Important Thing To Test PCI Express Video Card

PCI Express Video Card for everyone! Try for you 5 cards with mid-range price between 70 and 159 euros.

It 'important to have a video card capable of fully satisfying their needs.

VIDEO CARDS FOR WORK OR PLAY
- Economic-end video cards (under $ 50) are installed in the small office PC but I am not able to support multimedia applications and modern games.
- The mid-range graphics cards are able to tackle problems without requiring the applications' graphics processing more complex in Windows Vista even if they lose a few shots.
- Who uses the computer primarily to play, should be oriented towards the high end cards: they provided a better use and powerful graphics processors support several games based on Direct X 10 on Windows Vista.

SPEED 'THE VIDEO CARD ON THE GRAPHIC PROCESSOR
There are many manufacturers of graphics cards, but under the sink in most cases we find graphics processors from ATI (Radeon) or nVidia (GeForce). The speed of a video card is determined primarily by the graphics chip used, also decisive for the classification of a card in the mid-range or high.

THE CONNECTION OF GRAPHICS CARD
The latest models of computers have motherboards with PCI-Express slot (PCI-E), but older models accommodate the AGP slot (Accelerated Graphics Port).
The PCI-Express is the fastest known as PCI-E x16, transfers data four times faster than AGP.
If you need to upgrade the video card and you have an AGP slot should perhaps think about upgrading the motherboard so you can install a PCI-Express.

The SIZE OF PCI EXPRESS VIDEO CARD
The powerful graphics cards are also bulky and require large heat sinks, which inevitably reduces the available space in houses. Very often their thick cover even a second open slot

PCI SLOT 

PCI EXPRESS CARD

PCI EXPRESS 2.0

PCI Express Card SSD

Innovating PCI Express Card of SSD is not very easy. The fact is that all producers can take flash memory company, the controller of another and merge them into a 2.5-inch case. But OCZ is able to offer innovative products that offer some reason for choosing this brand. The RevoDrive X2 is an example, the corporate sector and mainly addressed to professionals.
OCZ RevoDrive X2: For those who want a super-fast SSD

OCZ has shown a few months ago a new design intended to overcome the limitations of SATA 6 Gb / s using PCI Express link. In theory it is a necessary tool, because soon the SSD controllers in particular, will have a bandwidth that saturate the bandwidth offered by the interface.

And so the SATA 6 Gb / s may become obsolete even before they spread widely across all systems. It is a rather unlikely scenario, considering the role of hard drives is their long-term stay in the consumer sector. But for those who use an SSD is a matter entirely relevant.

As this is a theoretical scenario, OCZ is able to demonstrate that the SATA 6 Gb / s can actually prove unsuitable for modern storage products. To do this he used four controllers SandForce generation, uniting in a single PCB and enclosing a 3.5 "drive bay, then connect everything to a line very similar to a PCI Express Card. OCZ More specifically chose the connection HSDL (High Speed ​​Data Link), which combines a connection to a SAS PCIe. The result was a fast read and write well beyond the 600 MB / s SATA connections offered by the third generation, because in theory you can get to 2 GB (not an error, I'm just gigabytes, not gigabits) per second. More than enough to show that current communications interfaces are not adequate.

The PCI Express Card  used for the demonstration is the OCZ 240 GB IBIS. It can be bought for about 700 euros, but it is not easy to find. It is still a very expensive choice, certainly not attractive to the average consumer. On the other hand OCZ appeals with these products, to an audience of "average" really has little or nothing because the company makes explicit reference to enterprise environments, which can exploit the huge I / O performance offered by these SSDs.

PCI SLOT

PCI EXPRESS SLOT

PCI EXPRESS SLOT PICTURE

PCI Express 2.0 The Next Killer generation of PCIe

pci express 2.0

PCI Express 2.0 is the evolution of the PCI Express standard for connecting peripherals to the motherboard officially presented 16 January 2007 and arrived on the market in mid-2007 thanks to the support offered by the Bearlake chipsets Intel version called "X38".

In September 2006, Rambus, already famous for the introduction of RDRAM memory, had in fact already announced the availability of the first devices designed to control the next generation of PCI Express.

