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| | Intel from FOLDOC |
 | | The Intel 487SX is a 486DX with a 486SX pinout. | | | The 80186 was an improvement on the Intel 8086 and Intel 8088. | | | Previous: Intel 486SX, Intel 487SX, Intel 8008, Intel 80186, Intel 80188, Intel 80286 |
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http://www.instantweb.com/foldoc/foldoc.cgi?Intel
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| | Intel 80286 - Wikipedia, the free encyclopedia |
| | The Intel 80286 (also called iAPX 286, for example in the Intel programmer's manual for the 286) is an x86-family 16-bit microprocessor that was introduced by Intel on February 1, 1982. | | | The 80286 performs more than twice the speed of its predecessor (the Intel 8086 and Intel 80186) per clock cycle. | | | Though real predcession may be argued, because the Intel 80186 was introduced earlier than 80286, though it wasn't commonly used in general personal computers. |
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http://en.wikipedia.org/wiki/Intel_80286
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| | A CPU History |
| | In 1990, Intel released the 80386SL, which was basically an 855,00 transistor version of the 386SX processor, with ISA compatibility and power management circuitry. | | | The first four generations of Intel processor took on the "8" as the series name, which is why the technical types refer to this family of chips as the 8088, 8086, and 80186. | | | In 1988, Intel released the 386SX, which was basically a low-fat version of the 386. |
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http://www.pcmech.com/show/processors/35
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| | [No title] |
| | Intel 8086 and 8088 ------------------- The Intel 8086 was released on June 6, 1978. | | | Intel 80386 ----------- Intel changed the world of computing when it introduced the 80386 microprocessor in June 16, 1985. | | | One major disadvantage to the two modes in the 80286 microprocessor was that the computer needed to be rebooted to change the operational mode. |
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http://www.textfiles.com/uploads/intel.txt
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| | cpu-collection.de >> 80286 |
| | The 80286 was introduced by Intel on February 1, 1982. | | | As the 80186/80188 CPUs were not really significant to personal computing, the 80286 was Intel's next step processor for micro computers. | | | Intel second-sourced the 80286 to ensure an adequate supply of chips to the computer industry. |
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http://www.cpu-collection.de/?tn=1&l0=cl&l1=80286
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| | IBM PC |
| | They are based on Intel's microprocessors: Intel 8086, Intel 8088, Intel 80286, Intel 80386, Intel 486 or Pentium. | | | Intel 80286 and Intel 80386 computers provide both 8-bit and 16-bit slots, while the 386s also have proprietary 32-bit memory slots. | | | Intel 8086 and Intel 8088-based PCs require EMS (expanded memory) boards to work with more than one megabyte of memory. |
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http://www.cacs.louisiana.edu/~mgr/404/burks/foldoc/13/55.htm
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| | [No title] |
| | All interaction between the 80286 and the 80287 processors on the hardware level is handled automatically by the 80286 and is transparent to the software. | | | When the emulator is combined as part of the systems software, the 80286 system with 80287 emulation and the 80286 with 80287 hardware are virtually indistinguishable to an application program. | | | The 80286 Processor Extension Data Channel and the hardware interface between the 80286 and 80287 processors are described in Chapter Six of the 80286 Hardware Reference Manual. |
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http://www.ragestorm.net/downloads/287intel.txt
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| | Wikinfo X86 |
| | The Intel 80387 math co-processor was integrated into the next CPU in the series, the Intel 80486. | | | The architecture of Intel's 32-bit x86 processors is sometimes known as IA-32. | | | x86 or Intel 80x86 is the generic name of an architecture of microprocessors first developed and manufactured by Intel, also manufactured at various stages by AMD, Cyrix, NEC, IDT, Transmeta (that uses it in PDAs too, see Crusoe) (arguably) and sundry other makers at various stages in its nearly 25-year history. |
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http://www.wikinfo.org/wiki.php?title=X86
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| | CPUID Algorithm Wars |
| | Intel's algorithm detected the Cyrix 6x86 as an 80486-class processor, even though it has all of the performance and instructions of a Pentium-class processor. | | | Intel's algorithm detected the Nexgen Nx586 as an 80386-class processor. | | | Intel's algorithm detects the AMD 5k86 as an 80486-class processor, even though it has all of the features and instructions of the Pentium, including the CPUID instruction. |
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http://www.rcollins.org/ddj/Nov96/Nov96.html
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| | The Segment Descriptor Cache |
| | As early as the 80286, all Intel x86 processors have included an entity called the "segment-descriptor cache" which works behind the scenes, hidden from you. | | | It is used for all memory accesses by all Intel x86 processors since the 80286. | | | From the 80286 to 80486, the meaning of "segment-descriptor cache" was unambiguous, referring to an internal microprocessor structure that stores the internal representation of the segment registers. |
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http://www.x86.org/ddj/aug98/aug98.htm
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| | CPU : Computer Hardware Buyers’ Glossary |
