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Home , Electronic News, Gordon Moore, Intel 1103, Intel Teach, StrongARM

Innovation from the start. We’ve been asking “what’snext?” since the very beginning. Looking for a better way. Developing a new approach. Because at ,our pursuit of innovation never ends. While Intel’s first products were built on 2-inch wafers, today the company uses 300mm (12-inch) wafers to manufacture chips that contain millions of . Starting a silicon revolution $ Rock is named chairman, Bob $ Bob Noyce and Noyce becomes chief executive leave and officer (CEO), and Gordon Moore incorporate a new venture as NM becomes executive vice president. Electronics on July 18. $ The company starts operations $ Noyce and Moore each con- in a leased building at 365 tribute $245,000 to the new Middlefield Road in Mountain company. Venture capitalist Arthur View, . Rock contributes $10,000 and $ Intel purchases the rights to raises an additional $2.5 million use the Intel name from a com- by selling convertible debentures. pany called Intelco for $15,000. Intel founders Bob Noyce (left) and Gordon Moore (standing) witness the signing of Intel’s first customer order, from Hamilton Electric. 1968 1969

The first products $ The company opens its first $ Intel announces its first product, non-U.S. sales office, in Geneva, the 3101 Schottky bipolar random Switzerland, and establishes sales access memory (RAM). and marketing functions in Japan. $ The company launches the $ The “dropped-e” Intel logo world’s first metal oxide semicon- is adopted. ductor (MOS) static RAM, the 1101. $ Intel receives its first customer order, from Hamilton Electric.

Bob Noyce and Gordon Moore leave Fairchild Semiconductor to found Intel, a company that Noyce described as a “community of common interests.” A new era in electronics $ Intel goes public at $23.50 per $ With an ad in the November 15 share, raising $6.8 million. issue of Electronic News announc- $ The company celebrates its first ing “A New Era in Integrated $1 million month. Electronics,”Intel launches its first , the 4004. $ Employees move into Intel’s first owned facility, on the corner of $ Intel launches the world’s first Bowers Avenue and the Central erasable programmable read-only Expressway in Santa Clara. memory (EPROM).

Gordon Moore (second from the right) and other employees celebrate the launch of Intel’s 1103 DRAM. 1970 1971

Silicon topples core memory $ Intel petitions the Santa Clara $ Intel announces the 1103 DRAM, City Council to change the name which will usurp core memory as of Coffin Road to Bowers Avenue. the industry-standard technology $ Recognizing that not all cus- for . tomers want to purchase at the $ To accommodate rapid growth, component level, Intel launches a Intel purchases its first piece of memory systems business with the property—a 26-acre pear orchard 1103-based MU-10 board product. on the corner of Coffin Road and $ Intel’s annual revenue totals the Central Expressway in Santa over $4 million, up from $565,874 Clara, California. the previous year. , inventor of the EPROM, poses with the system he rigged up to demonstrate the new memory technology. Factories go global $ The company announces the $ Intel opens its first international first 8-bit microprocessor, the 8008. manufacturing facility, an assembly $ Intel enters the then-new digital plant in Penang, Malaysia—a watch market with the purchase country that now hosts multiple of Microma, a small firm with a Intel operations. prototype liquid crystal display $ To help customers learn how (LCD) watch. to use , Intel $ The company moves from 2- to introduces the primitive SIM 4 3-inch silicon wafers for manufac- and SIM 8 design aids. turing computer chips.

In Intel’s factories, bunny suits replace smocks, to keep hairs, skin flakes, and other particles from falling on intricate circuitry. 1972 1973

Anewfactory chic $ Intel introduces the Intellec 4-40 $ Bunny suits are introduced as software development tool, the standard Intel clean room attire. first in a line of Intellec systems that become key to Intel’s micro- $ Intel opens its first wafer fabri- processor sales. cation facility (fab) outside , in Livermore, California. $ The company develops PL/M, the first high-level language for $ Employees receive custom- microprocessors. labeled champagne to celebrate Intel’s first $3 million month.