It has 4 kind of  slot : slot x1, x4, 8x and 16x like its predecessor, but the frequency is 250 MHz versus 100 MHz From the standpoint of both mechanical and electrical, however, platforms, this products are fully compatible with previous version 1.0, thus creating problems in the case of devices containing updates platforms PCI Express 1.0. There is also the implementation of a technology for access control, as well as allowing the software to directly manage the routing of packets, should prevent intrusion into the communications data in order to steal information

Moreover, thanks to the Input-Output Virtualization (IOV), simplifies IT management by virtual machines, each with its own operating system, devices connected through PCI Express 2.0 They have also been tested cables to it that will not only connect through slots "traditional" but also by a special copper wiring, with transfer rates per line of up to 10 meters, 2.5 Gbps.

PCI EXPRESS SLOT PICTURE 

PCI EXPRESS SLOT 

PCI SLOT

PCI EXPRESS SLOT PICTURE | PCIe x1-x16

These pci express slot picture are pci express x1, x4, x8, x16 as seen below :

But in this article i will discus about pci express x16. Pci express in used by the chipsets that support PCI Express, especially  the Intel 925 and 915. PCI Express has a 4GB / s up to 8GB / s bandwidth, another name of pci express x16 is PCIe x16. this pci type is a development of the AGP8X slot which we usually encounter on a mainboard that uses the Pentium 4 processor

The PCI Express* x16 graphics interface, offered by the Intel® 925X, 915G and 915P Express chipsets, provides a solution for demanding usage models. The PCI Express x16 graphics interface delivers increased bandwidth and scalability over previous generation AGP8X-based solutions. With up to 4 GB/s of peak bandwidth per direction, and up to 8 GB/s concurrent bandwidth, a platform configured with a PCI Express x16 graphics card can tackle the most demanding multimedia tasks. (The last paragraph is taken from intel.com)

PCI SLOT 
PCI EXPRESS SLOT

Pci Express Slot evolution of the PCI expansion bus

PCI Express Slot is the evolution of the PCI expansion bus, first introduced with the Pentium, which has replaced the old interface for graphics cards, the AGP.

It is based on a serial data transfer, unlike the parallel PCI, which simplifies the layout of the motherboard PCB and consists of a series of channels. This allows a considerable modularity, as more channels can be aggregated to increase the bandwidth available or to support specific configurations such as the use of two or more video cards. In addition, the bandwidth of each channel is independent from that of others.

PCI Express 1.0

PCI Express was designed to support the growing energy needs of the latest generation of video cards. Unlike the AGP slot, capable of delivering a maximum of 50 watts, the current revision of PCI-Ex supports loads up to 75W, making it possible to remove the connector from Molex mid-range cards to medium-low, although it remained for the rest.

These doors produced by Intel and that debuted in 2004, have a bandwidth of 250 MB / s and a transfer ratio of 2.5 GT / s. (Giga Transfers per second)

PCI Express 2.0

PCI Express 2.0 is the evolution of the PCI Express standard for connecting peripherals to the motherboard officially presented 16 January 2007 and arrived on the market in mid-2007 thanks to the support offered by the Bearlake chipsets Intel version called "X38".

PCI Express 3.0

In mid 2007 it was announced that the standard would gradually replace the version 2.0 of the PCI Express Slot since 2011. On 18 November 2010, the PCI Special Interest Group has released the final specifications [1]. These specifications provide backward compatibility, a new encoding scheme 128b/130b, and a bandwidth of the bus, which reaches 8 GT / s, double the PCI Express Slot 2.0 Predecessor

Also in September 2006, Intel had announced the development of a technology like PCI Express Slot 2.0, also designed as the next to PCI Express Slot. This is where you have Geneseo few details, but should allow Intel to offer a technology similar to AMD's Torrenza, to "open" their use of co-processor bus developed by other companies.

