Can A Person Have More Than One Personality

only 5% of the population declares itself Catholic facebook

a fact recently caught my attention. More than 300 million users of online social networks more widespread in our globalized world; only 5% declare themselves Catholic, that is made public as part of the profile characteristics of the category "religion" by choosing the "Christian Catholic."

This curiosity came to discover in the Old Hall of the Vatican Synod - important ancient hall meetings - which were presented and discussed the latest developments in digital communication based on the internet during the meeting bringing together members and officials of the Media Council of European Bishops' Conference (CCEE).

was the same "head of busness Development, Facebook Intenational" , or rather the head of the synergies and international agreements, Christian Hernández Gallardo - which until last October, Google works for -, which gave the data to the assembly while trying to explain how the aggregation sites and social interaction have abandoned the physical space to virtual reality privilege, especially in the net gneración or digital natives (the adolscentes today.)

back to 5% of Catholics virtual facebook, can make some considerations especially when such information is shown under the dome of St. Peter in an attempt to reconcile the Church (understood as the Mystical Body of Christ and not just as ecclesiastical hierarchy) and its relation to the new technologies.

While data is indicative only, it does not take into account people that being Catholic does not give importance to identify their religion on a social networking site, you can identify this small fraction of users as a universe youth integrated as part of its "virtual personality" religious space, we could say that this is a mass of Internet users which would be willing to share their religious experience in the world of social networking through new languages \u200b\u200band new forms of communication. INTER DIÁOLOGO

Another aspect to consider when making a descriptive analysis of the users of social networking sites be, are the potential areas of interreligious dialogue can open or at least stimulate in these networks, ie how many "Christian friends" become "friends of the Muslim faith or Hebrew" for instance, and what is the largest interaction and exchange between them. I always tend clear the trivialization of the concept of "friendship" in the virtual world. It is clear to everyone that friendship on online social networks is only a matter of numbers, with the ease and shallow to hold a computer-mediated communication, but that - at least ideally - should be directed to interpersonal communication. Warmth

CATHOLIC?
in facebook or other social networking site a single individual becomes an activist with a click, or discarded friendships with one mouse-click. Had a look of Christian experience ended with a personal opinion, because even notice a lukewarm Catholic social networks. Several initiatives

Catholic Christian resemble a virtual space where the profiles or small groups of good will launch a real message without a feedback loop so that the interaction is very minimal. The usefulness of these social networks can be measured objectively in number visits, duration of contacts, messages cantindad return ... is still in an apparently superficial but is intended to deepen in interpersonal relationships where the profile or "avatar" start to make a face and personality that reflects the person we are interacting with the other side of the computer.

share our faith or religious experience in the virtual world is possible. Internet social networks may be a good exercise to do, but take into account that in these networks the equation: more posts = more interaction "does not necessarily mean that we are communicating well. Don Ariel

How Many Hours Of Star Trek?

WINDOWS 7

MICROSOFT WINDOWS 7

(Blackcomb - VIENNA )

WINDOWS HARDWARE REQUIREMENTS

SEVEN FOR ARCHITECTURE 32 BITS:

MICROPROCESSOR - 1 GHz - MINIMUM

RAM - 1 GHZ - ""

OR GRAPHIC VIDEO CARD

128 MB RAM minimum TO SUPPORT DIRECT X 9

AND SUPPORT WDDM 1.0 WINDOWS AERO

Hard Drive - 16 GB of free space

OPTICAL UNIT - DVD-R/RW

WINDOWS HARDWARE REQUIREMENTS FOR ARCHITECTURE SEVEN
64 BITS:

MICROPROCESSOR - 1 GHz - MINIMUM

RAM - 2 GHZ - ""

OR GRAPHIC VIDEO CARD 128
MB RAM minimum WITH DIRECT SUPPORT X 9
WDDM AND SUPPORT FOR WINDOWS 1 .0 AERO

Hard Drive - 20 GB OF FREE SPACE

OPTICAL UNIT - DVD-R/RW

WINDOWS 7 FEATURES

MODEL OF DEVELOPMENT - SOFTWARE
OWNER RELEASE - RTM 22 JULY 2009
GENERAL RELEASE - 22 OCTOBER 2009
Latest stable - 6.1 FROM 22 OCTOBER 2009
NT 6.1 SYSTEM CORE CORE TYPE HYBRID

SUPPORTED PLATFORMS - IA-32 / X86 -64
THROUGH WINDOWS UPDATE UPDATE UPDATE CORPORATE
WSUS - SCCM
LICENSES - MICROSOFT EULA -
EULA language platforms -
MULTILINGUAL TECHNICAL SUPPORT TO 13 JANUARY 2015

THE DIFFERENCE IS BASED ON WINDOWS VISTA Windows 7, ADDS AN INCREMENTAL UPDATE NT 6.0 CORE, WHICH IS INTENDED TO MAINTAIN A CERTAIN LEVEL OF SUPPORT APPLICATIONS AND HARDWARE IN WHICH IT WAS COMPATIBLE WINDOWS VISTA. DEVELOPMENT GOALS FOR WINDOWS 7 WERE THE BETTER YOUR INTERFACE TO MAKE MORE USER FRIENDLY AND INCLUDE NEW FEATURES THAT WORK WOULD MAKE A QUICK AND EASY WAY, AT THE SAME TIME to be undertaken efforts to achieve a lighter system, STABLE AND FAST. MISCELLANEOUS
TALKS BY THE COMPANY IN 2008 will focus on demonstrating multi-touch capabilities, a redesigned interface along with a new BAR OF TASKS AND A DOMESTIC NETWORK SYSTEM GROUP CALLED HOME FURTHER IMPROVEMENT OF PERFORMANCE. Windows 7 includes numerous
UPDATES, INCLUDING BUT PROGRESS IS IN RECOGNITION OF VOICE, tactile and writing, support for virtual disks, BEST PERFORMANCE IN MULTI-CORE PROCESSORS, BEST START AND IMPROVEMENTS TO THE CORE.

IMPROVEMENTS AND NEW WINDOWS 7



WARP TECHNOLOGY IS WINDOWS 7 WILL ENABLE YOU RUN ANY COMPUTER AND TRANSPARENCY OF AERO MEET CERTAIN REQUIREMENTS Direct3D. THE ONLY REQUIREMENT IS ENTERED PROCESSOR WITH MORE THAN 800 MHZ. WINDOWS EXPLORER

LIBRARIES:

the "libraries" are virtual folders TO ADD THE CONTENT OF VARIOUS BINDERS AND ONE SHOWN. ADDITIONAL FOLDERS FOR EXAMPLE IN THE LIBRARY "VIDEOS" DEFAULT IS "PERSONAL VIDEO" (FORMERLY "MY VIDEO") AND "VIDEOS PUBLIC" IF YOU CAN ADD MORE HAND. USED \u200b\u200bTO CLASSIFY THE DIFFERENT TYPES OF FILES (RECORDS, MUSIC, VIDEO, PHOTOS).

WINDOWS SIDEBAR OR BETTER KNOWN AS WINDOWS SIDEBAR AND NOW HE HAS BEEN PLACED THE GADGETS MAY FREELY ANYWHERE IN THE DESK.

TASKBAR

ROD MAKING IT WORK was redesigned WIDE AND BUTTONS OF WINDOWS AND BRING NO TEXT, BUT ONLY THE Application icon. THESE CHANGES ARE MADE TO IMPROVE PERFORMANCE IN TOUCH SYSTEMS. ICONS ARE INTEGRATED WITH THE QUICK START, AND NOW THE SHOW IS OPEN WINDOWS IN THIS UNIQUE ICON GROUPED WITH AN EDGE TO INDICATE THAT ARE OPEN. UNOPENED DIRECT ACCESS DOES NOT HAVE AN EDGE. AERO

PEEK:

INCLUDING THE PREVIEWS FROM WINDOWS VISTA TO HAVE IMPROVED becoming more interactive and useful. POSA WHEN THE MOUSE ON AN APPLICATION SHOWS OPEN THIS WINDOW PREVIEW SHOW WHERE THE NAME, THE PREVIEW AND CLOSE OPTION ALSO IF YOU PUT THE MOUSE ON THE PREVIEW, LOOKING TO GET FULL SCREEN AND REMOVE IT back to the previous. ALSO JOINED THE SAME PROPERTY ON WINDOWS FLIP.