Intel buys Microma and enters the digital watch business. Computers get personal $ Intel continues to innovate its $ The processor is used in line of microprocessor develop- one of the first personal computers, ment tools, launching ICE-80, the the Altair 8800, a $439 hobbyists’ kit. world’s first in-circuit emulator, and the Intellec Model 800, a $ Bob Noyce is named Intel chair- disk-based system. man, Gordon Moore becomes pres- ident, and Andy Grove becomes $ The company introduces executive vice president. MULTIBUS, an interconnection mechanism that allows systems $ Intel’s Penang, Malaysia, assem- builders to link a number of micro- bly facility is up and running in a processor boards. rented plant two weeks after a non- The 8080 microprocessor features 4,500 transistors and about ten times the performance of its predecessors. injury fire destroys the original plant. 1974 1975

Launching a classic $ Early Intel microprocessors $ The company introduces the begin to find applications in many Intel® 8080 microprocessor, consid- areas, including traffic lights and ered by many to be the first true an eye refraction system that cal- general-purpose microprocessor. culates and prints out eyeglass prescriptions. $ Intel opens its first international design center, in Haifa, Israel. $ The density of dynamic RAMs reaches 4K bits with the introduc- $ The company expands interna- tion of the 2107. tional manufacturing operations to the Philippines with the opening of an assembly facility in Manila. Despite its primitive aspects, the Intel 8080 processor-based Altair computer attracts thousands of purchasers after its introduction in Popular Electronics. A chip that takes control $ Intel begins producing chips $ Intel introduces the world’s first on 4-inch wafers. microcontrollers, the 8748 and $ The faster Intel® 8085 micro- 8048, which combine a central processor is introduced, bringing processor, memory, peripherals, a 5-volt power supply advantage. and input-output functions on a single piece of silicon. $ Intel opens a small test facility in Santa Cruz, California, and $ The company launches the expands into Oregon with the world’s first single-board computer, opening of its first fab outside the iSBC 80/10. California, in Aloha.

Transparent garnet wafers are used in the production of bubble memories, a business Intel enters in 1977 and pursues for the next 11 years. 1976 1977

Bubbles that don’t break $ EPROMs reach 16K densities $ With a subsidiary called Intel with the introduction of Intel’s 2716. Magnetics, Intel begins making $ The company’s development bubble memories, which are highly systems business expands with reliable even when exposed to the Intellec Series II. electrical shocks, dust, humidity, temperature extremes, vibration, $ Intel launches the 2910, the first and other hazards. single-chip codec (coder/decoder), which becomes a telecommunica- $ Intel opens an assembly site tions industry standard. in Barbados, West Indies.

Microcontrollers allow manufacturers to embed intelligence in home appliances, cars, thermostats, and thousands of other products. Fame and fortune grow $ Bob Noyce receives the $ Intel debuts on the Fortune 500 National Medal of Science from list at position 486 and is named U.S. President Jimmy Carter. one of ten “Business Triumphs of $ Intel launches the 8088 micro- the Seventies” by Fortune. processor, a lower cost version of $ Gordon Moore is named Intel the 8086 with an 8-bit data path. chairman and CEO, Bob Noyce $ Intel introduces the 2920 signal becomes vice chairman, and Andy processor, the first microprocessor Grove becomes president and capable of performing real-time chief operating officer. digital processing of analog signals.

Employees celebrate Intel’s tenth anniversary with an all-out bash at the Cow Palace. 1978 1979

Ten years,10,000 employees $ Intel exits the digital watch busi- $ Employees celebrate Intel’s ness, selling the Microma name to tenth anniversary with an all-out a Swiss company and its watch bash at the Cow Palace in South designs and inventory to Timex. San Francisco. $ The company moves into Arizona $ Intel hires its 10,000th employee. with the opening of operations in Deer Valley, which later move to $ Intel introduces the 8086 16-bit Chandler. microprocessor, which becomes an industry standard.

Although their roles change, the same three men—Andy Grove, Bob Noyce, and Gordon Moore (left to right)—continue to lead Intel. Ethernet spurs networking $ Intel introduces the 8051 and $ Intel, Digital Equipment 8751 microcontrollers, which Corporation (DEC), and Xerox become the best-selling micro- announce the cooperative Ethernet controllers in the world. project, which allows different com- $ Intel opens a major campus in puters to communicate with each Chandler, Arizona. other in local area networks (LANs). $ To encourage employees to $ Intel introduces the 8087 math continue their professional devel- , which boosts micro- opment, Intel launches a program processor performance by offload- to provide tuition assistance for ing complex math functions. job-related education. Earl Whetstone is the field sales engineer who won the IBM PC* account for Intel. 1980 1981

