Tuesday, March 31, 2009

Intel® Motherboards





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Friday, March 27, 2009

Low Cost Intel Education Technology





education technology
Addressing ongoingneeds around the world.

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Intel is helping raise money for Kiva.org and Save the Children.

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» Read MoreNew Design!
Check out the newest addition to the Intel® Learning Series: the new Intel-powered convertible classmate PC.

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Intel ( network world)







Intel


Dell workstations tap Intel's Nehalem architecture
Mar. 25, 2009
New workstation products from vendors such as Dell, Lenovo and Apple are helping shed light on the capabilities of Intel's highly anticipated Nehalem processors.

Intel raises the bar in server chips with Nehalem
Mar. 25, 2009
Intel's upcoming Xeon server chips incorporate significant advancements that could form the basis for future chips that could handle high-performance computing tasks, analysts said.

Lenovo offers workstations with Intel's Nehalem chips
Mar. 24, 2009
Lenovo on Tuesday became the second major PC maker to announce workstations based on Intel's upcoming quad-core Nehalem chips, which are due for release next week.

Intel CEO Otellini gets $12.4 million in '08

Sunday, March 22, 2009

Intel's Driver Download Center

.belovfx.com/en/client.php



1. INF Update Utility - Primarily for Intel® 4, 3, 900 Series Chipsets

This utility installs INF files that inform the operating system how to properly configure the chipset for specific functionality such as USB and AGP.




2. Chipset: INF Update Utility for Intel® Desktop Boards

Installs the chipset INF driver version 9.1.0.1012 for Intel® Desktop Boards.




3. INF Update Utility - Zip Format

NOTE: File is intended for use by developers/advanced users. If you are not a developer/advanced user, please download INFINST_AUTOL.EXE instead.




4. Intel(R) Chipset Device Software

Chipset inf file




5. Intel® Chipset Identification Utility

Helps you identify the Intel® chipset or Intel chipset family on your motherboard. Utility must be "Run as Administrator" on Microsoft Windows* Vista.




6. Intel® PRO/Wireless and WiFi Link Drivers-Only for Windows* XP

Microsoft Windows* XP Drivers for Intel® WiMAX/WiFi and WiFi Links, Intel® Wireless WiFi Link 4965AGN and Intel® PRO/Wireless Network Connections.




7. Embedded Drivers Version 1.0 for Windows* [ESB-WINDOWS.ZIP]

Intel® 6300ESB I/O Controllers Hub Embedded Drivers Version 1.0 for Windows*




8. Intel® Graphics Media Accelerator Driver for Windows* XP (exe)

Installs graphics driver version 14.32.4 for the integrated graphics controller of Intel® chipsets.




9. Audio: Realtek*

TRANSITION ACCOMPLISHED

Now every new Mac ships with an Intel processor. Experience delightful responsiveness from the smallest Mac mini to the most beefed-up Mac Pro. Use one of more than 7,000 universal applications that take full advantage of the Intel chip. Run programs from your PowerPC-based Mac in translation. Powered by Intel chips, your new Mac will do all those things that only Macs can do — and do so at an astonishing level of performance.


The new Mac core
Every Mac uses a chip based on Intel Core technology, the next generation in processor design from the world’s leading chip maker. The result of massive R&D effort involving thousands of engineers. An entire collection of revolutions shrunk into an unimaginably small space, consuming less energy, too. Two cores work together to share resources, and are designed to conserve power when their functions aren’t required. Whether in an ultra-sleek MacBook, or workstation class Mac Pro, Intel Core technology lets you get more power with less power.


Four on the floor
And that means pure creative exhilaration with four 64-bit cores inside the new Mac Pro. The Core-based Intel Xeon is so power efficient, that Apple engineers were able to remove the liquid cooling system from the previous Power-PC based model. Which means you can load up the Mac Pro with more cards, more hard drives, more memory. So you can do more with Final Cut Studio, Aperture, Logic Pro, and the growing number of universal applications for creative professionals.


Dual-roar
The Intel Core 2 Duo is actually two processors (cores) engineered onto a single chip — offering virtually twice the computational power of a traditional single processor in the same space. With two cores tightly integrated, increased L2 cache, and a host of engineering breakthroughs, the Intel Core 2 Duo delivers higher performance for all the things you do — from enhancing the family photos to rendering special effects for a feature film.