PEEK SEE VIDEO AERO





AERO SHAKE:

THIS UTILITY TASK EASIER TO CLEAN THE DESK. This functionality can minimize all open windows ONLY SHAKE WITH A WINDOW FROM THE TITLE BAR.

SEE VIDEO OF AERO SHAKE



SNAP

AERO IS NECESSARY IF YOU HAVE INCOME FROM A MONITOR WIDESCREEN. A WINDOW TO MOVE INTO ONE OF THE SIDES, FOR EXAMPLE, THIS IS TO MAKE AN ACCOMMODATION AND SPEND HALF OF THE SCREEN. SNAP VIDEO AERO






JUMP LIST:

CLICKING RIGHT TO ANY APPLICATION OF A taskbar is "JUMP LIST (LIST OF JUMPS) WHERE CAN DO SIMPLE TASKS ACCORDING TO THE APPLICATION, FOR EXAMPLE, OPEN OFFICE RECENT DOCUMENTS, OPEN TABS RECENT INTERNET EXPLORER, SELECT PLAYLISTS IN THE MEDIA PLAYER, CHANGE THE STATE IN WINDOWS LIVE MESSENGER, ETC.

SHOW BAR DESK:

THIS BRINGS NEW BAR

a small rectangle on the right corner that replaces the QUICK START ICON LEGACY. THIS NEW "RECTANGLE" LET THE POINTER PUT IT ON, HAVE PUT THE WINDOWS ARE 100% CLEAR, THIS IS TO SEE THE DESK SO FAST, AND OTHER GADGETS SEE THINGS, OR EVEN YOU MAY JUST CLICK AND Minimize all windows. MULTIMEDIA

Windows 7 includes GET WINDOWS MEDIA CENTER AND WINDOWS MEDIA PLAYER 12.

RIBBON INTERFACE EQUIPMENT INTERFACE DEVELOPMENT OF MICROSOFT OFFICE 2007 RIBBON an active part in THE REDESIGN OF SOME PROGRAMS AND FEATURES OF WINDOWS 7, INCLUDING SUCH INTERFACE TOOLS Paint and WordPad.
RIBBON IS A GRAPHICAL USER INTERFACE OF A BAND FORMED (TAPE) AT THE TOP OF A WINDOW TO BE EXPOSED TO ALL THE FUNCTIONS THAT CAN MAKE A PROGRAM IN ONE PLACE. ADDITIONAL TAPES MAY BE BASED ON THE CONTEXT OF DATA. SUPPORT

multitouch screen

POSSIBLE USES OF multitouch screen, DO GO FROM DRAWINGS IN PAINT, OR REDUCE ENLARGE PHOTOS AND A MAP GO ON THE INTERNET, DRAG AND OPEN ITEMS, JUST WITH TOUCH SCREEN.

WINDOWS XP MODE 7 PERMITTED TO JOIN THE NEW VERSION OF WINDOWS VIRTUAL PC, allowing you to run a virtual machine WINDOWS XP IN transparent to the user (the application within the virtualized machines SEEN AS CHOICE IN THE MENU OF WINDOWS 7 AND ITS PERFORMANCE IS DIRECTLY, WITHOUT GOING THROUGH THE START MENU OF MICROSOFT XP). WHILE MICROSOFT ALREADY RELEASED IN MED-V MDOP PACKAGE THAT MEETS THE SAME ROLE IN Hyper-V environment, THIS IS A SOLUTION-ORIENTED USERS AND SMALL BUSINESSES THAT DO NOT REQUIRE CENTRAL MANAGEMENT TOOL. DOWNLOAD THIS FUNCTIONALITY SHOULD BE INDEPENDENTLY IN THE MICROSOFT SITE (BUT ONLY APPLIES TO THE PROFESSIONAL EDITION ULTIMATE WINDOWS AND ENTERPRISE 7). Similarly, the way XP PROCESSORS REQUIRED with virtualization capabilities, UNLIKE THE TRADITIONAL VIRTUAL PC 2007 or Virtual PC 2008.
MICROSOFT HAS DECIDED NOT TO INCLUDE Windows Mail program, Windows Movie Maker and Windows Photo Gallery in Windows 7, making them available WAY OF SHOCK IN THE PACKAGE KNOWN IN NETWORK SERVICES, WINDOWS LIVE ESSENTIALS. THIS HAS DECIDED TO FACILITATE THE UPDATES OF THESE PROGRAMS, LIGHTENING THE OPERATING SYSTEM, LET YOU CHOOSE THE APPLICATIONS THAT WANT TO HAVE IN YOUR TEAM AND AVOID FUTURE CLAIMS FOR MONOPOLY.

RETAIL CONSUMPTION OF BATTERY

ONE OF THE CHARACTERISTICS OF WINDOWS 7 TO DRAW MORE ATTENTION MUST TO SEE LOW BATTERY. TIMER
THE OPERATING SYSTEM WINDOWS 7 WILL from 1ms to 15 MS REDUCING ENERGY CONSUMPTION BY 15%. THE USE OF IMPROVED DVD, GET A HIGHER EFFICIENCY OF RESOURCES.
Windows 7 needs less battery power by reducing consumption processes. THE USB NO POWER WHEN THERE IS NO NEED peripherals. WIFI HAPPEN IF WE USE THE SAME AS WITH USB.

EDITIONS OF MICROSOFT WINDOWS 7: MICROSOFT

TO BE CONFIRMED five editions of Windows 7 build upon each other.

STARTER VERSION

COMPUTER BASICS. AERO DOES NOT INCLUDE THE ITEM AND IS ADDRESSED TO PC'S LOW COST IN DEVELOPING COUNTRIES WITH RESTRICTIONS ON THE OPERATION OF THE WINDOWS AND CUSTOMIZATION OPTIONS.

HOME BASIC:

version with more features, BUT ADDS THE Aero theme without transparency and MEDIA CENTER FUNCTIONS. NO RESTRICTIONS INCLUDE STARTER VERSION. Only available to integrate and OEMs.

HOME PREMIUM:

INCLUDES MEDIA CENTER, FULL AERO THEME AND IMPROVEMENTS IN SUPPORT OF MULTIMEDIA FILE FORMATS. RETAIL FOR RETAIL.

PROFESSIONAL:

EQUIVALENT TO VISTA BUSINESS, BUT NOW ALSO INCLUDE ALL FEATURES OF HOME PREMIUM MAS "PRIVACY" CON "Advanced Backup" JOB DOMAIN managed network, network printing LOCATED BY LOCATION AWARE PRINTING and file encryption. ULTIMATE

:

FULL VERSION OF WINDOWS 7 AND ALSO THE MOST EXPENSIVE (COMMON AMONG USERS) THAT INCLUDES ALL THE FEATURES OF THE PREVIOUS VERSIONS. YOU WILL ALSO BE AVAILABLE IN RETAIL CHANNEL.