IBM picks Intel $ Intel launches the revolutionary $ IBM selects Intel’s 8088 micro- iAPX 432 microprocessor. Although processor to power the IBM PC*. it eventually proves unsuccessful in the market, many of its advanced $ Intel announces the first recipi- features are later incorporated into ents of its Individual Achievement Intel® processors. Award, the highest recognition for employees.The name later changes $ Amid a high-tech industry reces- to the Intel Achievement Award. sion, Intel launches the “125% Solution” program, through which $ Intel opens an assembly and salaried employees voluntarily work test facility in Las Piedras, Puerto an extra 25 percent each week Rico and a design center in Dun’s Review names Intel one of the without pay to help accelerate five best-managed companies in America. Tsukuba, Japan. new products to market. High performance, low power $ Intel produces its first chips on $ Intel introduces complementary 6-inch silicon wafers at a new fab high-performance metal-oxide in Rio Rancho, New Mexico. semiconductor (CHMOS) technolo- $ Author Tom Wolfe pens an article gy, which boosts chip performance about Bob Noyce for an Esquire and decreases power consumption. special edition entitled “50 Who $ Intel passes $1 billion in annual Made the Difference: A Celebration revenue for the first time. of 50 American Originals.” $ Bob Noyce is inducted into the National Inventors Hall of Fame.

Producing a microprocessor like the Intel® 286 is a team effort. Here, part of the design team checks the layout of the chip. 1982 198 3

The PC industry takes off $ The 8096, Intel’s first 16-bit $ Intel launches the high-perform- microcontroller, enters the market. ® ance,16-bit 80286 (Intel 286) $ Intel announces its first LAN microprocessor, which features controller, the 82586, which boosts 134,000 transistors and is built into system performance by offloading numerous PCs. network functions from the main $ IBM announces it will purchase microprocessor. 12 percent of Intel for $250 million $ Intel gets into the automotive to ensure Intel’s independence market in a big way with the during a prolonged recession. As introduction of 8061/8361 16-bit business conditions improve, IBM electronic engine control chips sells its shares, closing out its for Ford Motor Company. A parody edition of Intel’s employee magazine starts an annual tradition of stake in 1987. April Fools’ Day fun, a continuing part of Intel’s Great Place to Work culture. It’s a great place to work $ IBM launches the PC-AT*, based $ Intel is chosen one of the “100 on the Intel 286 microprocessor, Best Companies to Work for in spawning an industry of 286 America” in a book by that name. processor-based clone PCs. $ Intel opens a board assembly $ Intel announces the world’s first facility in Singapore and a wafer fab- CHMOS DRAMs, with densities as rication plant in Jerusalem, Israel. high as 256K. $ The U.S. Congress passes the $ Fortune magazine names Andy landmark Semiconductor Chip Grove one of the ten “toughest Protection Act, which allows semi- bosses in America” and highlights conductor makers to copyright Intel as one of “eight big masters of innovation.” Most significant events at Intel call for a T-shirt, mug, or trinket, their circuit designs. such as this button commemorating Intel’s move into Folsom, California. 198 4 198 5

Farewell, DRAMs $ The company enters the parallel $ Intel makes the painful decision supercomputer business, introduc- to exit its original DRAM business ing the iPSC/1, which incorporates to concentrate on microprocessors. multiple Intel 286 microprocessors working simultaneously to solve $ Intel launches the advanced complex problems. Intel386TM processor, a 32-bit chip that incorporates 275,000 transis- $ Intel enters the retail market with tors and can run multiple software its AboveBoard products, which programs at the same time. allow PC owners to expand their computer’s memory capacity. $ Intel opens what will later become a major campus in The book The 100 Best Companies to Work for in America calls Intel one of the “premier whiz outfits in California’s Silicon Valley.” Folsom, California. Back in the black $ Bob Noyce receives the $ After a two-year recession, National Medal of Technology from employees celebrate a return to U.S. President Ronald Reagan. profitability with worldwide “Back $ The company launches its in the Black” parties, and Intel second-generation iPSC/2 super- closes out the year with record computers, based on Intel386 revenue and net income. microprocessors and 80387 math $ Andy Grove is named Intel pres- . ident and CEO, Gordon Moore $ Intel opens a development continues as chairman, and Bob fab and systems headquarters Noyce continues as vice chairman. at campuses in Oregon. IEEE presents its Corporate Innovation Recognition to organizations that have contributed to major advances in electrotechnology. 1986 1987

