ultrabook 2012, bigger screen and cheaper price

Intel predicts that 50 percent of the amount ultrabook which launched in 2012 is more of a large, namely 14 and 15 inches. This contrasts with some ultrabook screen size that has been circulating, which is 13.3 inches. Continue Reading »
Ultrabook in 2012, Bigger Screen and Cheaper Price

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Intel’s newest quad-core: D900C Phantom-X
this 17-inch awesome notebook features Intel’s newest line of quad-core processors the Q6600 and the Q6700,Named the D900C Phantom-X, dual NVIDIA 7950GTX GPUs running in SLI,up to 750GB of internal HDD space,In it’s Full Extra state this Notebook can cost up to 9.000$, a Blu-ray optical drive, up to 4GB of DDR2 RAM, and a variety of ports including USB 2.0, FireWire, DVI, S-Video, a multicard reader, optical and analog audio in / out, and a gigabit Ethernet jack for good measure along with integrated Bluetooth 2.0, 802.11a/b/g, stereo speakers, a built-in microphone, 1.3 Mpixel webcam, an optional TV tuner and many many more.

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This week, a lot of internet maniac try to find out about “quad core processor“, maybe this is one of the most processor that needed by the technology user..talking about quad core processor,actually, what is quad core??

The Core 2 brand refers to a range of Intel’s consumer 64-bit x86-64 single-, dual-, and quad-core CPUs based on the Intel Core microarchitecture. The single- and dual-core models are single-die, whereas the quad-core models comprise of two dies, each containing two cores, packaged in a multi-chip module.The introduction of Core 2 relegated the Pentium brand to the mid-range market, and reunified laptop and desktop CPU lines, which previously had been divided into the Pentium 4, Pentium D, and Pentium M brands.

The Core microarchitecture returned to lower clock rate and improved processors’ usage of both available clock cycles and power compared with preceding NetBurst of the Pentium 4/D-branded CPUs. Core microarchitecture provides more efficient decoding stages, execution units, caches, and buses, reducing the power consumption of Core 2-branded CPUs, while increasing their processing capacity. Intel’s CPUs have varied very wildly in power consumption according to clock rate, architecture and semiconductor process, shown in the CPU power dissipation tables.

The Core 2 brand was introduced on July 27, 2006, comprising the Solo (single-core), Duo (dual-core), Quad (quad-core), and in 2007, the Extreme (dual- or quad-core CPUs for enthusiasts) version.Intel Core 2 processors with vPro technology (designed for businesses) include the dual-core and quad-core branches.(wikipedia)

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If you are looking for power in your mobility the the Durabook D15RP is a prime choice. Even though it’s packaging looks like you are receiving sneakers from Nike or KSwiss power, performance and security is included in the Durabook’s rugged design. Durabooks mean durable as in “Tonka Tuff,” but this isn’t just any toy. The D15RP comes designed with a magnesium case for top and bottom protection from drops, pings and dents and offers protection to the vital system components inside because the anti-shock mounting design that protects the LCD and Hard Drive from damage and data loss. What more could you ask for? How about spill resistance? That’s right! When I say the Durabook is “Tonka Tuff,” I’m not playing.

The Durabook D15RP features include: a 15.4” wide screen WXGA LCD with graphic resolution up to 1280X800on-screen graphics driven by the Intel Graphics Media Accelerator GMA X3100 which supports up to 384MB of shared memory. The D15RP is also powered by the latest Intel Centrino Duo mobile technology maximum performance and power management.

If you are looking for something that is durable and powerful then the Durabook D15RP is your laptop. It is perfect for the on the go rough and tumble traveler who wants a laptop that can keep up.

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Transfert rapide des données d’un périphérique à un autre est l’exigence d’aujourd’hui de l’environnement technique. Maintien de cette nécessité à l’esprit, Intel a mis en I / O accélération de la technologie qui assure le transfert rapide des données.