ENTERPRISE:

BitLocker DATA PROTECTION IN INTERNAL AND EXTERNAL HARD DRIVES, AppLocker, DIRECT ACCESS, BranchCache, VIRTUALIZATION IN THE DESK OF UP TO 4 BODIES AND OPTION PACK MULTILANGUAGE. ONLY FOR SALE LOW VOLUME YEAR CONTRACT IN COMPANY TEAMS WITH A PROFESSIONAL EDITION PRE-INSTALLED (NOT DA RIGHT TO LICENSE PER SE, AS REQUIRED BY THIS ISSUE preinstalled, BUT YES TO UPGRADE WARRANTY FOR THE DURATION OF THE AGREEMENT AND THE ADDITIONAL FEATURES). ALSO IS THE ONLY RIGHT TO THE SUBSCRIPTION DA Optimization Pack MDOP DESKTOP. ALSO INCLUDES ALL THE TOOLS OF THE ABOVE OPTIONS AND IS THE MOST EXPENSIVE OF ALL.

SOURCE: Wilkipedia - MICROSOFT - WINDOWS7.COM

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www.intermirifica.net : a directory of media

www.intermirifica.net: a directory lic cati on ways ¿½

Shared via AddThis

Loading A Snowmobile On A Truck

Catholic audio clips about Caritas in Veritate

a production of 13 radio capsules to spread Caritas in Veritate
Peace produced by Radio Choluteca - Honduras shared by Karla Patricia Rivas Bobadilla



Find more music like this on Social Network Catholic Communicators of Central America and Mexico

Basketball Traction Spray

www.intermirifica.net: A Catholic directory, to create communication between the media interview

The Ponticifio Council for Social Communications next to CELAM Signis and have launched a new global online directory of Catholic media, called " www.intermirifica.net "

Catholic
The portal has the architecture "wiki" feature of Web 2.0, what is presented as structure to the same users or agents of the Catholic media can fill out or update voluntarily thus realizing collective construction of this global directory.


Intermerifica.net is publicly accessible through Internet and is presented as a form of radio, television producer, in a particular language, country or continent, with contact details for each media. According to information of the Pontifical Council for Social Communications, the global directory of communication works is still visible in the English language and will soon be available in English, French and Portuguese ..


The main purpose of this directory is that the works Catholic media can contact each other by having contact information available, and thus initiate communication processes, synergies, exchanges and joint projects. For this, each media is identified with general contact information, such as phone, web site address and e-mail among others. In addition, any Internet user may indicate or require further information from the media leaving comments on them.


can be part of intermerifica.net or put in the directory data from any media, making it a user-editor. To be a member editor, the person must register your details in Intermerifica.net and expect to be accepted by a user of one of the moderators will accept the creation of a new editor.


The data recorded in the system by an editor, will be published on line after being checked by a moderator, who belongs to a language group and can accept, reject or publish the information. If

to be editor, simply register in the system may be moderating, the national officials of the bishops' communications office, regional managers SIGNIS communication and other Catholic institutions. Also

moderators users are under the administration of administrative users who will be responsible for encouraging the process that the directory is constantly updated. Directory Administrators will be represented by the agencies behind the project.


The Catholic Directory " intermirifica.net " which refers to the first and only document of Vatican II devoted to social communications, born to serve the Catholic media to become "the yellow pages of the the media Church

more information:
MANUAL OF OPERATIONS: http://directoriointermirifica.pbworks.com
.

Codigo De Activacionadvanced Usb Port Monitor

HARDWARE - Intel Core i7

Intel Core i7

Nehalem

PHOTO INTEL CORE i7 PROCESSOR

THE MICROPROCESSOR CORE I7, FIRST OF A NEW FAMILY OF CHIPS BAPTIZED Nehalem, is a component of quad-core quad-core processor EAST, AND THE NEW AND IMPROVED HYPER THREADING USED AND THEIR USE QUICK PATH NEW TECHNOLOGY IS NO DOUBT THE PREDECESSOR'S NEW AND REPLACEMENT AND RELIABLE AND UP TO THAT TIME UNBEATABLE CORE 2 DUO.

PHOTO AND HOUSING CORE i7

ONE OF THE CORE I7 NEWS IS YOU CAN COMPLETELY OFF THREE OF ITS FOUR ENGINES OF CALCULATION AND ALLOW THE OPERATING ROOM A HIGH SPEED, SAVING POWER TO ACCELERATE SOME TIME PROCESSES. BY GLENN HINTON, ONE OF THOSE RESPONSIBLE FOR CORE I7, Nehalem has added a memory controller, AMD Opteron LIKE, AND ALSO THREE CHANNELS OF COMMUNICATION FOR HIGH SPEED. HE BELIEVES THAT THE DATA OBTAINED CHIP MEMORY for more than twice the speed of previous models. EACH ALSO Nehalem processor can simultaneously execute two instructions.

NEW PHOTO OF SOCKET LGA 1366

ABOUT THEIR CURRENT PRICES FOR ITS 3 MODELS ARE:

-965 CORE I7 EXTREME EDITION -> 3.2 GHz, 6.4 GT QPI / S -> 999 U $ S
CORE I7-940 -> 2.93 GHz, 4.8 GT QPI / S -> 562 U $ S
CORE I7-920 -> 2.66 GHz, 4.8 GT QPI / S -> 284 U $ S

PHOTO NOW THE ULTIMATE PADS ROUND OF SOCKET LGA

1366

MENTION THIS OVER TO HAVE TO BUY A NEW MOTHERBOARD FOR THIS NEW MICRO TECHNOLOGY IS CERTAINLY A VERY INTERESTING FOR THOSE they are passionate about performance and speed in the processes



KEY TECHNICAL FEATURES INTEL ® TECHNOLOGY BOOST TURBO TURBO BOOST
INTEL ® PERFORMANCE TECHNOLOGY TO ORDER!
WHAT IS TURBO BOOST?

TURBO VIDEO MODE OF CORE i7

TURBO BOOST INTEL ® TECHNOLOGY IS ONE OF THE MANY EXCITING TECHNOLOGIES HAS BUILT IN INTEL Intel ® microarchitecture ( codenamed Nehalem) NEW GENERATION. AUTOMATICALLY INCREASE THE SPEED OF PROCESSING OF NUCLEI BEYOND THE BASIC OPERATING FREQUENCY IF YOU HAVE REACHED THE LIMITS SPECIFIED POWER, CURRENT AND TEMPERATURE.

INCREASE DYNAMIC PERFORMANCE AS AN INDEPENDENT AND FREE DELIVERY, HYPER-THREADING INTEL ® Technology (Intel ® HT) WITH TURBO BOOST TECHNOLOGY INTEL BOOSTS PERFORMANCE workloads running one or more threads. INTEL TURBO BOOST TECHNOLOGY IS ACTIVE WHEN THE OPERATING SYSTEM (OS) REQUESTING THE STATE OF MAXIMUM PERFORMANCE PROCESSOR (P0). MAXIMUM FREQUENCY
INTEL ® TECHNOLOGY TURBO BOOST UP TO THE AMOUNT OF CORE ASSETS. THE TIME DURING WHICH PROCESSOR IS KEPT IN THE STATE OF INTEL TURBO BOOST TECHNOLOGY REPORTS OF WORKLOAD AND OPERATIONAL ENVIRONMENT, TO OFFER THE PERFORMANCE YOU NEED AT THE TIME AND PLACE THAT YOU NEED.
ANY OF THE FOLLOWING FACTORS MAY DEFINE THE UPPER LIMIT OF TECHNOLOGY TO INTEL TURBO BOOST A given workload:
• number of active cores
• POWER CONSUMPTION ESTIMATED ESTIMATED
• POWER CONSUMPTION TEMPERATURE PROCESSOR
• When the process works
UNDER THESE LIMITATIONS AND USER WORKLOAD DEMANDS MORE PERFORMANCE, RATE OF INCREASE OF FORM PROCESSOR 133 MHZ DYNAMICS IN BRIEF INTERVAL AND SCHEDULED TO REACH THE UPPER LIMIT OR MAXIMUM POSSIBLE CORE ASSETS. HOWEVER, WHEN IT REACHES ONE OF THE LIMITATIONS OR THE OVERCOME, THE PROCESSOR FREQUENCY DECREASE IN AUTOMATICALLY RESET TO 133 MHZ PROCESSOR OPERATING WITHIN THEIR LIMITS OPERATIONAL. INTEL ®