Intel goes to Washington $ Intel receives the first “Corporate $ The historic U.S.-Japan Innovation Recognition” award Semiconductor Trade Agreement is from the Institute of Electrical and signed, opening Japanese markets Electronic Engineers (IEEE). to U.S. semiconductor makers. $ Intel begins to place more $ U.S. courts rule that microcode emphasis on the emerging “micro- (software embedded in silicon) is communications” field, creating covered by U.S. copyright laws. products and helping set stan- dards that make networking easier. $ The company announces its first 1-megabit EPROMs: the 27010, 27011, and 27210. Bob Noyce shakes U.S. President Ronald Reagan’s hand upon receiving the National Medal of Technology. Flash forward with new $ The Intel Foundation is started memories to expand and coordinate Intel’s $ Intel enters the flash memory contributions to communities in business with its innovative EPROM which the company operates. TM Tunnel Oxide (ETOX ) technology. $ Employees receive bonuses $ Bob Noyce becomes president based on company performance and CEO of SEMATECH, a consor- as part of the first payout of Intel’s tium of Intel and other high-tech new Employee Cash Bonus Plan. companies aimed at keeping the $ Employees worldwide celebrate U.S. at the forefront of semicon- Intel’s 20th anniversary with a ductor manufacturing research. touring show featuring 100 profes- sional actors, singers, and dancers. Dennis Carter is responsible for Intel’s graffiti-style “Red X” ad campaign, which demonstrates that marketing products directly to consumers is effective. 198 8 1989

Amillion transistors on a $ The National Academy of microprocessor Engineering names the micro- $ Intel launches the first commer- processor one of ten outstanding cially available microprocessor engineering achievements for the containing more than 1 million advancement of human welfare. transistors, the i860 processor for $ Intel launches its “Red X” ad scientific and supercomputing campaign to encourage consumers applications. to upgrade from Intel 286 to $ The Intel486TM microprocessor is Intel386 processor-based systems. introduced, with 1.2 million transis- $ The Intel Foundation announces tors and a built-in math coprocessor the first recipients of Minority Fellow- Employees celebrate Intel’s 20th birthday with custom-labeled beverages to speed performance. ships and Graduate Fellowships. and all-out parties at the company’s major sites around the world. Becoming a household name $ The company announces it will $ Intel Inside® logos begin appear- cease development of EPROMs ing in ads and on PCs worldwide, and concentrate on flash memory. as Intel launches a brand market- $ Intel’s Touchstone Delta system, ing campaign to help users identify based on i860 processors, breaks PCs based on Intel microprocessors. the world’s supercomputing record, $ Intel announces 23 new net- operating at 32 GFLOPS (32 billion working products in one month, floating-point operations per second). TM including EtherExpress adapter $ Intel announces annual Intel cards and other innovations aimed Quality Awards, for internal organi- at helping users form and maintain zations that demonstrate excellent “Bob [Noyce] believed his mission in life was to leave the world a computer networks more easily. performance to corporate values. better place.” —Arthur Rock, venture capitalist and first Intel chairman 1990 1991

The passing of a pioneer $ Craig Barrett becomes $ Employees, friends, and family Executive Vice President of Intel, mourn the loss of Bob Noyce, who joining Chairman Gordon Moore dies suddenly of a heart attack. and President and CEO Andy Grove in the executive office. $ Intel launches the first of several generations of NetPort print servers, $ Intel starts operations in Ireland, which allow printers to be easily with the opening of a systems connected to LANs and shared manufacturing facility in Leixlip. by PC users. $ Gordon Moore receives the National Medal of Technology The Intel Inside® campaign takes off and soon makes Intel from U.S. President George Bush. one of the most recognized brand names in the world. We’re number one $ The company announces it will $ Intel becomes the largest semi- pay its first cash dividend on Intel conductor supplier in the world, Common Stock. according to market research firm $ The introduction of the Intel® Dataquest. 82420 chipset for Intel486 micro- $ Intel introduces its first OverDrive® processor-based systems marks processors, which allow users of Intel’s transition from PC compo- certain upgradable PCs to boost nent supplier to PC system definer. the performance of their systems. $ The company produces its first chips on 8-inch silicon wafers. The newly introduced ® processor is featured on the cover of Fortune as the leading player in “The New Computer Revolution.” 1992 1993