| | On the other hand, some software is tuned for Intel and may not work as fast on AMD or may not work at all. | | | Most new computers sold are in the 2 to 3 gigahertz (2,000 to 3,000 Mhz) range. | | | Here are the Intel line of CPU chips used in MS-DOS/Windows personal computers ordered from slowest to fastest. |
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http://mindprod.com/bgloss/cpu.html
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| | Introduction to Protected-Mode |
| | In view of the limitations of the 80286 design, Intel released its next innovation known as the 80386. | | | It seems that Intel engineers assumed that once you were running in protected-mode, you'll never want to go back to a lowly real-mode environment. | | | Another deficiency of the 80286 was related to the maximum size of segments. |
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http://www.internals.com/articles/protmode/introduction.htm
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| | GameDev.net - 80x86 Optimizations |
| | Product: Intel 80286 (Microprocessor) (Programming) Intel 80386 (Microprocessor) (Programming) Intel 80486 (Microprocessor) (Programming) Intel 8088 (Microprocessor) (Programming). | | | Summary: Optimizing code for 8088, 80286, 80386 and 80486 microprocessors is difficult because the chips use significantly different memory architectures and instruction execution times. | | | Code cannot be optimized for the 80x86 family; rather, code must be designed to produce good performance on a range of systems or optimized for particular combinations of processors and memory. |
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http://www.gamedev.net/reference/articles/article369.asp
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| | INTEL HISTORY - Apple vs Microsoft |
| | Cofounder of Intel stated in 1971 (when he built the first commercial “computer on a chip”, the 4004) that the number of transistors that could be placed on a single chip will double every 18 month. | | | 1988 - Intel 386 SX - 16MGz, 20MGz (1989), 33Mgz (1992) | | | 1992 - Intel 486 SL - 20, 25, 33MGz |
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http://www.jmusheneaux.com/index000.htm
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| | Intel and IBM Pair up for Wireless Market - - CFO.com |
| | Intel said the two companies will jointly develop hardware and software for next-generation, Internet-ready devices, and target makers of hand-sets, software publishers, and wireless carriers. | | | Intel will distribute IBM's middleware with its PCA software developer kit. | | | Intel Corp. announced Tuesday morning that it will use IBM's WebSphere Everyplace middleware as the embedded software for its Personal Internet Client Architecture (Intel PCA) for wireless devices and Internet appliances. |
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http://www.cfo.com/article.cfm/2992333?f=bc
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| | Re: What is a 6 X 86 Computer? |
| | The instruction set of this family of Intel processors is quite well known (it has to be or people couldn't write programs that use it) and so, using this knowledge, other manufacturers have built processors with the same instruction set. | | | Later, in 1983, the IBM PC-AT had an Intel 80286 chip in it. | | | The Intel family of processors is such a case. |
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http://www.madsci.org/posts/archives/1998-05/894318921.Cs.r.html
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| | Memory Management |
| | This chapter is a journey through the various Intel microprocessors and the memory management changes each one brought along with it in the operating system that used it. | | | The Intel 80286 (which followed the Intel 8086) could support more than 640K of RAM. | | | Microsoft had to make these changes because they developed all of their operating systems for Intel microprocessors, and Intel introduced major changes in memory management support with each new microprocessor they introduced. |
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http://www.windowsitlibrary.com/Content/356/04/1.html
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| | Sending software to do hardware's job InfoWorld Analysis 2004-11-05 By Tom Yager |
| | Intel’s 80286 processor allowed Microsoft to replace Windows’ original and much-derided software-based multitasking with a faster, safer hardware-based approach. | | | As a result, Intel designed a row of virtual 8086 processors into the 80386 chip. | | | When push came to shove, both Microsoft and Intel determined that software virtualization would be too slow to make customers happy. |
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http://www.infoworld.com/article/04/11/05/45FEvirtualdesk_1.html?PROCESSORS
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| | InformationWeek Microprocessors Frustration Over Lack Of Market Gains Led To AMD-Intel Suit June 28, 2005 |
| | Back in the early '80s, AMD agreed to drop its internal processor developments and serve as a second source for Intel's 80286 processor. | | | AMD also claims that Toshiba executives told them that Intel's financial inducements with them amount to "cocaine, but they were hooked because engaging with AMD would jeopardize Intel market development funds estimated to be worth $25 million to $30 million per quarter." | | | "In 1993, it was more of a screaming and kicking about Intel not living up to their agreement and providing blueprints of their chips," he says. |
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http://www.informationweek.com/story/showArticle.jhtml;jsessionid=UCFVRJN2J2DNYQSNDBGCKHSCJUMEKJVN?articleID=164903512
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| | Registers |
| | Intel 8086/80286: one word (16 bit) accumulator; named AX (high order byte of the AX register is named AH and low order byte of the AX register is named AL) | | | The IBM 360/370 has odd parity on memory. | | | nested task flag Used in Intel 80x86 [NF]. |