HYPER-THREADING TECHNOLOGY
WHAT IS HYPER THREADING?

business applications, E-COMMERCE AND SOFTWARE FOR GAMES STILL DEMANDING PERFORMANCE PROCESSORS. TO IMPROVE PERFORMANCE IN THE PAST THIS IS CREATED THE DIVIDING PROGRAM THREADS IN THE INSTRUCTIONS ON SEVERAL TRANSFERS TO OTHER PROCESSORS MAY ACT ON THEM. Hyper-Threading Technology (HT Technology) † PROVIDES A LEVEL PARALLEL THREADS ON EACH PROCESSOR, WHICH RESULTS IN A MORE EFFICIENT PROCESSOR RESOURCES, MORE PROCESSING CAPACITY AND IMPROVED PERFORMANCE IN THE SOFTWARE WITH MULTIPLE THREADS TODAY. THE COMBINATION OF INTEL ® and chipset that support HT Technology, an operating system that includes optimizations for HT Technology and BIOS that supports HT TECHNOLOGY THAT IS OFFERED ON SYSTEM FLEXIBILITY AND PERFORMANCE OF INCREASED
8MB Intel

® Smart Cache
CACHE WHAT IS SMART?

INTEL ® ADVANCED SMART CACHE
This technology allows MICROPROCESADORMANTENGA YOUR DATA TO THE HAND INSTEAD OF HAVING TO RETURN TO COLLECT THE ORIGINAL DATA. SMART TECHNOLOGY CACHE THIS INCREASE THE LIKELIHOOD OF Every execution core of a multicore processor can access data from a SUBCACHE SYSTEM MORE EFFICIENT. This reduces latency and improves performance

INTEGRATED MEMORY CONTROLLER (IMC) WITH 3 CHANNELS
DDR3 IMC: Integrated Memory Controller triple channel DDR3

THAN THE PREVIOUS GENERATION OF INTEL PROCESSORS AND TAKING ONE OF THE MORE FEATURES applaud AMD, Nehalem pulled the CHIPSET MEMORY CONTROLLER AND BE INTRODUCED INTO THE CPU, thereby reducing latency and increased BANDA THE WIDTH OF THE DISPOSAL OF THE MEMORY. This new control allows managing up to 3 channels of DDR3 memory (AS USUAL WAS BEFORE USING THIS DRIVER DUAL CHANNEL MEMORY) WITH A MAXIMUM WIDTH OF BANDA 192BITS (A DIFFERENCE OF 128bit we get from the traditional two-channel). IT IS IMPORTANT TO MENTION THAT THE TRIPLE CHANNEL MEMORY IS NOT AVAILABLE IN FUTURE MODELS A LITTLE MORE BASIC Nehalem. BLOOMFIELD NUCLEI (WHOSE THREE MODELS review today) support it, but Lynnfield NI NI Havendale (THAT ARE FOUR AND TWO RESPECTIVELY CORE) support this feature, running only dual channel DDR3. INTEL ®


QuickPath Interconnect (QPI) TO INTEL ® X58 EXPRESS CHIPSET
QuickPath WHAT IS?

THIS NEW TECHNOLOGY TO REPLACE Front Side Bus (FSB) that has accompanied PROCESSORS FROM INTEL TO EVEN BEFORE THE FIRST PENTIUM. OPERA IN A MANNER SIMILAR TO TUNNEL HyperTransport use AMD, AS IT IS A CONNECTION POINT TO POINT. Boasting high speed and low latency provides a maximum bandwidth of 25.6GB / S, MORE THAN TWICE THE CURRENT OFFERS FRONT SIDE BUS. VIDEOS

INTEL CORE i7 PROCESSOR





VIDEO TEAM CORE DESIGN
i 7




REFERENCE: INTEL

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HARDWARE - Intel Core 2 Extreme quad-core

PHOTOS

INTEL CORE 2 EXTREME

CORE FOUR

The Intel ® Core ™ 2 Extreme Quad-Core is the first processor in its class for desktop and offers the most advanced processors. This processor is designed for computer enthusiasts.

Current multimedia applications, such as editing and playback of video / audio and 3D modeling, leverage multi-threaded computing for high performance and demonstrate an extraordinary scalability with quad-core processors. The Intel Core 2 Extreme Quad-Core can perform several tasks same time a significant improvement in terms of system responsiveness when downloading certain tasks to specific cores to the processor release additional resources for other tasks and enable customers to do more in less time.
The Intel ® 975X Express Chipset supports the Intel Core 2 Extreme Quad-Core. This combination of processor and chipset offers an exciting range of options, including dual graphics, and provides an impressive level of performance for demanding users.
processor features Intel ® Core ™ 2 Extreme quad-core

features four processing equipment
core provides four independent cores
in a single package with 8 MB of L2 cache and a system bus to 1,066 MHz Four dedicated physical threads help operating systems and applications deliver additional performance, so end users can enjoy an improved ability to multitasking and multithreading with any type of application and workload.
Intel ® Wide Dynamic Execution Improves
speed and efficiency of execution, delivering more instructions per clock cycle. Each core can complete up to four full instructions simultaneously.
Access Intel ® Smart Memory
optimizes the use of bandwidth of data from the memory subsystem to accelerate order execution. A predictor of new design reduces the time the instructions have to wait to receive the data. The new search algorithm after transferring data from system memory to the fast L2 cache before execution. These functions keep the pipeline filled to improve processing capacity and performance. Intel ® Smart Cache
avanzada1
dynamically allocates the shared L2 cache to each processor core based on workload. The effective implementation of dual-core optimized increases the probability that each core can access data stored in the fast L2 cache, significantly reducing latency to access data that are used frequently and improve performance.
Intel ® Advanced Digital Media Boost Accelerates the execution
Streaming SIMD Extension (SSE) to significantly improve performance when using a wide range of applications including video, audio, imaging and photography, multimedia, encryption, financial, engineering and science. The 128-bit SSE instructions are now issued at a rate of one per clock cycle, multiplying in fact two execution speed compared to processors previous generation.
Intel ® Virtualization Technology (Intel ® VT) 2
With this technology, a single hardware platform to function as multiple "virtual" platforms. Intel VT improves manageability, limiting downtime and maintaining worker productivity by isolating computing activities into separate partitions. Intel ® 643

allows the processor to access larger amounts of memory. With appropriate hardware and 64-bit software, platforms based on an Intel processor supporting Intel 64 may allow the use of extended virtual and physical memory.
ejecución4 Disable Bit
Provides enhanced protection against the virus when implanted with a supporting operating system. Memory can be marked as executable or non executable, the processor sends an error message that the operating system if malicious code attempts to run on non-executable memory. This system prevents infection by this code.
Intel Designed Thermal Solution for Boxed Processors Includes
4-pin connector to control the fan speed to reduce noise when the fan runs more velocidad5. Technology control the fan speed is based on actual CPU temperature and power consumption. †
Warning: If you alter the clock frequency and / or stress, (1) could reduce system stability and useful life of the system and processor, (2) the processor and other system components may be damaged, (3) could reduce system performance, (4) could result in additional damage (5) could be affected the integrity of system data. Intel has not tested and does not warrant the operation of the processor beyond its specifications.
1 For the Intel ® Core ™ 2 Extreme quad-core, shared L2 cache refers to 4 MB of L2 cache per pair of nuclei, which gives resulting in a total of 8 MB of L2 cache.
2 The Intel ® Virtualization Technology requires a computer system with an enabled Intel ® processor, BIOS, virtual machine monitor (VMM) and for some uses, certain platform software developed for this technology. Functionality, performance or other benefits will vary depending on your hardware and software, and may require an updated BIOS. Software applications may not be compatible with all operating systems. Ask your provider for details of applications.
3 The 64-bit computing on Intel architecture requires a computer system with a processor, chipset, BIOS, operating system, device drivers and applications enabled for Intel ® 64 architecture. Processors will not operate, even in 32 bit mode without an architecture-enabled BIOS Intel ® 64. Performance will vary depending on configurations of hardware and software. Check with your system vendor for more information.
4 To activate the functionality of the Execute Disable bit requires a PC with a processor capability and a supporting operating system. Ask your PC manufacturer on whether your system delivers the functionality of Execute Disable Bit.
5 The acoustic benefits of the 4-pin header depend on the proper design of the motherboard. The manufacturer of your motherboard can give you more information on compatibility.
* Other brands and product names may be claimed as property of others.