A new name for a new $ Intel co-authors PCMCIA, a processor standard technology that makes it $ The 3.1-million- Intel® easy for mobile computer users to Pentium® processor is introduced. attach modems, sound cards, net- work adapters, and other devices. $ Craig Barrett is named Intel’s executive vice president and chief $ Just two years after the start ® operating officer, Gordon Moore of the Intel Inside program cam- remains chairman, and Andy Grove paign, Financial World ranks the ® remains president and CEO. Intel brand as the third most valuable in the world. $ The Intel® 82430 PCIset contrib- utes to the industry’s record tran- The transition from 6- to 8-inch wafers increases Intel’s manufacturing productivity and lowers costs. sition to the Intel Pentium processor. Becoming a chipset leader $ Extending the company’s net- $ The Intel® 82430FX PCIset for working product line, Intel begins Pentium processor-based PCs pro- making hubs, switches, routers, pels Intel into the chipset business. and other products that link groups of computers and manage traffic ® $ Intel launches the flow on networks. processor, a high-performance chip for 32-bit workstations and servers. $ Andy Grove gives the keynote address (sharing the stage with $ Astronauts on the Space Shuttle Nelson Mandela) at the telecom- Endeavour conduct the first real- munications industry’s largest con- time, PC-based conference from ference, Telecom 95, in Geneva, space, using Intel’s ProShare Bunny-suited employees pose at Intel’s new wafer Switzerland. fabrication facility in Leixlip, Ireland. videoconferencing technology. 199 4 1995

Simplifying network $ A flaw that could affect a mini- management mal number of users is discovered $ The company launches the first in the Intel Pentium processor. Intel of its LANDesk Network Manager learns customer relations lessons software products, which allow and offers replacement processors software distribution, virus protec- for all who request them. tion, remote diagnosis, and other $ Intel opens its first fabrication functions on computer networks. facility in Ireland, in Leixlip. $ A“Jeopardy” television game $ Intel helps define the Plug-and- show contestant correctly guesses Play standard, which makes it that Intel is the company whose easier to add peripherals to PCs. chips power about 85 percent of Andy Grove and Nelson Mandela share the cover of Intel’s employee all desktop computers. magazine following their joint appearance at the Telecom 95 conference. Photo by Tom Burchill 1995 The microprocessor turns 25 $ Intel is a major sponsor of the $ Ted Hoff, Stan Mazor, and Smithsonian Institution’s 150th Federico Faggin are inducted anniversary traveling exhibition into the National Inventors Hall of of artifacts. Fame for their roles in developing $ Intel and Sandia National the microprocessor at Intel 25 Laboratory build a parallel super- years earlier. computer that runs at a record $ The Intel Involved program one trillion floating-point opera- begins, with thousands of employ- tions per second (teraflops). ees donating their time to make $ Intel expands into DuPont, their communities better places Washington, with systems manufac- to live and work. turing and engineering operations. Intel® BunnyPeopleTM characters make their televised dancing debut in a Super Bowl football game advertisement. 1996 1997

Dancers deliver fun $ Intel launches Intel StrataFlash® $ Intel® BunnyPeopleTM dancers memory, which significantly appear in ads announcing the increases the density of flash arrival of the Pentium processor memory devices by allowing the with Intel® MMXTM technology storage of multiple bits of data and the 7.5 million-transistor in a single cell. ® Pentium II processor. $ Time magazine names Andy $ Intel becomes the title sponsor Grove “Man of the Year.” of the International Science and $ Craig Barrett becomes Intel Engineering Fair, a prestigious annu- president, Andy Grove becomes al high school science competition. chairman, and Gordon Moore The National Inventors Hall of Fame honors Stan Mazor, Federico Faggin, and becomes chairman emeritus. Ted Hoff (left to right) during the microprocessor’s silver anniversary year. A new generation of winners $ Intel opens a fabrication facility $ The company launches the Intel® in Qiryat Gat, Israel. ® ® TM Pentium III and Pentium III $ The company’s networking processors. product line expands with the ® $ The Dow Jones Industrial introduction of the Intel IXP 1200 Average adds Intel to its list. Network Processor and related products. $ Mattel and Intel launch the Intel® PlayTM toy line for PCs, which even- tually includes a computer micro- scope, cameras, sound morphers, and more. One Digital Day, a book published for Intel’s 30th birthday, features photos taken during a 24-hour period to document the microprocessor’s influence. 1998 1999

