Posts tagged information data

Intel CPU

Bottle necks slow down performance. This occurs if the processor, or {1|one} of its core, is unable to fetch {information|data} or {directions|instructions} {quick|fast} {sufficient|enough}. The memory of the {pc|computer} {program|system} is {especially|particularly} {essential|important} due to {quantity|amount} of {information|data} which is passed {via|through} it as the {program|system} receives {directions|instructions} from the applications. Theoretically speaking, consequently the {quicker|faster} a processor receives {information|data} from memory, the {much better|better} the performance.

Intel CPU

Traditionally, processors are associated with the memory of a {pc|computer} via an external bi-directional front-side bus (FSB). This bus served as {becoming|being} the central connection point between the processors, the chipset containing the memory controller hub, and all of those other buses just like PCI, AGP, etc.

Intel CPU

Intel engineers {understand|realize} that having {much better|better} processors {indicates|means} that the architecture {should|must} also be upgraded to make {certain|sure} that {information|data} flows {much more|more} rapidly between all of the {various|different} components, and {therefore|thus} the Quickpath Interconnect was {produced|created}.

Intel CPU

The most notable component of the Quickpath architecture is that the memory controller has {turn out to be|become} integrated into {every|each} microprocessor. {Every|Each} processor carries a dedicated memory controller. In the event that a processor has to access {information|data} from the dedicated memory of {an additional|another} core, it can {accomplish|achieve} this by having a high speed broadband connection. This enables the cores to have {information|data} from memory controllers directly, and connection with other components of the {program|system} is also {significantly|greatly} enhanced. The {technologies|technology} is named Quickpath Interconnect {simply because|because} that is what {precisely|exactly} it {provides|offers}: high-speed connection between all of the components.

Intel CPU

{Simply because|Because} of this, the Core i7 processors could only be {utilized|used} on motherboards that support Quickpath Interconnect. The Intel DX58SO is {1|one} such example.

Intel CPU

The Intel DX58SO motherboard (codename “Smackover”) contains the Intel X58 Express chipset with ICH10R south bridge chip. The ICH {provides|offers} support for all the other devices just like video and audio. All buses and components operate on a 133.33 MHz base clock. Put {merely|simply}, a multiplier is given to the base clock to {acquire|obtain} a speed value. There are four multipliers on the motherboard that affects the overall {program|system} speed. These are the CPU speed, the memory speed, the Quickpath Interconnect (QPI) speed, and the uncore speed. The {initial|first} {3|three} are focused on overclocking. Uncore speed is the multiplier {that is|that’s} placed on devices that {will not|won’t} draw power on the processor. Together, these four multipliers manage the overall {program|system} performance.

Intel CPU

Intel DX58SOBesides support for your Core i7 processors (it supports all {3|three} editions), the DX58SO also {provides|offers} other {functions|features}, {such as|including} integrated Intel audio, improved graphics performance, and the PCI Express 2. interface that delivers as {a lot|much} as 16GB/s bandwidth per port.

As all {information|data} and applications are stored on the systems disk drive, {it is|it’s} most {essential|important} the {reality|fact} that {program|system} will be able to draw {information|data} from your drives rapidly. This is {frequently|often} achieved {via|through} six SATA ports with transfer speeds of up to 3GB/s. For external storage devices, eSATA can be obtained to aid {accomplish|achieve} the {precise|exact} performance.

With the DX58SO motherboard, Intel {really|actually} emphasizes {program|system} stability {substantially|significantly}. As an example, the motherboard {functions|features} a {distinctive|unique} fault tolerant BIOS that virtually eliminates downtime due to a corrupted BIOS.

The new {functions|features} {definitely|certainly} promise {extremely|highly} enhanced performance. {Nevertheless|However}, how can the Core i7 perform under stringent hardware tests?