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Horny Hotmail Addresses

HARDWARE - Quad-Core AMD CHIPS

PHOTOS OF "DUAL CORE"

OF AMD

CHIPS "AMD" CORE FOUR

The Quad-Core AMD Opteron meet today's demanding data centers Bill Laing, general manager of the Windows Server Division at Microsoft.
AMD has finally introduced the AMD Opteron (formerly known as Barcelona), the first microprocessor native x86 quad-core. This is the company's bid to counter the influence of market Intel Xeon servers and development environments. As a novelty, highlight the Direct Connect Architecture, developed by AMD itself, which innovates in key areas such as energy efficiency, increased performance of the processes of virtualization and investment protection via a customer-centric approach that allows a transition fluid from the dual core to quad with the same components and thermal energy to help reduce costs infraestructura.En Currently there are over 50 options available system based on the AMD Quad-core Opteron from major manufacturers and integrators such as Dell, HP, Oracle, Fujitsu, Gateway, Verari and Citrix, among others. Bill Laing, general manager of the Windows Server Division of Microsoft points out, for example, that "multi-core technology 64-bit Direct Connect Architecture and integrated virtualization, AMD Opteron processors provide users of Microsoft Windows an innovative platform. " In his view, if the Windows Server 2008, SQL 2008 and Visual Studio 2008 running on Quad-Core AMD Opteron, will provide "a platform for developing and implementing dynamic expedite appeal customers' IT environments. "AMD Opteron quad-core Direct Connect Architecture excel in virtualized environments, due to the integrated memory controller, which offers a lower memory latency, and Rapid Virtualization Indexing, an innovation over AMD AMD Virtualization technology designed to reduce the overhead associated with virtualization strategy software.La AMD's common core allows customers to scale with one AMD architecture to reduce the complexity of managing the platform and increase uptime and the data center productivity.

AMD PHENOM X 4

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Prom Dressfinder By Size

HARDWARE - MICROPROCESSOR INTEL XEON SOCKET 603/604

XEON MICROPROCESSOR PHOTOS - SOCKET 603 to 604

INTEL CORE

SOCKET 603

SOCKET 604

"AS DESCRIBED EACH XEON MICROPROCESSOR"
AMOUNT PINES - BUS - MULTIPLIER -
VOLTAGE TYPE SOCKET CACHE MEMORY
L1/L2/L3
number of transistors

Xeon-1.4G

MMX SSE SSE2

(Foster) May 21, 2001 - {$ 268} 603
pines1400MHz (100x14) (64-bit Bus quadpumped) 1.7v Socket 603

8KB data (4-way) 12k μoperaciones (8-way) 256KB unified L2 integrated (8-way) * 4GB cacheable
42 millones0.18μm ancho217mm ² area

Xeon-1.5G

MMX SSE SSE2

(Foster) May 21, 2001 - {$ 309} 603
pines1500MHz (100x15) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4-way) 12k μoperaciones (8-way ) integrated unified 256KB L2 (8-way) * 4GB cacheable
42 millones0.18μm ancho217mm ² area

Xeon-1.7G

MMX SSE SSE2 (Foster) May 21, 2001 - {$ 406} 603
pines1700MHz (100x17) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4-way) 12k μoperaciones (8-way) 256KB L2 integrated unified (8-way) * 4GB cacheable
42 millones0.18μm ancho217mm ² area

Xeon-2.0G MMX SSE SSE2

(Foster) September 25, 2001 - {$ 615} 603
pines2000MHz (100x20) ( quadpumped 64-bit bus) 1.7v Socket 603

8KB data (4-way) 12k μoperaciones (8-way) 256KB unified L2 integrated (8-way) * 4GB cacheable
42 millones0.18μm ancho217mm ² area

LV Xeon-1.6G MMX SSE

SSE2 (Prestonia) (Hyperthreading) September 3, 2002 - {$ 355} 604
pines1600MHz (100x16) (64-bit Bus quadpumped) Socket 604 1.3v

8KB data (4 -way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon-1.8G

MMX SSE SSE2

(Prestonia ) (Hyperthreading) February 25, 2002 - {$ 251} 603
pines1800MHz (100x18) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB L2 integrated unified (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon-2.0A MMX SSE

SSE2 (Prestonia) (Hyperthreading) February 25, 2002 - {$ 417} 603
pines2000MHz (100x20) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon LV

-2.0A MMX SSE SSE2

(Prestonia) (Hyperthreading) April, 2003
pines2000MHz 604 (100x20) (64-bit Bus quadpumped) 1.3v Socket 604

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon-2.0B

MMX SSE SSE2 (Prestonia) (Hyperthreading) November 18, 2002 - {$ 198} 604
pines2000MHz (133x15) (64-bit Bus quadpumped) Socket 604 1.5v

8KB data (4-way) 12k μoperaciones (8-way ) integrated unified 512KB L2 (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon-2.2G MMX SSE

SSE2 (Prestonia) (Hyperthreading) February 25, 2002 - {$ 615} 603
pines2200MHz (100x22) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho146mm ² area

Xeon-2.4G

MMX SSE SSE2

(Prestonia) (Hyperthreading) April 23, 2002 - {$ 615} 603
pines2400MHz (100x24 ) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ²

area

Xeon-2.4G

MMX SSE SSE2

(Prestonia) (Hyperthreading) November 18, 2002 - {$ 234} 604
pines2400MHz (133x18) (64-bit Bus quadpumped) 1.5v Socket 604

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-2.6g

MMX SSE SSE2

(Prestonia) (Hyperthreading) September 11, 2002 - {$ 433} 603
pines2600MHz (100x26) (64-bit Bus quadpumped) 1.5v Socket
603
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-2.67G

MMX SSE SSE2

(Prestonia) (Hyperthreading) November 19, 2002 - {$ 337} 604
pines2666MHz (133x20) (64-bit Bus quadpumped) Socket 604 1.5v

8KB data (4-way) 12k μoperaciones ( 8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-2.8G

MMX SSE SSE2

(Prestonia) (Hyperthreading) September 11, 2002 - {$ 562} 603
pines2800MHz (100x28) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-2.8G

MMX SSE SSE2

(Prestonia) (Hyperthreading ) November 18, 2002 - {$ 455} 604
pines2800MHz (133x21) (64-bit Bus quadpumped) Socket 604 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB Integrated unified L2 (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-3.06G

MMX SSE SSE2

(Prestonia) (Hyperthreading) February 3, 2003 - {$ 722} 604
pines3066MHz (133x23) (64-bit Bus quadpumped) Socket 604 1.5v

8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) * 64GB cacheable
55 millones0.13μm ancho131mm ² area

Xeon-3.06G

MMX SSE SSE2

(Gallatin) (Hyperthreading) July 14, 2003 - {$ 690} 604
pines3066MHz (133x23) (64-bit Bus quadpumped) 1.525v
Socket 604
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) 1MB integrated L3 ( 8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon-3.2G

MMX SSE SSE2

(Gallatin) (Hyperthreading) October 6, 2003 - {$ 851}
pines3200MHz 604 (133x24) (64-bit Bus quadpumped) 1.525v
Socket 604
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) 1MB integrated L3 (8-way) * 64GB cacheable
width 169 ~ 230mm ² millones0.13μm
area
Xeon 2.8G

