The early twenty-first century
Fundamental breakthroughs in process and materials enable Intel to achieve fast, powerful computing capabilities with smaller, more energy-efficient chips. With the rise of global business, Intel’s contribution to education and technology for the community is also increasing.
2008: Intel and its employees donated more than RMB 48 million to China's Sichuan earthquake-stricken area, assisted in the establishment of 200 computer network classrooms, and launched an Intel education program in schools in the affected areas. The Intel Employee Volunteer Team provided guidance and assistance to students in the disaster area and provided long-term continuous support for post-disaster recovery and reconstruction.
2008: Intel introduces the industry's smallest family of low-power processors - Intel Atom processors for mobile Internet terminals, netbooks and nettops.
2008: Intel ranks in the “Corporate Responsibility Officer†magazine's “Best Corporate Citizenship of 2008†list, iv, and is included in the list of “Corporate Knights’ Global†list of “100 Best Sustainable Enterprisesâ€.
2007: Intel introduces a representative lead-free Intel Core 2 Extreme processor and an Intel Xeon processor. The breakthrough Intel 45nm process and high-k metal gated silicon process technology redefine the transistor concept.
2006: Intel launched the quad-core Intel Xeon 5300 series processor and Intel Core 2 Extreme processor, opening the multi-core era.
2005: Intel and its employees donated more than US$2.6 million to the disaster-affected areas of Hurricane Katrina in the United States, contributing more than US$4 million to the tsunami-affected areas in Southeast Asia. Hundreds of Intel employee volunteers went to the disaster area to assist the affected residents.
2005: Intel's Volunteer Education Project extends to China, Costa Rica, India and Ireland. The project has completed more than 1 million hours of volunteer service in the United States and has donated 10 million US dollars.
2003: Intel Centrino mobile technology is available on the market. The technology delivers superior performance, durable battery life, and integrated wireless LAN capabilities to support slimmer, slimmer laptops. The integrated wireless LAN function simplifies the wireless Internet connection and is widely adopted by the industry.
2001: The Intel Itanium processor and Intel Xeon processor are listed to further enhance the performance of servers and workstations.
2000: Intel launches the Intel Future Education Program and begins to provide technical training for teachers around the world.
1990s
Thanks to the global brand marketing plan, the world will sell an Intel product every 45 seconds, and Intel will become a well-known brand. Processor performance is superior and the size is slimmer.
1999: Intel Pentium III and Pentium III Xeon processors are available, and processor performance is even higher.
1999: Intel selected the Dow Jones Industrial Average.
1998: Launch of the Intel Pentium II Xeon processor for mid- and high-end workstations and servers.
1998: Intel is the title sponsor of the Science Awards, a prestigious middle school scholarship program.
1997: Intel became the title sponsor of the International Science and Engineering Grand Prix, the world's largest middle school student science competition.
1996: Intel's Participation in Community Initiative kicks off and encourages employees from around the world to volunteer.
1995: Launch of the Intel Pentium processor, supporting 32-bit workstations and servers.
1994: Intel releases the first spontaneous Environmental, Health, and Safety (EHS) report.
1993: Launch of the Intel Pentium processor to power the multimedia revolution.
1991: The Intel Inside initiative was launched, and Intel took this opportunity to become a household name worldwide.
1990: Gordon Moore received the US National Medal of Technology awarded by the President.
1980s
Computers gradually became personal devices, and Intel took the lead to lead the industry. In the past decade, more people in a wider area have come into contact with computers. Intel initiated computer ubiquitous activities that began at home and then gradually expanded to the world.
1989: The first commercial microprocessor Intel i860 processor was born, embedded more than 1 million transistors.
1988: The Intel Foundation is established.
1985: Intel Intel entered China and set up its first representative office in Beijing.
1985: Intel introduces a 32-bit Intel 386 microprocessor that can run multiple software programs simultaneously.