At the moment, however, is not yet clear whether the two technologies may integrate or coexist in competition, although the first hypothesis is the most plausible given that Intel is also part of the consortium that developed the PCI Express Slot 2.0

PCI SLOT

PCI EXPRESS SLOT 

How To Install PCI SLOT

On this motherboard PCI slots are highlighted where they will be embedded sound cards, internal modems, TV cards, network etc..
This type of bus is designed to meet allla narrowness of the bandwidth that allowed the old ISA slots, it comes with bandwidth ranging from 32 to 64-bit operating frequency that can be 33 MHz (about 132MB/sec max) or 66MHz .
Let's say that in principle on a motherboard of the last generation on average there are 4 PCI slots and one AGP which we will discuss later.
These slots are very important, since they give the opportunity to mount any PCI card compatible with any motherboard equipped with this bus, and this is what underlies the concept of compatibilità.Come said slots are mounted on these cards as compatible for example that we see in this picture.

In case this is a sound card as you can see from Jack in blue, red and green, and goes through the connector stuck in the slot above. The above operation is very simple, because if you have already placed the motherboard into the case you will need to remove the strip of metal that is opposite the slot you have chosen, place the connector on the slot and press until it is penetrated in full. To see the way you just keep in mind that the doors have to go outside of the case and that the connector has a cut on the right side and that perfectly mirrors the shape of the PCI slot.


PCI SLOT 

PHENOM II X4

INTEL PENTIUM P6100

PHENOM II X4 and Dragon platform

We tested the Phenom 940 and Phenom X4 II 920 II X4 AMD, characterized by the new 45-nanometer production process and architectural innovations. Great price, performance and fuel economy improved to normal, make it a very interesting proposal.

Phenom II and Dragon platform

It's been a long time since AMD has launched a convincing offensive against Intel. The transition to 45 nanometers has taken much longer than expected, but along with a new CPU, AMD today also presents a new technology.

Improvements are already visible by counting the number of transistors. The Phenom II consists of approximately 758 million transistors, 308 million more than the first revision. As with the first Phenom, the second version is compatible with all Socket AM2 motherboards. This allows the Phenom II offered as an alternative upgrade.

The company's flagship product, the Phenom X4 II 940, running at 3 GHz Phenom faster, the X4 9950 Black Edition, is set to operate at 2.6 GHz by default, with a narrow margin for overclocking. The Phenom II does not know this limit: even with a 3 GHz clock pulse, can reach speeds much higher.

AMD has introduced its first 45 nm processor already a few weeks ago, the Opteron models for server applications, products that occupy a much larger market share than the desktop. Meanwhile, the yield to 45 nm is grown to allow AMD to present the desktop models. With the new design of the core (codenamed "Deneb"), AMD has not only played a maneuver of die-shrink, but has also achieved dramatic improvements in energy consumption.

Since the first generation of Phenom (along with the Spider platform), even graphics cards have made strides. The new platform, which will replace Spider, will be based on a Phenom II paired with a Radeon HD 4800, and will be called Dragon.

The first series Phenom quickly reach their limits of performance due to high energy consumption. From 65 to 45 nm, the energy consumption decreases very individual transistors. To bring the Phenom 2.5 GHz to 2.6 GHz, AMD was also forced to raise the TDP, from 125 to 140 watts. This was enough to prevent the use of faster Phenom AM2 motherboard with many, precisely because of the energy requirement. The 45 nm technology, allows Phenom II to be better, and in many areas. This is the baseline: in terms of speed, power consumption and overcloccabilità, AMD has taken a big step forward compared to the first-generation Phenom.

BEST CPU PROCESSOR
 
BEST INTEL PROCESSOR

WHAT IS THE BEST PROCESSOR

INTEL PENTIUM p6100 FUJITSU

The new Fujitsu is presented as essential and ideal partner for every type of use. It P6100 Pentium, so named because of the processor, an Intel low-end that does not support nor turboboost for Automatic overclocking, nor Hyperthreading. In fact, the rate stood at 2.0 Ghz and does not rise further, while the number of threads manageable at the same time is 2. The cache is distributed on three different levels: we have, in fact, for the first 128 KB, 512 KB per second and 3 MB for the third level.
This CPU also includes an integrated graphics card, Intel HM55, no dedicated memory but can handle up to 1,695 MB of shared RAM. It also supports both DirectX 10 content to be displayed in high definition (HD). Together, CPU and GPU consumes 35 watts.