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) July 28, 2004 - {$ 209} 604
pines2800MHz (200x14 ) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 3.0G

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) July 28, 2004 - {$ 316} 604 pines3000MHz
(200x15) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm
ancho112mm ² area

Xeon 3.2G

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) July 28, 2004 - {$ 455} 604
pines3200MHz (200x16) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 3.4g

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) July 28, 2004 - {$ 690} 604
pines3400MHz (200x17) (64-bit Bus quadpumped)
1.4V Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 3.6g

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) July 28, 2004 - {$ 851} 604
pines3600MHz (200x18) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 3.8g

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) [not marketed]
pines3800MHz 604 (200x19) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones (8-way) Integrated 1MB unified L2 (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 4.0g

MMX SSE SSE2 SSE3

(Nocona) (Hyperthreading, EM64T) [NO SALES DATA]
pines4000MHz 604 (200x20) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (8-way) 12k μoperaciones ( 8-way) 1MB L2 unified or integrated (8-way) * 64GB cacheable
125 millones0.09μm ancho112mm ² area

Xeon 2.8G MMX

SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) February 14, 2005
pines2800MHz 604 (200x14) (64-bit Bus quadpumped)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB integrated L2 unified (8-way) * Millones0.09μm 133 64GB cacheable
wide? Mm ² area

LV Xeon 3.0G

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) September 26, 2005 - {$ 519}
604 pines3000MHz (200x15) (Bus 64-bit quadpumped)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB L2 unified or integrated (8-way) * 64GB cacheable
133 millones0.09μm wide? mm ² area

Xeon 3.0G

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) February 14, 2005 - {$ 316}
604 pines3000MHz (200x15) (Bus 64-bit quadpumped)? V
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB L2 unified or integrated (8 -way) * 64GB cacheable millones0.09μm
133 wide? mm ² area

3.2G Xeon MV

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) September 26 2005 - {$ 487}
604 pines3200MHz (200x16) (Bus 64-bit quadpumped)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB L2 unified or integrated (8-way) * 64GB cacheable
Millones0.09μm 133 wide? Mm ² area

Xeon 3.2G

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) February 14, 2005 - {$ 455} 604 pines3200MHz
(200x16) (64-bit Bus quadpumped)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB integrated L2 unified (8-way) * 64GB cacheable millones0.09μm
133 wide? mm ²

area

Xeon 3.4g

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) February 14, 2005 - {$ 690}
pines3400MHz 604 (200x17) (64-bit Bus quadpumped)? V
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB integrated L2 unified (8-way) * 64GB cacheable millones0.09μm
133 wide? mm ² area

Xeon 3.6g

MMX SSE SSE2 SSE3 (Irwindale) (Hyperthreading, EM64T, NX bit) February 14, 2005 - {$ 851}
604 pines3600MHz (200x18) ( quadpumped 64-bit bus)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB integrated L2 unified (8-way) * 64GB cacheable millones0.09μm
133 wide? mm ² area

Xeon 3.8g

MMX SSE SSE2 SSE3

(Irwindale) (Hyperthreading, EM64T, NX bit) September 26, 2005 - {$ 851} 604
pines3800MHz (200x19) (64-bit Bus quadpumped)? v
Socket 604
16KB data (8-way) 12k μoperaciones (8-way) 2MB integrated L2 unified (8-way) * 64GB cacheable millones0.09μm
133 wide? mm ² area

Xeon DP-2.8 G

MMX SSE SSE2 SSE3

(Paxville DP) (dual coe, Hyperthreading, EM64T, NX bit) October 10, 2005 - {$ 1043}
pines2800MHz 604 (200x14) (Bus 64 quadpumped bits)? v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 2MB L2 unified or integrated (8-way) *?
230 GB cacheable millones0.09μm ancho206mm ² area

Xeon DP-

MMX SSE SSE2 SSE3

(Paxville DP) (dual coe, Hyperthreading, EM64T, NX bit) DIC. 604-pin
2006-MHz (166x?) (64-bit Bus quadpumped) v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 2MB L2 unified or integrated (8-way) *? 230 GB cacheable
millones0.09μm ancho206mm ² area

Xeon MP-1.4G

MMX SSE SSE2

(Foster MP) (Hyperthreading) March 12, 2002 - {$ 1177}
pines1400MHz 603 (100x14) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4-way) 12k μoperaciones (8-way) 256KB unified L2 integrated (8-way) 512KB L3 (?-way) * 64GB cacheable millones0.18μm
108 wide? mm ² area

Xeon MP-
1.5G

MMX SSE SSE2

(Foster MP) (Hyperthreading) March 12, 2002 - {$ 1980}
pines1500MHz 603 (100x15) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4-way) 12k μoperaciones (8-way) 256KB unified L2 integrated (8-way) 512KB L3 (?-Way) * 64GB cacheable millones0.18μm
108 wide? Mm ² area

Xeon MP-1.6G

MMX SSE SSE2

(Foster MP) (Hyperthreading) March 12, 2002 - {$ 3692}
pines1600MHz 603 (100x16) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4 - way) 12k μoperaciones (8-way) 256KB unified L2 integrated (8-way) 1MB L3 (?-way) * 64GB cacheable millones0.18μm
108 wide? mm ² area

Xeon MP-1.7G

MMX SSE SSE2

(Foster MP) (Hyperthreading) [not marketed]
pines1700MHz 603 (100x17) (64-bit Bus quadpumped) Socket 603 1.7v

8KB data (4-way) 12k μoperaciones (8 -way) 256KB unified L2 integrated (8-way) 1MB L3 (?-way) * 64GB cacheable millones0.18μm
108 wide? mm ² area

Xeon MP-1.5G

MMX SSE SSE2

(Gallatin) (Hyperthreading) November 4, 2002 - {$ 1177}
pines1500MHz 603 (100x15) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB Integrated unified L2 (8-way) 1MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-1.9g

MMX SSE SSE2

( Gallatin) (Hyperthreading) November 4, 2002 - {$ 1980}
pines1900MHz 603 (100x19) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) 1MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-2.0G

MMX SSE SSE2

(Gallatin) (Hyperthreading) June 30, 2003 - {$ 1177}
pines2000MHz 603 (100x20) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8 - way) 512KB unified L2 integrated (8-way) 1MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-2.0G

MMX

SSE SSE2 (Gallatin) (Hyperthreading) November 4, 2002 - {$ 3692}
pines2000MHz 603 (100x20) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB Integrated unified L2 (8-way) 2MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-2.2G

MMX SSE SSE2

( Gallatin) (Hyperthreading) March 2, 2004 - {$ 1177}
pines2200MHz 603 (100x22) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) 2MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
169 wide? mm ² area

Xeon MP-2.5G

MMX SSE SSE2 (Gallatin) (Hyperthreading) June 30, 2003 - {$ 1980}
pines2500MHz 603 (100x25) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way ) integrated unified 512KB L2 (8-way) 1MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-2.7G

MMX SSE SSE2

(Gallatin) (Hyperthreading) March 2, 2004 - {$ 1980}
pines2700MHz 603 (100x27) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8-way) 2MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
169 wide? mm ² area

Xeon MP-2.8G

MMX SSE SSE2

(Gallatin) (Hyperthreading) June 30, 2003 - {$ 3692}
pines2800MHz 603 (100x28) (64-bit Bus quadpumped) 1.475v
Socket 603
8KB data (4-way) 12k μoperaciones (8-way) 512KB unified L2 integrated (8 -way) 2MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
width 169 ~ 230mm ² area

Xeon MP-3.0G

MMX SSE SSE2 (Gallatin) (Hyperthreading) March 2, 2004 - {$ 3692}
pines3000MHz 603 (100x30) (64-bit Bus quadpumped) Socket 603 1.5v

