Problem description:

My homework: the development process of intel processor (from 8088 to P4 Core processor).

Just be brief, not too long ~ ~

Analysis:

1979- Intel introduced 8088 microprocessor (low version of 8060), which contains 29,000 transistors and the clock frequency is 4.77MHz. Intel released 2920 signal processor, which is the first microprocessor capable of real-time digital processing of analog models. 1980- Intel releases 8087 digital coprocessor. -Intel released the best-selling 805 1 and 875 1 microcontrollers in history. 198 1 year-IBM chose 8088 as the microprocessor of IBM PC, which opened the PC era. -Intel released 32-bit iAPX 432 microprocessor. 1982-Intel introduced 80286 microprocessor, 134000 transistors, and the PC industry really started to take off. -Intel released the first network controller 82586, which separated the network function from the main processor and improved the system performance. -Intel's first 16-bit microcontroller 8096 entered the market. 1983- CHMOS technology released by Intel promotes chip performance growth and reduces energy consumption. -Intel began to produce chips with a 6-inch silicon wafer production line. 1984-IBM released PC-AT with Intel 286 processor, which adopted an open system and established the dominant position of X86 architecture in the PC market. -Intel released the world's first CHMOS dynamic random access memory with a capacity of 256K. 1985- Intel introduced a 32-bit 386 processor with 275,000 transistors. -Intel launched iPSC/ 1 to enter the supercomputer business. 1986- released by Intel 1M erasable programmable read-only memory 270 10, 2701and 272 10. 1987- The company introduced the second generation iPSC/2 supercomputer, which is based on a large number of Intel 386 processors and 80387 digital coprocessors. 1988- the company released ETOX(EPROM tunnel oxide) technology and entered the field of flash memory. 1989- Intel introduces the first commercial processor i860, which contains more than 1 10,000 transistors. -Intel introduced 80486 microprocessor, which contains1.2000 transistors. 1990- Intel releases the first NetPort print server. 199 1 year-within one month, Intel released 23 network products, including the EtherExpress adapter card. 1992- The company uses an 8-inch silicon wafer production line to produce chips. -Intel released the 82420 chipset, and the company officially entered the chipset field. 1993-Intel introduced Pentium processor (commonly known as 586), which integrated 365438+ million transistors. -PCMCIA standard has come out, and Intel is one of the founders of this standard. 1994- The company released the first LANDesk network management software product. 1995- Intel introduces Pentimu Pro processor specially designed for servers and workstations, which contains 5.5 million transistors. -Intel released the 82430FX chipset. 1996- Intel introduces Pentium processor with MMX technology. 1997- Intel introduces Pentium II processor, which integrates 7.5 million transistors. -Intel released StrataFlash memory, which can store multiple bits of data in a single storage unit, greatly increasing the flash memory capacity. 1998- Intel launches Celeron processor. -Intel introduces Pentium II Xeon processor. -Intel released the first high-performance, low-power processor based on StrongARM architecture for handheld computing and communication devices. 1999- Intel releases Pentium III processor with 9 million transistors-Intel releases Pentium III Xeon processor. -Intel further expanded its network product line and launched IXP 1200 network processor and related products. In 2000, wireless applications became the focus of development, and Intel released Xscale micro-architecture system and several wireless network cards. -Intel released Pentium 4 processor, which integrated 42 million transistors. 200 1- Intel introduces the first 64-bit Itanium processor for workstations and servers. -Intel released the Xeon processor. -Intel has made the smallest and fastest transistor in the world, with a width of only 15 nm (1 nm is one billionth of a meter). 2002-Intel began to manufacture chip products on 300mm (12 inch) wafers using 0. 13 micron technology. -Intel released Hyper-Threading Technology, which enables the processor to run multi-threaded tasks at the same time, thus improving the system performance in a multi-tasking environment. -The company released the An Teng (An Teng) 2 processor specially designed for high-performance servers and workstations. 2003-Intel released the technology dedicated to Centrino, and Pentium M processor is the core of Centrino. -Intel introduced PXA800F cellular processor, which is a microchip that completely integrates the key structures of mobile phones and handheld computers on one chip. In 2004-2004, Intel launched a 64-bit Xeon processor codenamed Nocona kernel, which is the most successful enterprise-class 64-bit server product launched by Intel so far. 2005-Dual-core Intel Pentium D processor based on Smithfield kernel is launched. In 2006, the 5000 series dual-core Xeon processor codenamed Dempsey was launched on the Bensley platform. -Introduce the core architecture processor. -Introducing the Core 2 architecture processor. -Introducing the 5 100 series of Bensley platform dual-core Xeon processors based on the core architecture (codenamed Woodcrest, 65nm process, 1333MHz front-end bus, LGA 77 1 processor interface). -7 100 series multi-channel Xeon processors, based on NetBurs microarchitecture code-named "Tulsa".