The installed RAM type DDR3,  2 GB, could be increased up to 8 GB, using both slots.

Serial ATA 250 GB capacity and rotation speed of 5400 rpm.

As for the monitor, this PC has a 15.6-inch diagonal, 16:9 aspect ratio, is now very common for laptops to desktops from the list,   eliminating the annoying bars horizontal black. The display is LED backlit to ensure less energy and has a maximum resolution of 1366 x 768 pixels.  Work area is therefore quite wide, but may not be sufficient for those used to open multiple windows and work simultaneously.

There is a reader optical drive, a Super Multi Double Layer capable of reading and burning CDs and DVDs at a speed of 6x.

For the passage of contents, you can enjoy the 3 USB 2.0 ports or the card reader 4 in 1, which allows you to read: MS, MS Pro, SD, SDHC. However, if you prefer not to use or cards or cables or other accessories, there is Bluetooth, which allow you to download files quickly and safely.

With Wi-Fi certified (802.11n) we can connect to the Internet anywhere there is available a free network, and, thanks to the integrated 1.3 megapixel webcam and microphone (It built in), you can easily keep in touch with friends , family and colleagues via free video.

The 6-cell battery, lithium ion, and has a duration of no less than 6 hours, a figure very much in favor for a 15 inch!

The operating system is installed and we have the right to choose whether to use one payment or free of charge, saving further.  Only flaw in this case, is not ready to have a computer? Use, but this is balanced by the ability to configure it as we please.

INTEL PENTIUM CPU  P6100

INTEL PENTIUM CPU P6100 | 2GHz clock

The Intel Pentium CPU P6100 is a low-end laptop. It has a 2 GHz clock and doesn't support TurboBoost for automatic overclocking. In addition, AES and the instructions are disabled hyperthreading. The CPU supports Enhanced Speedstep, but there may be other energy-saving features disabled (as is the case for the series Penryn - Intel Pentium).

Compared to the Celeron P4600, P6100 offers a slightly better performance due to the faster system bus and the increase of Level 3 cache. However, there is the VT-x on the P6100.

The P6100 is based on Arrandale CPUs and therefore contains an integrated memory controller and a graphics card Intel Graphics HD (both made ​​in 45nm, 32nm CPU in). The graphics card also known as GMA in HD 500MHz CPU has a clock and is able to overclock up to 766MHz with the Turbo Boost (GPU only).

CPU performance are relatively low, due to limited clock rate and the absence of Turbo Boost and Hyperthreading. However, the performance should be slightly better than GHz Core 2 Duo clocked at similar, due to the integrated memory controller.


INTEL PENTIUM CPU P6100

Dual Core Laptop CPU comparison

Laptop CPU comparison, We passed is under the x-rays Intel Core 2 Duo and AMD Turion 64 X2, and tried a few models with our test suite.

The Turion 64 X2 Meets Intel Core 2 Duo Mobile
The balance of forces in the desktop processor market is clear: the Intel Core 2 Duo in the head (Intel Core 2 Duo, a gold medal in all specialties), while the family of AMD Athlon 64 X2 follows in the rear (L ' AMD Athlon 64 X2 6000 + can compete with Core 2 Duo?). But the situation is the same for the Laptop market?

Intel maintains a strict classification for its processors. Previous generations of CPUs with a single core were called "Pentium" for the desktop and "Pentium M" for the mobile (although they were based on very different architectures). All modern dual-core mobile and desktop computers are called "Core Duo" (Yonah) or "Core 2 Duo" (Merom).

Laptop CPU comparison  In contrast, AMD has introduced a different brand for its mobile processors: the Turion 64. While with a single core Turion CPUs have been available for a couple of years, the dual-core version, the Turion 64 X2 (Turion 64 X2, AMD's Dual Core Laptop) (Taylor or Trinidad), and was presented in late spring of 2006, this was shortly before the launch of Core 2 Duo architecture. The adoption of the Turion 64 X2 has been very slow, in favor of the Centrino platform, which integrated the mobile processor, core logic and wireless connectivity solution.