Pour assurer l’amélioration du taux de transfert de données tenir responsables de grandes dépenses sur fonds d’atteindre la vitesse requise. Mais sur le réseau, transfert de données n’a pas encore d’autres pour lutter contre les goulets d’étranglement avec. Intel I / O accélération de technologie assure le renforcement du taux de déplacement de données sur le réseau et la réception de la pleine production de ce qui est nécessaire à partir du serveur investissements.

I / O accélération technologie peut être justement considérée comme la technologie qui accélère le transfert des données sur le réseau. I / O accélération le long de la technologie avec la technologie rapide de données qui est disponible dans le dernier Quad Core et Dual-Core Xeon processeur serveurs basés sur l’adresse goulets d’étranglement de réseau pour des débits de données rapides.

Contrairement aux approches antérieures qui ont été plus ou moins le point de solutions pour résoudre l’absence d’amélioration des performances, I / O accélération technologie est développée en approche plus large. Il s’agit d’une approche basée sur la plate-forme qui traite spécifiquement le manque de vitesse Après avoir investi fortement sur le réseau et les serveurs.

La technologie est très appréciée par les responsables de l’attribution de ses meilleures performances, capacité à faire face le réseau I / O goulets d’étranglement, d’évolutivité, de flexibilité et de fiabilité. La technologie réduit le nombre de CPU frais généraux et, par conséquent, libère le CPU pour plus de tâches critiques. En bref, cette technologie peut être qualifié comme une solution globale pour les problèmes plus compliqués.

Pour comprendre comment cette technologie permet d’atteindre des débits de données plus rapide sur le réseau, il faut comprendre le mécanisme de base de la façon dont les données sont transférées sur le réseau. Pour le transfert des données sur le réseau de base du protocole TCP / IP suite est appliqué. En tant d’années, lorsque la quantité de données a atteint des hauteurs massif, le mécanisme de base derrière le protocole reste le même. En conséquence, les frais généraux CPU augmente et le nombre disponible de réduire les cycles CPU pour les applications, dégradant ainsi les performances et après l’expérience de l’utilisateur afin d’investir lourdement sur les appareils.

Pour faire face à l’I / O goulets d’étranglement, Intel I / O accélération technologie fait appel à trois volets:

1. Travaux dans une direction pour réduire les frais généraux du système
2. Rationaliser le processus pour accéder à la mémoire
3. Pour optimiser le processus de protocole TCP / IP calcul

Système de réduction de frais généraux: I / O accélération technologie réduit les frais généraux du système en réduisant le nombre de commutateurs contexte interrompre par le biais de la modération, la modération de la procédure d’accès mémoire, et d’atteindre parallèlement les opérations. Les procédures de circulation des données et la mémoire des procédures d’accès sont modérés par impliquant la pré-fetch mécanisme, Direct Memory Access (DMA) et la création de synchroniser entre le flux de données et des cœurs de processeur.

Rationaliser Memory Access: La méthodologie de base derrière les I / O est la technologie d’accélération de la réduction du nombre des accès mémoire et le nombre d’interruptions du processeur ce qui permet de calculer les processus de manière plus efficace. Comme cette technologie pourrait aussi faire usage de la technologie rapide de données, les données de circulation se produit principalement entre contrôleur de mémoire et la mémoire principale libérant ainsi une grande quantité de bande passante du FSB. Ce CPU permet de chevauchement de données avec d’autres mouvements opération nécessitant des calculs ce qui rend d’E / S plus rapidement.

Optimiser TCP / IP: La technologie d’optimiser le protocole TCP / IP de calcul en réduisant le nombre d’accès faites par CPU tampon de l’application. Il permet à une application d’envoyer l’ensemble d’un bloc de données à la fois de carte d’interface réseau (NIC) au lieu d’envoyer un bloc.

Le ci-dessus a examiné trois approche rend I / O accélération technology Un approche à l’échelle du système permettant ainsi une meilleure performance, fiabilité et efficacité.

À ce dernier peut se résumer que I / O accélération de la technologie est un grand avantage pour les organismes qui ont besoin d’éliminer les goulets d’étranglement du réseau pour accélérer les I / O, tout en gérant l’accroissement de la charge réseau. La technologie est présente nativement avec Microsoft Windows Server 2003.