8KB data (4-way) 12k μoperaciones (8-way) integrated unified 512KB L2 (8-way) 4MB integrated L3 (8-way) * 64GB cacheable millones0.13μm
169 wide? mm ² area

Xeon MP 3.16G

MMX SSE SSE2 SSE3

(Cranfod ) (Hyperthreading, EM64T, NX bit) March 29, 2005 - {$ 722} 604
pines3166MHz (166x19) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (?-way) 12k μoperaciones (8-way) 1MB unified L2 integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon MP 3.66G

MMX SSE SSE2 SSE3

(Cranfod) (Hyperthreading, EM64T, NX bit) March 29, 2005 - {$ 963} 604 pines3666MHz
(166x22) (64-bit Bus quadpumped) 1.4V Socket 604

16KB data (?-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon MP 2.83G

MMX SSE SSE2 SSE3

(Potomac) (Hyperthreading, EM64T, NX bit) March 29, 2005 - {$ 1177}
pines2833MHz 604 (166x17) (64-bit Bus quadpumped) 1.3875v
Socket 604
16KB data (?-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8 - way) 4MB integrated L3 (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon MP 3.0G

MMX SSE SSE2 SSE3

(Potomac) (Hyperthreading, EM64T, NX bit) March 29, 2005 - {$ 1980}
pines3000MHz 604 (166x18) (64-bit Bus quadpumped) 1.3875v
Socket 604
16KB data (?-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) 8MB Integrated L3 (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon MP 3.33G

MMX SSE SSE2 SSE3

(Potomac) (Hyperthreading, EM64T, NX bit) March 29, 2005 - $ 3,692 {604}
pines3333MHz (166x20) (64-bit Bus quadpumped) 1.3875v
Socket 604
16KB data (?-way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) 8MB integrated L3 (8-way) *? GB
cacheable? millones0.09μm wide? mm ² area

Xeon MP 3.5G

MMX

SSE SSE2 SSE3 (Potomac) (Hyperthreading, EM64T, NX bit) 2006?
pines3500MHz 604 (166x21) (64-bit Bus quadpumped) 1.3875v
Socket 604
16KB data (?-Way) 12k μoperaciones (8-way) 1MB L2 unified or integrated (8-way) 8MB integrated L3 (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7020

MMX SSE SSE2 SSE3

(Paxville MP) (dual core, Hyperthreading, EM64T, NX bit) November 1, 2006 - $ 1,177 {604}
pines2666MHz (166x16) (64-bit Bus quadpumped)? v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x Integrated 1MB unified L2 (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7030

MMX SSE SSE2 SSE3

(Paxville MP) (dual core, Hyperthreading, EM64T, NX bit) November 1, 2006 - {$ 1980}
pines2800MHz 604 (200x14) (64-bit Bus quadpumped)? v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7040

MMX SSE SSE2 SSE3 (Paxville MP) (dual core, Hyperthreading, EM64T, NX bit) November 1, 2006 - {$ 3157}
604 pines3000MHz (166x18) (Bus 64-bit quadpumped)? V
Socket 604
2x 16KB data (8 - way) 2x 12k μoperaciones (8-way) 2x 2MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7041

MMX SSE SSE2 SSE3

(Paxville MP) (dual core, Hyperthreading, EM64T, NX bit) November 1, 2006 - {$ 3157}
pines3000MHz 604 (200x15) (64-bit Bus quadpumped)? v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 2MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7000 series

MMX SSE SSE2 SSE3

(Paxville MP) (dual core, Hyperthreading, EM64T, NX bit) Dec 2006?
604-pin? MHz (200x?) (64-bit Bus quadpumped)? V

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.09μm wide? mm ² area

Xeon 7110N

MMX SSE SSE2 SSE3

(Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 856}
604 pines2500MHz (166x15) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8 - way) 2x 1MB L2 unified or integrated (8-way) 4MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7110M

MMX SSE SSE2 SSE3 (Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 856}
604 pines2600MHz (200x13) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8 -way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) 4MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7120N

MMX SSE SSE2 SSE3 (Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1177}
604 pines3000MHz (166x18) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) 4MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7120M

MMX SSE SSE2 SSE3 (Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1177}
604 pines3000MHz (200x15) (Bus quadpumped 64 bits)? v

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) 4MB on-area shared L3 (16-way) *? GB 1600 + millones0.065μm
cacheable ancho435mm ² area

Xeon 7130N

MMX SSE SSE2 SSE3

(Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1391}
604 pines3166MHz (166x19) (Bus 64-bit quadpumped)? V
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8 - way) 8MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7130M

MMX SSE SSE2 SSE3

(Tulsa) (dual core , Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1391}
604 pines3200MHz (200x16) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8-way ) 2x 1MB L2 unified integrated (8-way) 8MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7140N

MMX SSE SSE2 SSE3

(Tulsa ) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1980}
604 pines3333MHz (166x20) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) 16MB on-area shared L3 (16-way) *? GB cacheable
1600 + millones0.065μm ancho435mm ² area

Xeon 7140M

MMX SSE SSE2 SSE3 (Tulsa) (dual core, Hyperthreading, EM64T, NX bit) August 29, 2006 - {$ 1980}
604 pines3400MHz (200x17) (Bus 64-bit quadpumped)? V

Socket 604 2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x 1MB L2 unified or integrated (8-way) 16MB on-area shared L3 (16-way) *? GB cacheable
millones0.065μm 1600 + ancho435mm ² area

Xeon Sossaman

MMX SSE SSE2 SSE3 (Sossaman) (dual core, Hyperthreading, EM64T, NX bit) 2006
604-pin? MHz (166x?) (Bus 64-bit quadpumped)? v
Socket 604
2x 16KB data (8-way) 2x 12k μoperaciones (8-way) 2x? MB L2 unified or integrated (8-way) *? GB cacheable
? millones0.065μm wide? mm ² area

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HARDWARE - Intel Itanium 2

INTEL ITANIUM MICROPROCESSOR PHOTOS 2

PHOTO Microprocessor Intel Itanium 2

MOTHER TO Microprocessor Intel Itanium 2

SOCKET CAP 418

PHOTO SOCKET CAP 611

Microprocessor Intel Itanium 2
Mother Board for Microprocessor Intel Itanium Intel Itanium 2
/ Core Intel Itanium 2

No. pin, bus, and voltage multiplied
L1/L2/L3 Cache Socket


Transistors-733 MMX SSE Itanium (Merced) July, 2001
pines733MHz 418 (133x5.5) (64-bit Bus dualpumped)? v
PAC418
16KB data (4-way) 16KB instruction (4-way) 96KB L2 unified or integrated (6-way) 2MB unified L3 o4MB (4-way) * 16TB millones0.18μm cacheable
25 ~ 300mm ² wide area? million L3 {? microns -? mm ²} (2MB) 295 000 000 L3 {? microns -? mm ²} (4MB)
-800 MMX SSE Itanium (Merced) July, 2001
pines800MHz 418 (133x6.0) (64-bit Bus dualpumped)? v
PAC418
16KB data (4-way) 16KB instruction (4-way) 96KB Integrated unified L2 (6-way) 2MB unified L3 o4MB (4-way) * 16TB millones0.18μm cacheable
25 ~ 300mm ² wide area? million L3 {? microns -? mm ²} (2MB) 295 000 000 L3 {? microns -? mm ²} (4MB) 200-900
MMX SSE
Itanium (McKinley) July 8, 2002 - {$ 1338} (1.5MB) 611
pines900MHz (200x4.5) (128-bit dual-pumped bus)? v
PAC611
datos16KB instrucciones256KB 16KB unified L2 on-Area integrada1.5MB unified L3 *?
221 GB cacheable millones0.18μm
ancho463mm ² area Itanium 2-1.0G MMX SSE (McKinley) July 8, 2002 - {$?} (1.5MB) July 8, 2002 - {$ 4226} (3MB)
pines1000MHz 611 (200x5.0) (128-bit dual-pumped bus)? v
PAC611
16KB datos16KB instrucciones256KB unified L2 on-field integrada1.5MB o3MB unified L3 *? 221 GB cacheable
millones0.18μm ancho463mm ²