Laptop cpu comparison, unfortunately it has become impossible for the novice to decipher the model number of AMD and Intel (Intel Pentium - decode the names of the CPU). Both companies follow their nomenclature to express the clock speed, functionality and power consumption, all with a single number. Dropping GHz as the sole indicator of performance was definitely a good move, since the speed affects only part of the calculation of the performance of modern CPUs. Unfortunately, the nomenclature of the products requires some knowledge in order to determine exactly, for example, the performance level of a Turion 64 X2 TL56.

Laptop cpu comparison, while many Laptop on the market are based on Pentium M and Turion 64, not to mention all the low-cost processors, the future clearly belongs to the dual-core processors. Two cores not only translate into higher performance, but also increase the responsiveness of the system - this is the main reason why today we do not recommend the purchase of a single-core, especially if you want a Laptop to the future. Although the energy requirements - which must be as low as possible if you want high autonomy - are negligible given that the modern multi-core processors are able to turn some of their shares when they are unused.


CPU COMPARISON 


LAPTOP CPU COMPARISON

CPU COMPARISON

CPU COMPARISON is very interesting , For the first part of Intel Pentium D Core i7 to arrive at the modern, but it starts from AMD Athlon 64 X2 models to get the latest model Phenom X4 II.

In more detail we see whole families cpu comparison analyzed:

Intel

Core i7 9xx: 45-nanometer production technology
Core 2 Quad Q9xxx: 45-nanometer production technology
Core 2 Quad Q8xxx: 45-nanometer production technology
Core 2 Quad Q6xxx: 65-nanometer production technology
Core 2 Duo E8xxx: 45-nanometer production technology
Core 2 Duo E7xxx: 45-nanometer production technology
Core 2 Duo E6xxx: 65-nanometer production technology
Core 2 Duo E4xxx: 65-nanometer production technology
Pentium E6xxx: 45-nanometer production technology
Pentium E5xxx: 45-nanometer production technology
Pentium Extreme Edition 90-nanometer production technology
Pentium D: 65-nanometer production technology

Amd

Phenom X4 II: 45-nanometer production technology
Phenom X3 II: 45-nanometer production technology
Phenom X2: 45 nanometer production technology
Phenom X4 65-nanometer production technology
Phenom X3: 65-nanometer production technology
Athlon X2: 45 nanometer production technology
Athlon 64 X2: 90 nanometer production technology

Test platforms cpu comparison

i7:
Motherboard-Gigabyte EX-58UD4P (Intel X58);
Corsair DDR3 ram modules-3-1333 from 2 Gbytes each, timings 9-9-9-24;

C2D/C2Q/Pentium:
Motherboard Gigabyte GA-X48T-DQ6-(Intel X48 Express);
Ram G. Skill DDR3 modules-2-1333 from 2 Gbytes each, timings 9-9-9-24;

AMD:
Motherboard Asus M3A78-T-(AMD 790GX);
Ram-2 GSkill DDR2-1066 modules from 2 Gbytes each, timings 5-5-5-15;

and the rest is common to all platforms:
Video Card-Point of View GeForce GTX 285 (675 MHz GPU clock, clock 1,537 MHz stream processors, video memory clock 2,550 MHz);
HDD Maxtor DiamondMax 23 500-Gbytes, SATA
Enermax Infinity 720-watt power supply.
OS-Windows Vista Ultimate 64bit Service Pack 1;
NVIDIA Forceware 185.85 Drivers nVidia-.

Cpu Comparison Conclusions

In this cpu comparison the technological evolution in the processor market exchanged in the last 5 years has led to a radical evolution of CPUs at an architectural level, by following some well-defined trends:

abandonment of a maximum clock frequency responsible for the increase of CPU performance: he had reached the limits in terms of maximum frequency reached, exceeded only reaching levels of consumption are no longer acceptable;
finding the best possible balance between speed performance and a predefined maximum level of consumption of the processor at full load, synthesized by the producers themselves said the level of TDP for a specific cpu;


CPU COMPARISON

Nehalem Xeon Processors servers and workstations

After the official presentation of the first three Bloomfield processors based on the new Nehalem microarchitecture, Intel plans to launch Xeon workstations and servers dedicated to the sector during the first quarter of 2009.