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Intel Corporation has completed the development stage of manufacturing process of the next chip generation by pressing the size of circuits to 32 nanometer (one per billion meters). Intel, according to the schedule, has been ready to produce the future generations of transistor that a more efficient, more compact and with higher performance in the fourth quarter of 2009.
Intel will provide more technical details about the 32 nm process technology and also carries several other topics in a presentation on ‘International Electron Devices Meeting (IEDM) weeks in San Francisco. With the completion of stage 32 nm process technology and the readiness to produce in this period of time, Intel keep the tempo to introduce new production processes and in accordance with the ambitions and strategy of ‘tick-tock’ from Intel.
Intel will introduce a new processor with microarchitecture with the manufacturing process leading every 12 months, an effort that does not understand in this industry. With 32 nm chip production next year, this marks the achievement of Intel in meeting the target for four consecutive years. Intel’s 32 nm technology heard regarding the technology of high-k + metal gate second-generation, 193nm immersion lithography to create patterns in the layers to path and increase the critical techniques transistor density. This feature improve performance and energy efficiency of Intel processors. Intel’s manufacturing process has the best performance transistor transistor density and the highest 32 nm technology from other existing in this industry.

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Can not be finished, the processor market competition final heats, with two more as a stronghold of the main competition, namely Intel, which has long dominated the market, and AMD recently launched many products that show enough to threaten the work Intel domination.
Without support on the Intel and AMD, and let you know as a consumer, competition is hard for the two companies dominate the market from next season to season does not always make the products from one company to be better than the other company products, and vice versa.
Actually be better if you have a third option, but unfortunately all the best technology from Transmeta still debate the validity of its Property Rights. The process is still only about saving energy, which is considered more important in every performance comparisons from day to day.
As we know now, Intel dominates the processor market, both in terms of price, performance, and of course in terms of the certainty of quality. Of course, this opinion arises regardless of the AMD.

During this AMD has been slow in dealing with ‘inflexibility’ in the development of technology, the unfortunately of date launch may have resulted in death AMD steps in the face of competitors, and any results that AMD has made a $ 5 billion in debt to ATI at the beginning of this year.
AMD 690G chipset is one of the famous successful example , and if Intel has taught us everything, all the way raze chipset dominance in the PC market. AMD is not asleep in the wheel rotation processor technology. May be many late, but not dead. Currently, AMD has a processor that respite called ‘K10′, and a processor improvement from the ‘Barcelona’. Not many people know about the performance of AMD’s desktop processors will come (K10 * RKO Chic * ™ X2 and x4) at this time, but we must find out quickly whether the ‘Agena’ and ‘Kuma’ This will make Intel losers.
When AMD products that many successful lately, so many friends who will follow the tracks, while ensuring that the success of the Intel Core 2 Duo processors will be the perfect design for a future chipsets. As they say, “This is the name of the chipset.”

Processors Intel Core 2 Duo processor, which is very efficient, with the value of TDP (Thermal Design Power) is only about half of the series Pentium 4 / D, and the real test shows that the use of a computer system that incorporates the Intel Core 2 Duo indeed save many energy.
That is all good, this is will raise the Intel not caused by the speed difference some point, but because the Core 2 Duo is faster and prices are very competitive. Perhaps the value of a processor is not often we see this. To remember is that although the Extreme Edition from Intel is still valued very high, but still is considered to be very opportune for the CPU desktop innovation. Compare that with AMD processors with relatively the same price, Intel is still on top of it.
So as discussed above, the actual When does the right time for AMD or Intel? Intel still win this round. Essentially maneuvers that Intel still exceed AMD, also a whole generation of dual processors. Performance Core 2 Duo, is very satisfactory, that is why many who give recommendations.
However, before closing this discussion, there is one thing to remember. Throughout our comparison based on the brand in the loyalties and test performance alone, then there will not be many options from the latest technology and best. What’s important now is that if you use your computer now has been able to meet all your computing needs, then you will not have to choose between the troublesome AMD and Intel.

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