Special processors for special $ Intel expands manufacturing markets and development into Shanghai $ Intel launches its first processor and Beijing, China; opens a devel- for the value PC market segment, opment center in Bangalore, India; the Intel® ® processor. expands assembly and test into Belen, Costa Rica; and moves into ® $ The company rolls out the Intel Massachusetts with the acquisition ® TM Pentium II Xeon processor for of a fab in Hudson. mid-range and high-end work- stations and servers. $ Intel announces its first high- performance, low-power processors $ Intel becomes the title sponsor based on the Intel® StrongARM* of the Science Talent Search, often architecture, for handheld comput- Intel CEO Craig Barrett poses with the first students to win the Intel called the “junior Nobel Prize.” ing and communications devices. Science Talent Search competition after Intel becomes the title sponsor.

Book cover photo © 1998 Joel Sartore Going wireless $ With the Museum of Science, $ The company’s emphasis on , and the MIT Media Lab, Intel wireless computing grows with launches the Computer Clubhouse the launch of the Intel® XScaleTM Network to provide facilities where and Intel® children in under-served communi- PRO/Wireless LAN PC cards. ties can work with adult mentors to develop technology skills. $ Intel introduces the 42-million- transistor Intel® Pentium® 4 processor. $ Intel establishes a software development center in Nizhny ® $ The to the Future Novgorod, Russia and expands program begins a worldwide effort manufacturing operations into to provide technology training to Colorado with the purchase of Intel® ® processors run the powerful server computers hundreds of thousands of teachers. a fab in Colorado Springs. that are the workhorses of the Internet. 2000 2001

Moore moves on $ Intel builds the world’s smallest $ Intel co-founder Gordon Moore and fastest transistor, which is only retires from the company’s board 15 nanometers (15 millionths of a of directors. meter) wide. $ The company begins shipping $ Intel starts an industry consor- the Intel® Itanium® processor for tium of semiconductor companies powerful workstations and servers. working to develop extreme ultravi- olet (EUV) lithography, a technology ® TM $ Intel rolls out Intel Xeon considered key to making smaller processors for high-performance semiconductor devices in the future. and mid-range multiprocessor workstations. Students in China are among thousands of children who experience technology at the growing global network of Intel® Computer Clubhouses. Happy 35th, Intel $ Intel introduces the Intel® $ On July 18, Intel marks its 35th PXA800F cellular processor, a anniversary. microchip that combines key com- ponents of cellular phones and $ Intel ships its 1 billionth processor. handheld computers on a single $ The newly introduced Intel® piece of silicon. TM Centrino mobile technology brings $ Intel announces it has provided high performance, long battery life, technology training to more than and integrated wireless LAN capa- 1million teachers worldwide via the bility to thinner, lighter portable PCs. Intel Teach to the Future program.

Chips manufactured using 0.13-micron technology on 300mm (12-inch) wafers deliver consumers more computing power at a lower cost. 2002 2003

Pizza-sized wafers $ Intel introduces Hyper-Threading $ Intel delivers its first chips built Technology, which improves sys- using 0.13-micron technology on tem performance in multitasking 300mm (12-inch) wafers. environments by enabling multiple threads of information to run $ becomes Intel’s simultaneously on one processor. president and chief operating offi- ® cer, Craig Barrett remains CEO, and $ The company launches the Intel ® Andy Grove continues as chairman. Itanium 2 processor for high-per- formance servers and workstations. $ Gordon Moore receives the Presidential Medal of Freedom from U.S. President George W. Bush. Worldwide Intel® CentrinoTM mobile technology launch events include demonstrations like this one in . Innovation has no endpoint. By continually advancing silicon technology and “Don’t be moving the industry encumbered by history. Go off and do forward, we something wonderful.” Intel Co-founder empower people to Bob Noyce do more. To enhance their knowledge. To strengthen their connections. To change the world.

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© 2003 Intel Corporation. Intel, the Intel logo, Intel Inside, the Intel Inside logo, BunnyPeople, Celeron, EtherExpress, ETOX, Intel386, Intel486, Intel Centrino, the Intel Centrino logo, Intel Play, Intel StrataFlash, Intel Xeon, Intel XScale, Itanium, MMX, OverDrive, Pentium, Pentium II Xeon and Pentium III Xeon are trademarks or registered trademarks of Intel Corporation or its subsidiaries in the United States and other countries. StrongARM is licensed to Intel by ARM, Ltd. *Other names and brands may be claimed as the property of others. Printed in the USA/0703/150K Order Number: 253150-001