The Xeon processor, known by the codename Gainestown, motherboards will be proposed for single and double sockets.

Like the version for desktop systems, including Xeon CPUs are compatible with the LGA 1366, all but the Xeon X5502, consist of four core monolithic.

The various models differ in the type of DDR3 memory supported (800, 1066 or 1333 MHz), the amount of L3 cache and the bandwidth of the link QPI (QuickPath Interconnect).

Processors that integrate a controller for three-channel DDR3-800 is absent implemementazione Hyper-Threading technology (HT) and Turbo Mode (TM).

The Xeon 3500 (single socket) and 5500 (two sockets) of course will require new chipsets and new cooling systems.


NEHALEM

BEST CPU PROCESSOR

CPU PROCESSOR
 

INTEL NEHALEM

Nehalem is a code name used by Intel several times, starting in 2001, to indicate a number of projects dedicated to the development of new microprocessors.

Over the years there followed numerous rumors regarding products identified by the code name Nehalem, often far from complete and thus conflicting with each other, all this was due to the fact that whenever news emerged about a "phantom" processor Nehalem, these are always related to a product still distant in time and on which the information was still very poor.

Further complicating the picture of the hypotheses is added the fact that the project underwent several revisions over time Nehalem, until discharged and then to reuse the name for a project completely revised, and much more important.

The first news about the development of Nehalem leaked in 2001, and referred to a 32-bit was supposed to arrive in 2004 to gradually replace the NetBurst of the Pentium 4 at the base, probably going to happen to the Northwood core (ie the second generation of Pentium 4).Subsequently, Intel decided to continue the development after the NetBurst architecture introduced in 2004, the Northwood core third generation, known as Prescott and starting the development of the successor, Tejas. Now, new details, postponing the arrival of Nehalem in 2005 and pointed him out as a heir of Tejas processor, which was to be the last NetBurst CPU, but it never arrived on the market as Intel in 2004 decided to cease development because of several problems of operational stability, first of all the required heat dissipation from high clock operation envisaged by this project.

Since Tejas would have to exceed 6 GHz, it was expected that Nehalem far exceeds the frequency using the 65 nm manufacturing process already introduced with the latest developments of Tejas reaching even 10.20 GHz with a bus at least 1200 MHz (but some put the number of entries an innovative even 3 GHz). Most likely, this new incarnation of Nehalem project rested its bases on the project and Tejas is not surprising therefore that after the cancellation of that, Intel has reduced further news about the Nehalem processor, also expected given the timing, many voices wanted even suspended the project.Towards the end of 2004 seemed instead to be back in the roadmap, Intel Nehalem, probably a slight alteration than originally expected: in fact, there was talk of 2006 as the date of arrival of this new processor that now would be a dual core and with EM64T extensions (never previously mentioned for this CPU) to run 64-bit calculations.This was the last news regarding the Nehalem processor, and after that they heard nothing for almost two years, so much so that it is highly likely, though never explicitly stated, that the project had been completely suspended

INTEL PROCESSOR 

INTEL NEHALEM

Cpu Utilization Linux is the important tasks.

Finding the CPU utilization linux is one of the important tasks. Linux comes with various utilities to report CPU utilization. With these commands, you will be able to know - the use of CPU, display the use of each CPU individually (SMP CPU), Learn to use your CPU on average since the last reboot, determine process occupies the processor (s), etc. .