Now the only question is: Which one?


See www.apple.com/rosetta for information on Rosetta-supported Apple software. Contact the manufacturer directly regarding third-party software.

Intel processors
Learn more about the Intel Core Duo, Core 2 Duo, and Xeon.

Tuesday, March 17, 2009

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Sunday, March 15, 2009

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Thursday, March 12, 2009

Intel Science Talent Search crowns 10 promising students









By Jeanette Der Bedrosian, USA TODAY
Ten teenage super-scientists joined the ranks of former Nobel Prize winners and genius grant winners Tuesday night when they were awarded top honors at the Intel Science Talent Search.
The competition, the oldest and one of the best-known science competitions in the USA, for years has given scholarships to future experts who have gone on to win Nobels or MacArthur Foundation genius grants. This year's winners were seniors in high school who, in many cases, have made scientific breakthroughs and published research papers.

"This isn't just a fluke," says Wendy Hawkins, executive director of the sponsoring Intel Foundation. "These kids are the real deal."

Hawkins says the company views the sponsorship as an investment in the nation's top young scientists and a way to ensure they can afford the top universities for their field.

Eric Larson, 17, of Eugene, Ore., won the top prize, a $100,000 scholarship for his project classifying mathematical objects called fusion categories.

FIND MORE STORIES IN: Washington | Barack Obama | Massachusetts | Missouri | Wisconsin | Oregon | Harvard | Madison | Yale | Fresno | Apollo | Nobel Prize | Fairfax | Burke | Chesterfield | Public | MacArthur Foundation | Nobels | Platteville | Intel Science Talent Search | Roslyn | Setauket
"There are parts of science, especially parts of math, that are just beautiful. And the reason to do them is … because you can figure out why things are true," he said upon winning the competition.

Second-place winner William Sun, 17, of Chesterfield, Mo., has been interested in science for as long as he can remember. After watching Apollo 13 when he was 4 or 5, Sun dreamed of becoming the director of mission control, he says. Now, he's deciding between Harvard and Yale as he pursues an interest in studying infectious diseases.

For Philip Streich, 18, the third-place winner from Platteville, Wis., the competition's biggest prize was friendships developed over the six days in Washington, D.C., for the finals.

"I've made true friends, not just kids or connections," he says. "I've met people who I think I will stay in touch with in the future, hopefully to solve some of these daunting problems we're facing."

In addition to the scholarship prize, the 40 finalists also met President Obama and spoke with him about their research.

Tuesday, March 10, 2009

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Tuesday, March 3, 2009

Intel World Ahead




In May 2006, Intel Corporation committed to investing $1 billion over five years for the Intel World Ahead Initiative, a program focusing on accessibility, connectivity, and education in the developing world. Intel World Ahead focuses not just on increasing access to PCs but also to addressing basic connectivity issues and needs. Intel has focused largely on WiMAX availability for low-cost broadband Internet access, with more than 200 WiMAX trials currently.








If you don’t mind reading white papers and case studies, check out Intel’s white paper on the
Turkish Ministry of Health’s computer literacy program and the case study on Nigeria’s digital divide.

Intel and Innovation: Intel is currently running a challenge called “INSPIRE-EMPOWER” that seeks innovative solutions in the areas of education, healthcare, economic development or the environment. The purse is $100,000 USD, with one prize awarded for each of the four global issue categories (to be used toward funding the idea). The registration and submission deadline is January 31, 2009 and winners will be announced April 8, 2009. Learn more and check out the eligibility deadlines at intelchallenge.com.



Intel’s Classroom PC: Intel recently released a new generation of the Classroom laptop. Check out the specs at CNET.com


Intel’s World Ahead program also encompasses healthcare. Intel launched an e-health program with the government of India in 2007…

"Applying technology in pioneering ways can help increase access to healthcare and improve quality of care for people everywhere," said Barrett, who also chairs the United Nations Global Alliance for ICT and Development. "We've seen how technology has enhanced people's lives in Baramati, and look forward to seeing this replicated on a larger scale across Tamil Nadu and the rest of the country."