Itanium 2-1.3G MMX SSE (Madison) - Coppe chipJunio 30, 2003 - {$ 1338}
pines1300MHz 611 (200x6.5) (128-bit dual-pumped bus)? v
PAC611
16KB datos16KB instrucciones256KB unified L2 on-field integrada3MB unified L3 *? ~ 500 GB cacheable
millones0.13μm width? mm ²
Itanium 2-1.4G MMX SSE (Madison) - Coppe chipJunio \u200b\u200b30, 2003 - {$ 2247}
pines1400MHz 611 (200x7.0) (128-bit dual-pumped bus)? v
PAC611
16KB datos16KB instrucciones256KB L2 unified on-Area integrada4MB unified L3 *?
~ 500 GB cacheable millones0.13μm wide? mm ² area
Itanium 2-1.5G MMX SSE (Madison) - copper chipJunio \u200b\u200b30, 2003 - {$ 3692} (6MB) November 2004 (4MB )
pines1500MHz 611 (200x7.5) (128-bit dual-pumped bus)? v
PAC611
datos16KB instrucciones256KB 16KB unified L2 on-Area integrada4MB o6MB unified L3 *?
~ 500 GB cacheable millones0.13μm wide? mm ² area

Itanium 2-1.6G MMX SSE (Madison 9M) November, 2004
pines1600MHz 611 (200x8.0) (128-bit dual-pumped bus)? v
PAC611
datos16KB instrucciones256KB 16KB unified L2 on-Area integrada6MB o9MB unified L3 * ? GB cacheable
? million? microns wide? mm ² area
Itanium 2-1.66G MMX SSE (Madison 9M) July, 2005
pines1666MHz 611 (333x5.0) (128-bit dual-pumped bus)? v
PAC611
datos16KB 16KB L2 unified instrucciones256KB integrada6MB On-area o9MB unified L3 *? GB cacheable
? million? microns wide? mm ² area

LV Itanium 2-1.0G MMX SSE (Deerfield) September 8, 2003 - {$ 744} 611
pines1000MHz (200x5.0) (128-bit dual-pumped bus)? v

PAC611 instrucciones256KB datos16KB 16KB L2 unified on-Area integrada1.5MB unified L3 *? GB cacheable
? millones0.13μm wide? mm ² area
LV Itanium 2-1.3G MMX SSE (Deerfield) November, 2004
pines1300MHz 611 (200x6.5) (128-bit dual-pumped bus)? V
PAC611
datos16KB instrucciones256KB 16KB L2 unified on-Area integrada3MB unified L3 *? GB cacheable
? millones0.13μm wide? mm ² area
Itanium 2-1.4G MMX SSE (Deerfield) September 8, 2003 - {$ 1172} (1.5MB) April 13, 2004 - {$ 1172} (3MB)
pines1400MHz 611 (200x7.0) ( 128-bit dual-pumped bus)? v
PAC611
datos16KB instrucciones256KB 16KB unified L2 on-Area integrada1.5MB o3MB unified L3 *? GB cacheable
? millones0.13μm wide? mm ² area
Itanium 2-1.6G MMX SSE (Deerfield) May, 2004 - {$ 2408}
pines1600MHz 611 (200x8.0) (128-bit dual-pumped bus)? v PAC611

datos16KB instrucciones256KB 16KB unified L2 on-Area integrada3MB unified L3 *? GB cacheable
? millones0.13μm wide? mm ² area
Itanium 2-1.6G MMX SSE (Deerfield) November, 2004 - {$ 2408}
pines1600MHz 611 (266x6.0) (128-bit dual-pumped bus)? v
PAC611
datos16KB instrucciones256KB 16KB unified L2 on-Area integrada3MB unified L3 *? GB cacheable
? millones0.13μm wide? mm ² area
Itanium
2-9010 MMX SSE (Montecito) (Hyperthreading) 2006?
pines1600MHz 611 (200x8.0) (128-bit dual-pumped bus)? V
PAC611
? KB data? Instrucciones1MB KB unified L2 on-Area integrada6MB unified L3 *? GB cacheable
1720 millones0.09μm ancho? Mm ² area
Itanium 2-9020 MMX SSE (Montecito) (dual coe, Hyperthreading) 2006?
pines1400MHz 611 (200x7.0) (128-bit dual-pumped bus)? V
PAC611
2x? KB datos2x? KB instrucciones2x integrada2x unified 1MB L2 9MB L3 on-unified * Area? GB cacheable
1720 millones0.09μm ancho? mm ² area
Itanium 2-9040 MMX SSE (Montecito) (dual coe, Hyperthreading) 2006?
pines1600MHz 611 (266x6.0) (128-bit dual-pumped bus)? V
PAC611
2x? KB datos2x? KB instrucciones2x integrada2x unified 1MB L2 9MB L3 on-unified * Area? GB cacheable
1720 millones0.09μm ancho? mm ² area
Itanium 2 -?? MMX SSE (Montecito) (dual coe, Hyperthreading) 2006?
611 pin? MHz ("X") (128-bit dual-pumped bus)? V
PAC611
2x? KB datos2x? KB instrucciones2x integrada2x unified 1MB L2 12MB L3 unified on-Area *? GB cacheable
millones0.09μm 1720 wide? mm ² area

Itanium 2 -?? MMX SSE (Fanwood - 2-way) (dual coe, Hyperthreading) 2006?
? pin? MHz ("X") (128-bit dual-pumped bus)? v
?
2x? KB datos2x? KB instrucciones2x? MB L2 unified integrada2x? MB L3 on-Unified Area *? GB cacheable
? million? microns wide? mm ² area

Itanium 2 -?? MMX SSE (Millington - 2-way) (dual coe, Hyperthreading) 2006?
? pin? MHz ("X") (128-bit dual-pumped bus)? v
?
2x? KB datos2x? KB instrucciones2x? MB L2 unified integrada2x? MB L3 on-Unified Area *? GB cacheable
? million? microns wide? mm ² area

Itanium 2 -?? MMX SSE (Shavano) (Hyperthreading) 2006?
? pin? MHz ("X") (128-bit dual-pumped bus)? v
?
? KB data? KB instructions? MB L2 unified or integrated? MB L3 on-Unified Area *? GB cacheable
? million? microns wide? mm ² area

Itanium 2 -?? MMX SSE (Montvale) (dual coe, Hyperthreading) 2006?
? pin? MHz ("X") (128-bit dual-pumped bus)? v
?
2x? KB datos2x? Instrucciones2x KB L2 unified 1MB-12MB on integrada2x Area unified L3 *?
GB cacheable? millones0.065μm ancho? mm ² area
Itanium
3 -?? MMX SSE (Tukwila) (multi coe, Hyperthreading) 2006?
? pines? MHz (-x ?)(?- bit?-pumped bus)? v
?
4x? KB datos4x? KB instrucciones4x? MB L2 unified integrada4x? MB L3 on-unified * Area?
GB cacheable? millones0.065μm ancho? mm ² area
Itanium
3 -?? MMX SSE (Dimona) (dual coe, Hyperthreading) 2006?
? pines? MHz (-x ?)(?- bit?-pumped bus)? v
?
2x? KB datos2x? KB instrucciones2x? MB L2 Unified integrada2x? MB L3 on-Unified Area *? GB cacheable
? million? microns wide? mm ² area
Itanium
3 -?? MMX SSE (Poulson) (multi coe, Hyperthreading) 2006?
? pin? MHz (? x ?)(?- bit?-pumped bus)? v
?
4x? KB datos4x? KB instrucciones4x? MB integrated L2 unified
? million? microns wide? mm ² area

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