When a Linux system CPU utilization linux is occupied by a process that is not available for the treatment of other applications. Pending requests must wait for CPU is free. This becomes a bottleneck in the system. The following command will help you identify CPU utilization, so that you can troubleshoot CPU utilization linux related performance. Try this link  http://www.cyberciti.biz/tips/how-do-i-find-out-linux-cpu-utilization.html

CPU UTILIZATION

BEST CPU PROCESSOR

CPU PROCESSOR

CPU utilization internal maintenance

On the other hand, when the CPU utilization is high, but trade performance can not keep up, and the CPU is processing transactions inefficiently or is practiced are not directly related to transaction processing. CPU cycles are diverted to internal maintenance activities, such as memory management. You can easily delete the following actions:

• large queries at the right time to beat rush hour

• The independent application programs that could be better done on another computer

You can use the resource cpu utilization of the formula of the previous section to evaluate the response time of a CPU heavy. However, high CPU utilization does not always indicate a performance problem. The CPU performs all calculations necessary to process transactions. The more transaction-related calculations that performs a certain period of time, the greater the throughput of this period. As long as the commercial speed is high and seems to be proportional to CPU usage, high CPU utilization indicates that the computer is to use the maximum benefit.

When CPU utilization is high, a detailed analysis of the activities that the database server performs disclose all sources of inefficiency that can occur due to misconfiguration. For information on the analysis of server activity database

If the response time of transactions is increasing to such an extent that the delay should be acceptable, the processor can be overwhelmed, commercial cargo may be too high for the management of the computer. Slow response time may also indicate that the CPU is processing transactions inefficiently or CPU cycles that have been diverted.


CPU UTILIZATION

CPU PROCESSOR

The Fastest CPU Processor in the World's IBM z196 5.2 GHz

The IBM z196 is currently the fastest cpu processor on the market. It is designed for large mainframe banking systems.
IBM belongs to the fastest cpu processor currently on the market: it is the CPU z196 working at 5.2 GHz and is designed for IBM mainframe-class zEnterprise itself, dedicated to the great banking systems.

The z196 fastest cpu processor, built with 45 nanometer technology Power7 architecture, has 4 cores and contains 1.4 billion transistors and is supported by 24 Mbytes of level three cache memory implemented according to the proprietary IBM eDRAM and 192 Mbytes fourth level cache.


BEST AMD PROCESSOR

BEST CPU PROCESSOR

CPU PROCESSOR

How Do I Choose The Best Computer Processor For Laptop

Choosing the best processor of the laptop requires a little 'research and some attention. laptops often run by batteries, which means that the processors run them need to include power management features. a processor, also known as a microprocessor or central processing unit (CPU), is the chip that runs the computer, handling processing instructions. the best processor of the laptop for you depends largely on the type of work will be done with the laptop.The type of work you will do with the laptop will have a strong impact on the processor choice. those who need to make high-end video rendering or game you want to select a processor of the laptop that is as powerful as possible, with more cores and faster processing speed. laptops in question are older units, because they require more space to cool the processor. if you just want a portable computer capable of performing basic computer functions, run the standard software for office and surf the Internet, you do not need a top-of-the-line processors.

A laptop's processor must run a little 'slower and requires a power less than a desktop processor for several reasons. if the notebook is powered by a battery, a processor of the laptop power-hungry, would drain the battery too quickly. a processor of the laptop that runs fast usually generate much heat. Portable units are thin, and not have the depth of the large cooling components, such as a heat sink and a large fan. if a laptop has had space for a complex cooling system for the processor of the laptop, it would drain the battery even more, making it an inefficient use of battery power.The good news for anyone shopping for a laptop is that laptop manufacturers to take all these potential problems into account when designing a portable computer. processors that work well only in a laptop computer they are installed. a consumer need not worry about problems of heat and energy loss due to the processor.



BEST PROCESSOR


BEST CPU PROCESSOR 

CPU PROCESSOR

CPU: WHAT IS THE BEST PROCESSOR?

To evaluate a processor (CPU) is necessary to approach the actual computing power with the price offered on the market. In this way we can be clear, the same price, what is the best processor.

The site that we mark today is a web application that provides precisely compare the two characteristics (power and price), obtained respectively

The result is a summary table, very clear and eloquent. At this point I would say AMD beats Intel 1 to 0. Ball in the middle! Judge for yourself: 

here the link httpx://paulisageek.com/compare/cpu/

BEST LAPTOP PROCESSOR 

BEST CPU PROCESSOR 

CPU PROCESSOR