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http://www.osdata.com/topic/language/asm/register.htm
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| | eXtended Memory Specification (XMS), ver 3.0 |
| | XMS allows DOS programs to utilize additional memory found in Intel's 80286 and 80386 based machines in a consistent, machine independent manner. | | | For DOS users to receive the maximum benefit from the High Memory Area, programs which use the HMA must store as much of their resident code in it as is possible. | | | January 1991 Copyright (c) 1988, Microsoft Corporation, Lotus Development Corporation, Intel Corporation, and AST Research, Inc. Microsoft Corporation Box 97017 One Microsoft Way Redmond, WA 98073 LOTUS (r) INTEL (r) MICROSOFT (r) AST (r) Research This specification was jointly developed by Microsoft Corporation, Lotus Development Corporation, Intel Corporation,and AST Research, Inc. |
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http://burks.brighton.ac.uk/burks/pcinfo/progdocs/xms30.htm
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| | Profiles In Technical Excellence(1985) |
| | Hill has worked at Intel for 9 years and is currently working as the project leader for the 80386 chip. | | | Hill, a design manager for Intel, was the project leader for the 80286 chip during the 6-month period devoted to samples. | | | Slager, the logic design manager for the 80286 microprocessor, has been with Intel for 7 years. |
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http://www.pcmag.com/article2/0,1759,1167683,00.asp
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| | The SCO Group, Inc. Company History of SCO |
| | SCO delivers SCO® MPX, the first packaged software to support the new Intel multiprocessor-based computers. | | | SCO works with distributors, resellers, application developers, and computer manufacturers to build what is now a $4 billion market for Intel processor based solutions that run SCO server software. | | | Project Monterey: SCO and IBM, with the support of Intel agree to develop a high-volume enterprise UNIX system for Intel IA-32 and IA-64 systems. |
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http://www.sco.com/company/history.html
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| | INTRODUCTION |
| | The Intel microprocessors have gained wide application in many areas of electronics, communications, control systems, and desktop computer systems. | | | As announced by Intel, work on additional future generations of the x86 family is underway. | | | This project is written for anyone who requires or desires a general knowledge of hardware architectures and specifications of the Intel 8086, 80286, 80386, Pentium, and Pentium Pro processors. |
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http://www.ece.unh.edu/courses/ece707_4/hintro.htm
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| | [No title] |
| | The Advanced Intel Microprocessors: 80286, 80386 and 80486, Barry B. Brey, Macmillan, ©1993 | | | The Intel Family of Microprocessors 8086/8088, 80186, 80286, 80386, and 80486 Applications, Programming, and Interfacing: 2nd Edition, Barry B. Brey, Merrill an imprint of Macmillan, ©1991 | | | The Advanced Intel Microprocessor: 80286, 80386, and 80486, (In Spanish), Barry B. Brey, Limusa, ©1995 |
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http://www.devrycols.edu/facstaff/BBrey
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| | Computer Generation Timeline |
| | The 430HX was the only current Intel Pentium-class chipset to offer parity and error corrected memory support. | | | NOTE: Pentium Pro and Pentium II have secondary cache integrated into the CPU package. | | | 1993-6 - Intel Pentium(P5 [5 vol]), P54C[3.3 volt]) - Developed by Intel in Haifa, Israel, 1993 |
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http://pages.prodigy.net/jcusto/bin/pcrepair/cputime.htm
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| | OLD-COMPUTERS.COM : The Museum |
| | IBM added a lot of new features: they abandoned the old Intel 8086 to the Intel 80286, so the PC AT used new 16 bit expansion slots. | | | The PC AT had a new version of the Microsoft OS: MS-DOS 3.0 which could manage the new 5.25" floppy disk format (1.2 MB), the new hard disk capacities (20 MB and more) and allowed file sharing. | | | The new revision of motherboard (referred to as the "type two", the older 6 MHz model being the type one) used industry-standard 256k DRAMs, rather than the weird 128k piggybacked chips in the original model. |
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http://www.old-computers.com/museum/computer.asp?st=1&c=185
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| | 8028x > AMDR80286-10-C2H |
| | The Intel 80286 is a next generation of 8086 16- | | | CPU Shack - March 9, 2005, 5:19 pm |
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http://www.cpushack.net/chippics/AMD/8028x/AMDR80286-10-C2H.html
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| | 8028x > IntelR80286-6 |
| | Intel 80286 is a next generation of 8086 16-bit | | | CPU Shack - April 9, 2005, 2:46 am |
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http://www.cpushack.net/chippics/Intel/8028x/IntelR80286-6.html
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| | Class Notes4 |
| | PC - Intel 80386 - 32 bit bus - Extended Memory - VGA - (640 pixels - 480 rows) Clock speed 16 - 40 MHz RAM 16MB | | | PC - Intel 80286 - 16 bit bus - Coprocessor - EGA - (640 pixels - 350 rows) Clock speed 6 - 25 MHz RAM 16MB | | | IBM PC - Intel 8086 - 16 bit bus -CGA - Compatible w/TV - (320 pixels - 200 rows) Clock speed 6 - 12 MHz RAM 1MB |
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http://www.indiana.edu/~educw220/ncn4.html
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