"Digital health solutions are the most appropriate tools for achieving our objective of providing health care to the poorest citizens living in the remote areas of our country," Ramadoss said. "We are confident that these solutions that we're implementing here can be a model for developing communities worldwide, and will also help us to reduce disease burden on our healthy citizens — poor or rich."



During his visit to Tindivanam, a town in Tamil Nadu, Barrett participated in the inauguration of a telehealth pilot project at Tindivanam Taluk Hospital, a 100-plus bed facility serving a taluk of more than 210,000 people. The pilot is being driven by Bangalore's Narayana Hrudayalaya hospital and Chennai' Sankara Nethralaya hospital, as well as Indian-based companies Microsense, SN Informatics and Tata Consultancy Services (TCS).



The web-based Health Referral System aims to provide improved and cost-effective access to high-quality healthcare and is hosted on TCS' WebHealthCentral portal. The project will bring community residents the benefits of health screening and remote diagnostics by specialists, beginning with ophthalmology and cardiology. It will also enable doctors to view patient records and diagnostic images such as retinal scans over a secure computer network. Through videoconferences, specialists across India can also examine patients remotely.” --- read the entire article at The British Journal of Healthcare Computing & Information Management



“Podtech.net -- ICT Access for Africa: Intel, UN and ITU Efforts to Globalize: Broadband Broadband, connectivity, Wi-Fi, accessibility and education efforts are all priorities for the ongoing efforts in developing nations and regions around the globe. Intel, along with the United Nations and International Telecommunication Union (ITU), among others, is participating this month in the Connect Africa Summit, which aims to bring together human, technical and financial resources to speed development and improvement of Africa’s Information and Communication Technology, or ICT infrastructure. Expanding broadband, wireless and mobile access technologies is the current push, after indications that Africa’s general ICT development is lagging behind its unprecedented adoption of mobile phone technology (400 percent in just a few years - well ahead of projections).

Dr. Hamadoun Touré is secretary-general of the International Telecommunication Union. His call for what he refers to as a “Marshall Plan for ICT infrastructure development in Africa,” has been heard by the United Nations, and particularly by Intel Chairman Craig Barrett who, leading the UN’s Global Alliance for ICT and Development, or UN GAID, is working to bring the leading ICT companies in Silicon Valley and around the world to the challenges in Africa.” -- read more at podtech.net

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Carrers in Finance

It's all in the details. Be an integral part of the smart decisions that help Intel stay on top of the technology industry. As a member of the Finance team, you will act as a full partner in making and supporting business decisions that are aimed at maximizing shareholder value. Intel Finance has a strong focus on facilitating change and improvement both within finance and in the operations we support.
There are three main areas in our Finance organization:
Operations Finance: By partnering with business groups, you will influence business decisions and provide effective analysis and proactive control. Your duties will span all activities associated with managing a successful business.
Accounting: Our accounting team sets the standard for accounting and financial services. You will partner with internal business groups to facilitate change and process improvements while complying with external requirements.
Audit: The audit group provides quality consulting and audit services aimed at risk mitigation while continuously improving control consciousness.
Every position gives you the opportunity to provide analyses and drive solutions that keep Intel on solid financial ground. Through extensive rotation, you will gain exposure to different finance functions and Intel businesses. A typical assignment ranges from 18 to 36 months.

What you'll do

Below are examples of the type of work that you could be doing to make your impact at Intel:
Provide business analyses and recommendations to an operating group in a variety of areas including pricing, capital analysis, make vs. buy, product ROI, cost reduction and expense controls.
Provide analyses and drive solutions that keep Intel on solid financial ground, including GAAP accounting, management reporting, financial statement analysis, systems implementation and internal control/process improvement.
Perform both financial and operational audits focusing on internal controls and operational process improvements.
Design, implement and support finance and accounting systems on projects such as SAP* implementation.
Analyze proposed products, cost reductions, pricing, make vs. buy, capital investments, acquisitions and business development, budgetary plans and expense tracking, project valuation and prioritization.