1983: Mr. Bob Neuss was included in the "National Inventors Hall of Fame".
1982: Intel launches the Intel Volunteer Education Project to encourage employee volunteers to provide as much help as possible for schools around their communities.
1981: IBM chose the Intel 8088 processor as its first computer component.
1980: Intel, Digital Equipment Corporation and Xerox jointly develop Ethernet to simplify the communication between computers.
1970s
The microprocessor known as the "computer brain" was born. Through the establishment of a new headquarters, the development of a multinational organization, and the continued introduction of new products, Intel began to enter the global stage.
1979: Intel is the first Fortune 500 company in the world.
1979: U.S. President Jimmy Carter grants Bob Neuss the "National Science and Technology Award."
1978: Intel introduces the Intel 8086 processor, which later became the industry standard configuration.
1977: The industry's first single-chip codec, the Intel 2910 processor, was born and set a new telecom standard.
1976: The industry's first microcontroller, 8748 and 8048.
1974: The Intel 8080, considered by many to be the first true general-purpose microprocessor, is used in various market segments such as parking lights and cash registers.
1972: The first international Intel manufacturing facility settled in Penang, Malaysia.
1972: The first 8-bit microprocessor Intel 8008 is available.
1971: Intel listed, raised 6.8 million US dollars.
1971: Intel introduces the first microprocessor 4004.
1970: Intel sets up its global headquarters in Santa Clara, California.
The 1960s
The new field is maturing and calls for the emergence of new leaders. A well-known scholar, compulsively, set up a new company that leads the world in the future, which opened the curtain for Intel's brilliant history and legendary experience.
1969: Intel's first product "3101 Schottky" bipolar random access memory, and the world-famous "e sinking" logo both come out.
1968: Gordon Moore and Physics Prize Robert? Neuss founded Intel (short for INTEGRATED ELECTRONICS).
1965: Short Semiconductors physicist and chemist Gordon Moore observed an important conclusion (later known as "Moore's Law") that prompted major computer hardware reforms.
Fundamental breakthroughs in process and materials enable Intel to achieve fast, powerful computing capabilities with smaller, more energy-efficient chips. With the rise of global business, Intel’s contribution to education and technology for the community is also increasing.
2008: Intel and its employees donated more than RMB 48 million to China's Sichuan earthquake-stricken area, assisted in the establishment of 200 computer network classrooms, and launched an Intel education program in schools in the affected areas. The Intel Employee Volunteer Team provided guidance and assistance to students in the disaster area and provided long-term continuous support for post-disaster recovery and reconstruction.
2008: Intel introduces the industry's smallest family of low-power processors - Intel Atom processors for mobile Internet terminals, netbooks and nettops.
2008: Intel ranks in the “Corporate Responsibility Officer†magazine's “Best Corporate Citizenship of 2008†list, iv, and is included in the list of “Corporate Knights’ Global†list of “100 Best Sustainable Enterprisesâ€.
2007: Intel introduces a representative lead-free Intel Core 2 Extreme processor and an Intel Xeon processor. The breakthrough Intel 45nm process and high-k metal gated silicon process technology redefine the transistor concept.
2006: Intel launched the quad-core Intel Xeon 5300 series processor and Intel Core 2 Extreme processor, opening the multi-core era.
2005: Intel and its employees donated more than US$2.6 million to the disaster-affected areas of Hurricane Katrina in the United States, contributing more than US$4 million to the tsunami-affected areas in Southeast Asia. Hundreds of Intel employee volunteers went to the disaster area to assist the affected residents.
2005: Intel's Volunteer Education Project extends to China, Costa Rica, India and Ireland. The project has completed more than 1 million hours of volunteer service in the United States and has donated 10 million US dollars.
2003: Intel Centrino mobile technology is available on the market. The technology delivers superior performance, durable battery life, and integrated wireless LAN capabilities to support slimmer, slimmer laptops. The integrated wireless LAN function simplifies the wireless Internet connection and is widely adopted by the industry.
