MHz FSB) End of Life Q1 "08 50 W
Intel® Xeon® Processor E5405 X4 (12m Cache, 2.00 GHz, 1333 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5410 x4 (12m Cache, 2.33 GHz, 1333 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5430 x4 (12m Cache, 2.66 GHz, 1333 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5440 x4 (12m Cache, 2.83 GHz, 1333 MHz FSB) Launched Q1 "08 80 W
Intel® Xeon® Processor E5450 x4 (12m Cache, 3.00 GHz, 1333 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5462 X4 (12m Cache, 2.80 GHz, 1600 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5472 X4 (12m Cache, 3.00 GHz, 1600 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor X5460 X4 (12m Cache, 3.16 GHz, 1333 MHz FSB) End of Life Q4 "07 120 W
Intel® Xeon® Processor X5482 x4 (12m Cache, 3.20 GHz, 1600 MHz FSB) End of Life Q4 "07 150 W
Intel® Xeon® Processor E5205 x2 (6m Cache, 1.86 GHz, 1066 MHz FSB) End of Life Q4 "07 65 W
Intel® Xeon® Processor X5260 x2 (6m Cache, 3.33 GHz, 1333 MHz FSB) Launched Q4 "07 80 W
Intel® Xeon® Processor X5272 x2 (6m Cache, 3.40 GHz, 1600 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor E5420 x4 (12m Cache, 2.50 GHz, 1333 MHz FSB) End of Life Q4 "07 80 W
Intel® Xeon® Processor X5450 X4 (12M Cache, 3.00 GHz, 1333 MHz FSB) End of Life Q4 "07 120 W
Intel® Xeon® Processor X5472 X4 (12m Cache, 3.00 GHz, 1600 MHz FSB) End of Life Q4 "07 120 W
Intel® Xeon® Processor LV 5128x2 (4m Cache, 1.86 GHz, 1066 MHz FSB) Launched Q2 "06 40 W
Intel® Xeon® Processor LV 5138x2 (4m Cache, 2.13 GHz, 1066 MHz FSB) Launched Q2 "06 35 W
Intel® Xeon® Processor 5140 (4m Cache, 2.33 GHz, 1333 MHz FSB) Launched Q2 "06 65 W
Intel® Xeon® Processor LV 5148 (4m Cache, 2.33 GHz, 1333 MHz FSB) Launched Q2 "06 40 W
Intel® Xeon® Processor 5110 (4m Cache, 1.60 GHz, 1066 MHz FSB) End of Life 65 W
Intel® Xeon® Processor 5120 (4m Cache, 1.86 GHz, 1066 MHz FSB) End of Life 65 W
Intel® Xeon® Processor 5150 (4m Cache, 2.66 GHz, 1333 MHz FSB) End of Life 65 W
Intel® Xeon® Processor 5160 (4m Cache, 3.00 GHz, 1333 MHz FSB) End of Life 80 W
Intel® Xeon® Processor LV 5133 (4m Cache, 2.20 GHz, 800 MHz FSB) Launched 40 W
Intel® Xeon® Processor L5238 (6m Cache, 2.66 GHz, 1333 MHz FSB) Launched Q1 "08 35 W
Intel® Xeon® Processor L5248 (6m Cache, 3.00 GHz, 1333 MHZ FSB) Launched 55 W

In stock I have a motherboard ASUS P5K-E:

Installed in her processor Intel Pentium. 4 3GHz 1 core with 2 threads (technology). This is what the standard Evaluation of Win7 and Cinebench shows:

Taking into account the first table, I ordered a far from the topical processor, and the one that was tested with my motherboard, namely Intel® Xeon® Processor E5440.
The parcel came in the form of a fairly large box:

Inside a bunch of "Pupirki":

Inside "Pupirki" an antistatic package with a processor:

Inside the package processor and adapter:

Compare the received processor with existing:

The adapter was already pasted, the seller also put the spare. Adapter close-up:

We proceed to the "finishing" of the socket. You need to gently cut the scalpel the protrusions indicated by the arrows and install the correct processor:

We collect and turn on:

As expected, the BIOS motherboard processor did not recognize. However, in the relevant section BIOS, all information about the processor is correct:

The temperature of the processor is also read incorrectly:

Well, it is necessary to sew a modified firmware. For this we go for maternal platas ASUS. Links to other boards (Gigabyte and MSI) are indicated in the appropriate forum branch at the beginning of the review.
Swing the firmware as well as the utility aFUDOS. To update the BIOS M motherboard ASUS. Other motherboards are stitched by other utilities. DOS is also needed, for which format the USB flash drive boot files DOS, for example, as described. Rewatch the firmware file and the AFUDOS utility on it. We load from the flash drive and with command line Run the BIOS firmware:

Yes, it is necessary to warn that if the firmware is chosen incorrect, or "curve", for example, downloaded with errors, then you can get "brick". You can get the same "brick" and if the firmware is disappeared during the firmware, there is a consulting computer through the UPS. In general, K. bIOS firmware It is necessary to approach very responsibly.
So, everything was allocated successfully, turn on and check:

Yes, really, everything is fine.
Go to tests:

According to Win7, performance has grown from 3.4 to 7.3, more than 2 times, but then the scale is most likely non-linear. According to Cinebench, the performance of the processor is as much as 7 times more. And I remind you, this is not the topical processor. But even he