What you'll bring

We have opportunities for both recent college graduates as well as individuals with related work experience.
We look for candidates with a degree in a finance-related discipline. Candidates should be attracted to technology and possess excellent analytical and communication skills. If you have the ability to influence and facilitate change, and have a fundamental understanding of corporate principles, we'd like to hear from you.

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We have opportunities for both recent college graduates as well as individuals with related work experience.
Select Finance from our database to view jobs.


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CARRERS in Information Technology

As part of Information Technology at Intel, you'll have the opportunity to help build and operate a world-class IT infrastructure that keeps Intel moving at the speed of global business. You'll also get the chance to analyze, design, and evaluate products and technology for our worldwide business systems. In addition, Intel IT team members help us build our Internet presence by providing data hosting, Internet connectivity, and Web consulting services.

Information Technology and services provides development and support for
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As part of IT and Services, you'll have the opportunity to help build and operate our world-class internal IT infrastructure. You'll also see opportunities to analyze, design and evaluate products and technology for worldwide business systems.
Below are some examples of the type of work that you'll be a part of at Intel:
Design and implement high-level language systems products for advanced computer systems.
Develop, select, implement and maintain computer-based applications to meet business requirements.
Design and manage databases to drive the integration of business data, functions and systems.
Establish standards, guidelines, procedures and other infrastructure necessary to support the integration of data.
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Develop and support media streaming and Webcasting products.
Develop and support SAP* business-to-business solutions.
Build and operate world-class internal IT infrastructure.
Design and evaluate products and technologies for worldwide business systems.
Develop and support remote access, firewall's, software security and anti-virus systems.
Build and operate state-of-the-art, online service centers worldwide.
Create media and content distribution services on Internet.

What you'll bring

We look for candidates with degrees in the following disciplines:
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List of Intel microprocessors










This generational and chronological list of Intel microprocessors attempts to present all of Intel's processors from the pioneering 4-bit 4004 (1971) to the present high-end offerings, the 64-bit Itanium 2 (2002) and Intel Core 2 and Xeon 5100 and 7100 series processors (2006). Concise technical data are given for each product.

[edit] The 4-bit processors
Contents[hide]
1 The 4-bit processors
1.1 Intel 4004: first single-chip microprocessor
1.2 4040
2 The 8-bit processors
2.1 8008
2.2 8080
2.3 8085
3 Microcontrollers
3.1 Intel 8048
3.2 MCS-48 Family
3.3 Intel 8051
3.4 MCS-51 Family
3.5 MCS-96 Family
4 The bit-slice processor
4.1 3000 Family
5 iPLDs:Intel Programmable Logic Devices
5.1 PLDs Family
6 Signal Processor
6.1 2900 Family
7 Digital Clocks Processor
7.1 5000 Family
8 The 16-bit processors: origin of x86
8.1 8086
8.2 8088
8.3 MCS-86 Family
8.4 80186
8.5 80188
8.6 80286
9 32-bit processors: the non-x86 microprocessors
9.1 iAPX 432
9.2 i960 aka 80960
9.3 i860 aka 80860
9.4 XScale
10 32-bit processors: the 80386 range
10.1 80386DX
10.2 80386SX
10.3 80376
10.4 80386SL
10.5 80386EX
11 32-bit processors: the 80486 range
11.1 80486DX
11.2 80486SX
11.3 80486DX2
11.4 80486SL
11.5 80486DX4
12 32-bit processors: the Pentium ("I")
12.1 Pentium ("Classic")
12.2 Pentium with MMX Technology
13 32-bit processors: P6/Pentium M microarchitecture
13.1 Pentium Pro
13.2 Pentium II
13.3 Celeron (Pentium II-based)
13.4 Pentium III
13.5 Pentium II and III Xeon
13.6 Celeron (Pentium III Coppermine-based)
13.7 Celeron (Pentium III Tualatin-based)
13.8 Pentium M
13.9 Celeron M
13.10 Intel Core
13.11 Dual-Core Xeon LV
13.12 Intel Pentium Dual-Core
14 32-bit processors: NetBurst microarchitecture
14.1 Pentium 4
14.2 Xeon
14.3 Mobile Pentium 4-M
14.4 Pentium 4 EE
14.5 Pentium 4E
14.6 Pentium 4F
15 64-bit processors: IA-64
15.1 Itanium
15.2 Itanium 2
16 64-bit processors: Intel 64 - NetBurst
16.1 Pentium 4F
16.2 Pentium D
16.3 Pentium Extreme Edition
16.4 Xeon
17 64-bit processors: Intel 64 - Core microarchitecture
17.1 Xeon
17.2 Intel Core 2
17.3 Pentium Dual Core
17.4 Celeron M
17.5 Core i7
18 Intel 805xx product codes
19 See also
20 References
21 External links
//