2001: The Intel Itanium processor and Intel Xeon processor are listed to further enhance the performance of servers and workstations.
2000: Intel launches the Intel Future Education Program and begins to provide technical training for teachers around the world.
1990s
Thanks to the global brand marketing plan, the world will sell an Intel product every 45 seconds, and Intel will become a well-known brand. Processor performance is superior and the size is slimmer.
1999: Intel Pentium III and Pentium III Xeon processors are available, and processor performance is even higher.
1999: Intel selected the Dow Jones Industrial Average.
1998: Launch of the Intel Pentium II Xeon processor for mid- and high-end workstations and servers.
1998: Intel is the title sponsor of the Science Awards, a prestigious middle school scholarship program.
1997: Intel became the title sponsor of the International Science and Engineering Grand Prix, the world's largest middle school student science competition.
1996: Intel's Participation in Community Initiative kicks off and encourages employees from around the world to volunteer.
1995: Launch of the Intel Pentium processor, supporting 32-bit workstations and servers.
1994: Intel releases the first spontaneous Environmental, Health, and Safety (EHS) report.
1993: Launch of the Intel Pentium processor to power the multimedia revolution.
1991: The Intel Inside initiative was launched, and Intel took this opportunity to become a household name worldwide.
1990: Gordon Moore received the US National Medal of Technology awarded by the President.
1980s
Computers gradually became personal devices, and Intel took the lead to lead the industry. In the past decade, more people in a wider area have come into contact with computers. Intel initiated computer ubiquitous activities that began at home and then gradually expanded to the world.
1989: The first commercial microprocessor Intel i860 processor was born, embedded more than 1 million transistors.
1988: The Intel Foundation is established.
1985: Intel Intel entered China and set up its first representative office in Beijing.
1985: Intel introduces a 32-bit Intel 386 microprocessor that can run multiple software programs simultaneously.
1983: Mr. Bob Neuss was included in the "National Inventors Hall of Fame".
1982: Intel launches the Intel Volunteer Education Project to encourage employee volunteers to provide as much help as possible for schools around their communities.
1981: IBM chose the Intel 8088 processor as its first computer component.
1980: Intel, Digital Equipment Corporation and Xerox jointly develop Ethernet to simplify the communication between computers.
1970s
The microprocessor known as the "computer brain" was born. Through the establishment of a new headquarters, the development of a multinational organization, and the continued introduction of new products, Intel began to enter the global stage.
1979: Intel is the first Fortune 500 company in the world.
1979: U.S. President Jimmy Carter grants Bob Neuss the "National Science and Technology Award."
1978: Intel introduces the Intel 8086 processor, which later became the industry standard configuration.
1977: The industry's first single-chip codec, the Intel 2910 processor, was born and set a new telecom standard.
1976: The industry's first microcontroller, 8748 and 8048.
1974: The Intel 8080, considered by many to be the first true general-purpose microprocessor, is used in various market segments such as parking lights and cash registers.
1972: The first international Intel manufacturing facility settled in Penang, Malaysia.
1972: The first 8-bit microprocessor Intel 8008 is available.
1971: Intel listed, raised 6.8 million US dollars.
1971: Intel introduces the first microprocessor 4004.
1970: Intel sets up its global headquarters in Santa Clara, California.
The 1960s
The new field is maturing and calls for the emergence of new leaders. A well-known scholar, compulsively, set up a new company that leads the world in the future, which opened the curtain for Intel's brilliant history and legendary experience.
1969: Intel's first product "3101 Schottky" bipolar random access memory, and the world-famous "e sinking" logo both come out.
1968: Gordon Moore and Physics Prize Robert? Neuss founded Intel (short for INTEGRATED ELECTRONICS).
1965: Short Semiconductors physicist and chemist Gordon Moore observed an important conclusion (later known as "Moore's Law") that prompted major computer hardware reforms.
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