[edit] Intel 4004: first single-chip microprocessor
Introduced November 15, 1971
Clock rate 740 kHz[1]
0.07 MIPS
Bus Width 4 bits (multiplexed address/data due to limited pins)
PMOS
Number of Transistors 2,300 at 10 µm
Addressable Memory 640 bytes
Program Memory 4 KB (4 KB)
One of the earliest Commercial Microprocessors (cf. Four Phase Systems AL1, F14 CADC)
Originally designed to be used in Busicom calculator
MCS-4 Family:
4004-CPU
4001-ROM & 4 Bit Port
4002-RAM & 4 Bit Port
4003-10 Bit Shift Register
4008-Memory+I/O Interface
4009-Memory+I/O Interface

[edit] 4040
MCS-40 Family:
4040-CPU
4101-1024-bit (256 x 4) Static RAM with separate I/O
4201-4MHz Clock Generator
4207-General Purpose Byte I/O Port
4209-General Purpose Byte I/O Port
4211-General Purpose Byte I/O Port
4265-Programmable General Purpose I/O Device
4269-Programmable Keyboard Display Device
4289-Standard Memory Interface for MCS-4/40
4308-8192-bit (1024 x 8) ROM w/ 4-bit I/O Ports
4316-16384-bit (2048 x 8) Static ROM
4702-2048-bit (256 x 8) EPROM
4801-5.185 MHz Clock Generator Crystal for 4004/4201A or 4040/4201A

[edit] The 8-bit processors

[edit] 8008
Introduced April 1, 1972
Clock rate 500 kHz (8008-1: 800 kHz)
0.05 MIPS
Bus Width 8 bits (multiplexed address/data due to limited pins)
Enhancement load PMOS logic
Number of Transistors 3,500 at 10 µm
Addressable memory 16 KB
Typical in dumb terminals, general calculators, bottling machines
Developed in tandem with 4004
Originally intended for use in the Datapoint 2200 terminal

[edit] 8080
Introduced April 1, 1974
Clock rate 2 MHz
0.64 MIPS
Bus Width 8 bits data, 16 bits address
Enhancement load NMOS logic
Number of Transistors 6,000
Assembly language downwards compatible with 8008.
Addressable memory 64 KB
Up to 10X the performance of the 8008
Used in the Altair 8800, Traffic light controller, cruise missile
Required six support chips versus 20 for the 8008

[edit] 8085
Introduced March 1976
Clock rate 5 MHz
0.37 MIPS
Bus Width 8 bits data, 16 bits address
Depletion load NMOS logic
Number of Transistors 6,500 at 3 µm
Binary compatible downwards with the 8080.
Used in Toledo scale. Also was used as a computer peripheral controller - modems, harddisks,printers, etc...
CMOS 80C85 in Mars Sojourner, Radio Shack Model 100 portable.
High level of integration, operating for the first time on a single 5 volt power supply, from 12 volts previously. Also featured serial I/O,3 maskable interrupts,1 Non-maskable interrupt,1 externally expandable interrupt w/[8259],status,DMA.
MCS-85 Family:
8085-CPU
8155-RAM+ 3 I/O Ports+Timer "Active Low CS"
8156-RAM+ 3 I/O Ports+Timer "Active High CS"
8185-SRAM
8202-Dynamic RAM Controller]
8203-Dynamic RAM Controller
8205-1 Of 8 Binary Decoder
8206-Error Detection & Correction Unit
8207-DRAM Controller
8210-TTL To MOS Shifter & High Voltage Clock Driver
8212-8 Bit I/O Port
8216-4 Bit Parallel Bidirectional Bus Driver
8219-Bus Controller
8222-Dynamic RAM Refresh Controller
8226-4 Bit Parallel Bidirectional Bus Driver
8231-Arithmetic Processing Unit
8232-Floating Point Processor
8237-DMA Controller
8251-Communication Controller
8253-Programmable Interval Timer
8254-Programmable Interval Timer
8255-Programmable Peripheral Interface
8256-Multifunction Support Controller
8257-DMA Controller
8259-Programmable Interrupt Controller
8271-Programmable Floppy Disk Controller
8272-Single/Double Density Floppy Disk Controller
8273-Programmable HDLC/SDLC Protocol Controller
8274-Multi-Protocol Serial Controller
8275-CRT Controller
8276-Small System CRT Controller
8278-Programmable KeyBoard Interface
8279-KeyBoard/Display Controller
8282-8-bit Non-Inverting Latch with Output Buffer
8283-8-bit Inverting Latch with Output Buffer
8291-GPIB Talker/Listener
8292-GPIB Controller
8293-GPIB Transceiver
8294-Data Encryption/Decryption Unit+1 O/P Port
8295-Dot Matrix Printer Controller
8296-GPIB Transceiver
8297-GPIB Transceiver
8355-16,384-bit (2048 x 8) ROM with I/O
8604-4096-bit (512 x 8) PROM
8702-2K-bit (256 x 8 ) PROM
8755-EPROM+2 I/O Ports

Comparison of Intel processors


This article may require cleanup to meet Wikipedia's quality standards. Please improve this article if you can. (January 2009)
Processor
Series Nomenclature
Code Name
Speed (GHz)
Socket
Fab (nm)
TDP (Watt)
Core
FSB ( MT/s)
L2 Cache (KiB)
L3 Cache (KiB)
Intel Celeron
3xx/ 4xx/ 5xx
Covington, Mendocino, Coppermine-128, Tualatin-256, Willamette-128, Northwood-128, Prescott-256, Cedar Mill-512, Northwood-256(Mobile Celeron), Banias-512, Dothan-1024, Yonah-1024, Conroe-L
0.266–3.3
Slot 1, Socket 370, Socket 478, LGA775, Socket 615, Socket 495, Socket 479, Socket Msocket 940
65, 90, 130, 180, 250
5–86
Single
66, 100, 133, 400, 533, 800
0–1024
Intel Xeon
n3xxx/ n5xxx/ n7xxx
Drake, Tanner, Cascades, Foster, Prestonia, Gallatin, Nocona, Irwindale, Cranford, Potomac, Paxville, Sossaman, Dempsey, Allendale, Conroe, Woodcrest, Tulsa, Clovertown, Kentsfield, Tigerton, Wolfdale, Harpertown, Dunnington
0.400–3.8
Slot 2, Socket 603, Socket 604, Socket M, LGA775, LGA 771
45, 65, 90, 130, 180, 250
16–165
Single/ Dual/ Quad/ Six
100, 133, 400, 533, 667, 800, 1066, 1333, 1600
256–16384
Pentium 4
5xx/ 6xx
Willamette, Northwood, Prescott, Cedar Mill
1.3–3.8
Socket 423/ Socket 478/ LGA775
65, 90, 130, 180
20.8–115
Single
400, 533, 800, 1066
256–2048
Pentium 4 Extreme Edition[1]
5xx/ 6xx
Gallatin, Irwindale,
3.2–3.73
Socket 478/ LGA775
90, 130
92.1–115
Single
800, 1066
512, 1024
0, 2048
Pentium D/EE
8xx/ 9xx
Smithfield, Presler
2.66–3.73
LGA775
65, 90
95–130
Dual Core
533, 800, 1066
2×1024, 2×2048
Pentium M
7xx
Banias, Dothan
0.8–2.26
Socket 479
90,130
5–27
Single
400, 533
1024–2048
Intel Core
Txxxx/ Lxxxx/ Uxxxx
Yonah
1.06–2.33
Socket M
65
25–49, 15–24, <14
Single/ Dual
533, 667
2048
Intel Pentium Dual-Core
E2xxx/ E3xxx/ E4xxx/ E5xxx
Yonah, Allendale, Wolfdale
1.6–2.7
Socket M, Socket P, LGA-775
45, 65
31, 35, 65
Dual Core
533, 667, 800
1024/ 2048
Intel Core 2
Uxxxx/ Lxxxx/ Exxxx/ Txxxx/ P7xxx/ Xxxxx/ Qxxxx/ QXxxxx
Allendale, Conroe, Merom, Kentsfield, Yorkfield, Penryn, Wolfdale
1.06–3.33
LGA775/LGA 771/Socket M/Socket P
45, 65
5.5–150
Single/ Dual/ Quad
533, 667, 800, 1066, 1333, 1600
1024–12288
Intel Core i7
i7-xxx
Nehalem
2.66–3.20
LGA1366
45
130W
Quad
(QPI=6.4GT/s)
4×256
8192
^ There are several Pentium 4 Extreme Editions.

Saturday, February 28, 2009

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Intel International Science and Engineering Fair























Meet the Intel Foundation Young Scientist Award Winners
Three high school students earned top honors at the Intel International Science and Engineering Fair, a program of Society for Science & the Public, when they each received an Intel Foundation Young Scientist Award and a $50,000 college scholarship.
In addition to these Intel Foundation Young Scientist Award winners, more than 500 Intel ISEF participants received scholarships and prizes for their groundbreaking work. Intel awards included the 18 "Best of Category" winners, selected from the categories, who each received a $5,000 Intel scholarship and an Intel® Centrino® Duo Mobile Technology-based notebook







Sana Raoof
Watch video ›
Sana Raoof, a senior at Jericho High School in Jericho, New York, conducted research on a branch of topology called knot theory. The central question in knot theory involves how to prove that two knots are the same or different. The reason this is difficult is that a knot can be drawn in an infinite number of ways, yet it is still the same knot. Mathematicians use knot invariants to assign consistent values to knots; however, every invariant so far has generated false positive results, meaning that knot equivalents cannot be guaranteed. Until now, that is, since Raoof recently proved that a

preexisting invariant, the Alexander-Conway polynomial, can guarantee knot equivalents on all knots corresponding to lattice chord diagrams.
Because knot theory has applications in biochemistry, Raoof's research may shed new light on a problem plaguing scientists for decades: the protein folding problem, or how proteins from amino acids fold up three-dimensionally in nature. Since there is a direct relationship between the structure and function of organic molecules, Raoof's work could provide insight into the workings of the basic machinery of life.
Natalie Saranga Omattage
Watch video ›
In 2007, deadly contaminants penetrated the pet food supply in the United States, causing the deaths of hundreds of animals. Food additives contaminated with a toxic combination of melamine and cyanuric acid were found to be the cause. Though food imports are currently screened via chromatographic and mass spectrometric methods, the instruments, as well as the reagents, are expensive. Additionally, implementation of these methods requires highly trained personnel.

In her search for a better solution, Natalie Saranga Omattage, a student at The Mississippi School for Mathematics and Science in Columbus, Mississippi, explored alternative methods of detecting melamine and cyanuric acid in food. Using peptides with a high affinity to these chemicals, Omattage developed an effective quartz crystal microbalance-based biosensor capable of detecting melamine and cyanuric acid at low concentrations and in just a matter of minutes. Further, the biosensor is portable, less expensive than current screening methods, and does not require highly trained personnel to operate.
Omattage's biosensor is not only applicable to screening for food contaminants, it may also be used to detect other harmful chemicals.
Yi-Han Su
With growing global interest in hydrogen, science and industry are looking for ways to produce it more efficiently. One of the ways to produce hydrogen involves using a catalytic process with a methanol-reforming reaction. In order to generate hydrogen more efficiently, a high-activity catalyst is desirable.
For her chemistry project, Yi-Han Su, a student at Taipei First Girls High School in Chinese Taipei, developed a process to improve the activity of a catalyst, resulting in an improved process for generating hydrogen.


Intel Corporation











Intel Corporation (NASDAQ: INTC; SEHK: 4335) is the world's largest semiconductor company and the inventor of the x86 series of microprocessors, the processors found in most personal computers. Intel was founded on July 18, 1968 as Integrated Electronics Corporation and based in Santa Clara, California, USA, Intel also makes motherboard chipsets, network cards and ICs, flash memory, graphic chips, embedded processors, and other devices related to communications and computing. Founded by semiconductor pioneers Robert Noyce and Gordon Moore, and widely associated with the executive leadership and vision of Andrew Grove, Intel combines advanced chip design capability with a leading-edge manufacturing capability. Originally known primarily to engineers and technologists, Intel's successful "Intel Inside" advertising campaign of the 1990s made it and its Pentium processor household names.
Intel was an early developer of SRAM and DRAM memory chips, and this represented the majority of its business until the early 1980s. While Intel created the first commercial microprocessor chip in 1971, it was not until the success of the personal computer (PC) that this became their primary business. During the 1990s, Intel invested heavily in new microprocessor designs fostering the rapid growth of the PC industry. During this period Intel became the dominant supplier of microprocessors for PCs, and was known for aggressive and sometimes controversial tactics in defense of its market position, as well as a struggle with Microsoft for control over the direction of the PC industry.[3][4] The 2007 rankings of the world's 100 most powerful brands published by Millward Brown Optimor showed the company's brand value falling 10 places – from number 15 to number 25.[5]
In addition to its work in semiconductors, Intel has begun research in electrical transmission and generation.[6][7]
Contents[hide]Corporate history

Intel headquarters in Santa Clara
Intel was founded in 1968 by Gordon E. Moore (a chemist and physicist) and Robert Noyce (a physicist and co-inventor of the integrated circuit) when they left Fairchild Semiconductor. A number of other Fairchild employees also went on to participate in other Silicon Valley companies. Intel's third employee was Andy Grove,[8] a chemical engineer, who ran the company through much of the 1980s and the high-growth 1990s. Grove is now remembered as the company's key business and strategic leader. By the end of the 1990s, Intel was one of the largest and most successful businesses in the world.[citation needed]

[edit] Origin of the name
At its founding, Gordon Moore and Robert Noyce wanted to name their new company Moore Noyce. The name, however, sounded remarkably similar to more noise — an ill-suited name for an electronics company, since noise is typically associated with bad interference. They then used the name NM Electronics for almost a year, before deciding to call their company INTegrated ELectronics or Intel for short[9]. However, Intel was already trademarked by a hotel chain, so they had to buy the rights for that name at the beginning.[10]

[edit] Company's evolution
Intel has grown through several distinct phases. At its founding, Intel was distinguished simply by its ability to make semiconductors, and its primary products were static random access memory (SRAM) chips. Intel's business grew during the 1970s as it expanded and improved its manufacturing processes and produced a wider range of products, still dominated by various memory devices.
While Intel created the first microprocessor (Intel 4004) in 1971 and one of the first microcomputers in 1972,[11][12] by the early 1980s its business was dominated by dynamic random access memory chips. However, increased competition from Japanese semiconductor manufacturers had, by 1983, dramatically reduced the profitability of this market, and the sudden success of the IBM personal computer convinced then-CEO Grove to shift the company's focus to microprocessors, and to change fundamental aspects of that business model. By the end of the 1980s this decision had proven successful, and Intel embarked on a 10-year period of unprecedented growth as the primary (and most profitable) hardware supplier to the PC industry.
After 2000, growth in demand for high-end microprocessors slowed and competitors garnered significant market share, initially in low-end and mid-range processors but ultimately across the product range, and Intel's dominant position was reduced. In the early 2000s then-CEO Craig Barrett attempted to diversify the company's business beyond semiconductors, but few of these activities were ultimately successful.
In 2005, CEO Paul Otellini reorganized the company to refocus its core processor and chipset business on platforms (enterprise, digital home, digital health, and mobility) which led to the hiring of over 20,000 new employees. In September 2006 due to falling profits, the company announced a restructuring that resulted in layoffs of 10,500 employees or about 10 percent of its workforce by July 2006. Its research lab located at Cambridge University was closed at the end of 2006.

[edit] Sale of XScale processor business
On June 27, 2006, the sale of Intel's XScale assets was announced. Intel agreed to sell the XScale processor business to Marvell Technology Group for an estimated $600 million in cash and the assumption of unspecified liabilities. The move is intended to permit Intel to focus its resources on its core x86 and server businesses.

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